Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Unsere Suchmaschine bietet den heutigen Stand der Web-Such Technologie, die auch von bekannten Suchmaschinen wie zum Beispiel Google angeboten werden. Im Detail unterscheidet sich jedoch die bibliographische Suche von einer Web-Suche. Wir bieten mehrere Erweiterungen an, damit eine komplexe und genau strukturierte Suche möglich wird, inklusiv einer kombinierten Metadatensuche, Volltextsuche und Referenzsuche. Diese Seite stellt Tipps und Tricks vor, die für eine effektive Suche nützlich sind.
El motor de búsqueda de este sistema trata de ofrecer la tecnología más actual de búsqueda web, desarrollada por buscadores tan populares como Google . Sin embargo, la naturaleza de una búsqueda bibliográfica difiere considerablemente de la de una página Web. La alternativa propuesta es la de proporcionar numerosas extensiones que hagan posible búsquedas de estructura compleja y precisa, incluso combinando metadatos, texto completo y citas bibliográficas en una misma consulta. Esta página ofrece una serie consejos útiles para conseguir -una búsqueda más eficaz. +una búsqueda más eficaz.
El motor de cerca d'aquest sistema tracta d'oferir la tecnologia més actual de cerca web, desenvolupada per cercadors tant populars com Google . La naturalesa d'una cerca bibliogràfica, però, difereix considerablement de la d'una página Web. L'alternativa proposada és la de proporcionar nombroses extensions que permetin cerques d'estructura complexa i precisa, inclosa la combinació de metadades, text complet i referències bibliogràfiques a una mateixa cerca. Aquesta pàgina ofereix una sèrie de consells útils per aconseguir una cerca més -eficaç. -
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
Our search engine tries to offer today's typical web searching experience, as gained with popular search engines such as Google. The nature of bibliographic searching differs from that of a web page searching, though. We provide many extensions to enable a complex and precise structured search, including an combined metadata, fulltext and reference search in one go. This page lists several tips and tricks that you may find useful to this effect.
The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.The default search mode is simple search that basically provides you with one input box where you can type your query, followed by a possibility to choose one of the common indexes to search within. You would usually simply type the keywords you are interested in and hit return. For example, if you are interested in documents on standard model that are written by (or mention) Ellis, you would type:
and on the search results page you could further add/remove keywords to get more precisely at what you are looking for, as is mentioned below.El modo de búsqueda por defecto es la búsqueda simple que permite, en términos generales, escribir una consulta en el campo de texto, acompañado de la posibilidad de seleccionar uno de los índices comunes sobre los que efectuar la consulta. Se introducen las palabras clave a buscar y se acciona la consulta mediante la tecla de retorno (o intro). Por ejemplo, si interesa recuperar documentos sobre modelos estándar que han sido escritos por (o que mencionan a) Ellis, debemos escribir:
y en la página de resultados de la búsqueda podemos volver a añadir o quitar palabras clave para obtener mayor precisión en los resultados, tal y como se especifica en más adelante.La cerca per defecte és la cerca simple, que fonamentalment permet escriure la consulta dins un camp de text, seguit de la possibilitat d'escollir un dels índexs comuns sobre els que realitzar la consulta. S'introdueixen les paraules clau a buscar i s'acciona la consulta mitjançant la tecla de retorn (intro). Per exemple, si interessa recuperar documents sobre models estàndard que han estat escrits per (o que fan esment a) Ellis, haurem d'escriure:
i a la pàgina dels resultats de la cerca podem tornar a afegir o treure paraules clau per tal d'obtenir més precisió als resultats, tal -i com s'especifica més endavant. +i com s'especifica més endavant.The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
The advanced search interface provides you with explicit tools to play with: you can change the matching type from the default word matching to phrase searching or the regular matching; you can use boolean queries in several indexes, etc. For example, to find all the documents written by Ellis, J spelled exactly that way that contain either of the words muon or neutrino in the title and that were published in 2001, you would type:
Note that Simple Search can provide you basically the same functionality, if you make use of special syntax that is explained in the text below. The simple-versus-advanced does not refer to the functionality that is being provided but rather to the amount of parametrization you can "tweak". We conform to the common use of the simple/advanced terms as found in other search engines.
Much of what follows will deal with a question on "how a power user would use the simple search interface". Recall that you can always go to the Advanced Search for more query assistance.
El interfaz de búsqueda avanzada ofrece herramientas específicas con las que configurar la búsqueda: podemos cambiar el tipo de búsqueda por defecto (de alguna palabra a todas, buscar por frase exacta, por expresión regular, etc.); nos permite utilizar las expresiones booleanas combinando varios índices, etc. Por ejemplo, para recuperar todos los documentos escritos por EM>Ellis, J -transcrito exactamente de ese modo- y también las palabras muons o neutrino en el título de la publicación y 2001 en el año, escribiremos lo siguiente:
Obsérvese que si utilizamos una sintaxis especial, la Búsqueda Simple ofrece prácticamente la misma funcionalidad que la avanzada, tal y como se indica en las siguientes secciones de esta guía. Este apartado de búsqueda simple-versus-avanzada no se refiere tanto a las funcionalidades disponibles, sino a la forma de búsqueda que podemos configurar mediante pequeñas modificaciones. El sistema se ha adaptado al uso común de los términos de simple/avanzado que podemos encontrar en otros motores de búsqueda.
En realidad, gran parte de la explicación que sigue a continuación, responde a la cuestión de "cómo un usuario avanzado puede utilizar la interficie de búsqueda simple". Recordamos que en cualquier momento es posible recurrir a la ayuda de la búsqueda avanzada para conseguir -más asistencia. +más asistencia.
La interficie de cerca avançada ofereix eines específiques amb les que configurar la cerca: podem canviar el tipus de cerca a realitzar per defecte (d'alguna paraula a totes les paraules, cerca per frase exacta, per expressió regular, etc.); ens permet emprar la combinació booleana a nombrosos índexs, etc. Per exemple, per localitzar tots els documents escrits per EM>Ellis, J -transcrit exactament d'aquesta manera- i també les paraules muon o neutrino al títol de la publicació i 2001 a l'any, escriurem:
- +
Observis que si fem servir una sintaxi especial, la Cerca Simple ofereix pràcticament la mateixa funcionalitat que l'avançada, tal i com s'explica a les següents seccions d'aquesta guia. Aquest apartat de cerca simple-versus-avançada no es refereix tant a les funcionalitats disponibles, com a la forma de cerca que podem configurar mitjançant petites modificacions. El sistema s'ha adaptat a l'ús comú dels termes simple/avançat que podem trobar a altres motors de cerca.
En realitat, gran part de l'explicació que segueix a continuació, respòn a la qüestió de "com un usuari avançat pot utilitzar la interficie de cerca simple". Recordem que en qualsevol moment és posible recòrrer a l'ajuda de la cerca avanzada per aconseguir més -assistència. +assistència.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
After you submit your query, the search engine will analyze it and will try to always guide you in case no exact match could be found. For example, it would print you a list of closest indexed terms in case of spelling troubles:
Alternative choices will be printed in red. The search engine will similarly warn you when your search terms could not be found, or when they could but your boolean query couldn't be met. The search engine will also silently try to search for alternative forms (e.g. remove punctuation), etc.
Thanks to multiple search stages and the guidance provided at each stage, it is usually sufficient to simple type what you are looking for and see what the system says in return. If you aren't satisfied, you would then add/remove words from your query until the satisfactory reply.
Gracias al sistema de búsqueda en múltiples etapas y a la ayuda que se proporciona en cada una de estas etapas, por lo general resulta suficiente escribir la palabra de búsqueda y revisar los resultados qué nos devuelve el sistema. Si los resultados no son pertinentes, o son excesivos o insuficientes, es posible añadir o quitar palabras de la consulta hasta conseguir resultados más satisfactorios.
Después de recibir una consulta, el motor de búsqueda la analiza y, en caso de no localizar ninguna coincidencia en la base de datos, el sistema tratará de guiar al usuario. Un ejemplo de ello son las listas de los términos indexados que se encuentran más cercanos al término introducido, en caso de que se produzacan errores ortográficos o de transcripción al efectuar la consulta:
Las opciones alternativas se muestran en rojo. El motor de búsqueda avisa de forma similar cuando detecta que los términos de búsqueda no se encuentran, o cuando detecta que sí que existen pero la fórmula de consulta booleana utilizada no puede localizarlos. Así mismo, el motor de búsqueda también realiza de forma oculta acciones alternativas para mejorar los resultados, como por ejemplo eliminar -puntuación, etc. +puntuación, etc.
Gràcies al sistema de cerca en múltiples etapes i a l'ajuda que es va proporcionant a cadascuna d'aquestes etapes, pel general resulta suficient teclejar l'objetcte de cerca i observar que ens retorna el sistema. Si no quedem satisfets, podem afegir/treure paraules de la nostra consulta fins aconseguir uns resultats satisfactoris.
Després de rebre una consulta, el motor de cerca l'analizarà i tractarà sempre de guiar a l'usuari en cas de que no localitzi cap coincidència a la base de dades. Un exemple d'això son les llistes dels termes indexats que es troben més propers al terme introduït a la consulta en cas que no es trobin coincidències per errors ortogràfics o de transcripció:
Les opcions alternatives es mostren en vermell. El motor de cerca avisa de forma similar quan detecta que els termes de cerca no es troben, o quan detecta que si que existeixen però la fórmula de consulta booleana emprada no aconsegueix localitzar-los. Així mateix, el motor de cerca també realitza de forma oculta accions alternatives per a millorar els resultat,s com, per exemple, eliminar puntuació, -etc. +etc.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
The default search mode is a search for words. This means that any whitespace you type is not significant, but is rather interpreted to mean "add an automatic boolean AND between words", like Google does. For example, to find all records that contain both the word ellis and the word muon anywhere in the record, type:
The whitespace would be significant if you include it within quotes. There are two phrase searching modes:The difference between exact and partial phrase searching modes may not be obvious upon first look. While the latter is more similar to what ``phrase search'' usually means in the context of web page search engines, the former one is usually an order of magnitude faster if you know the precise values you are looking for.
Another interesting searching mode besides the word and phrase
searches is the regular expression search, introduced
by slashes instead of quotes. For example, the above partial phrase
query 'muon decay' is fully equivalent to the regular
expression query /muon decay/. The regular expression
syntax is very powerful and permits you to construct very complex
queries. For more information, please consult the regular expression section of this guide.
El modo de búsqueda por defecto es la búsqueda por palabras. Ello significa que se ignoran los espacios en blanco, pero también que el motor de búsqueda lo interpreta por defecto como "añade automáticamente una Y booleana entre las palabras introducidas", del mismo modo que hace Google. Por ejemplo, para recuperar todos los registros que contengan tanto la palabra ellis como muon en cualquier parte del registro, debemos escribir:
Si queremos que el espacio en blanco sea significativo, debemos escribir la sentencia entrecomillada. Existen dos formas de búsqueda por frases:La diferencia entre buscar por frase exacta o buscar en parte de la frase puede parecer poco obvia en un primer momento. Sin embargo, mientras que la búsqueda en parte de la frase se asemeja a la búsqueda por frase que suele utilizarse en el contexto de los buscadores web, el uso de la búsqueda por frase exacta resulta mucho más efectiva y rápida cuanto más se conocen y especifican los valores a recuperar.
Otro interesante modo de búsqueda aparte de la búsqueda por palabra
o por frase es el uso de la expresión regular de
búsqueda, que se efectúa a partir del uso de parentesis en
lugar de entrecomillado. Por ejemplo, la búsqueda anterior según el
-modo de en parte de la frase 'destintegración de muon' es equivalente a
-la expresión regular/destintegración de muon/. La sintaxis de las
+modo de en parte de la frase 'muon decay' es equivalente a
+la expresión regular/muon decay/. La sintaxis de las
expresiones regulares es muy potente, y permite construir búsquedas
muy complejas. Para obtener más información, recomendamos la consulta
de la sección expresión regular de esta guia.
El mode de cerca per defecte es la cerca per paraules. Aquest mode implica s'ignorian els espais en blanc, però també que el motor de cerca els interpreti per defecte com a "afegeis automàticament una I booleana entre les paraules introduïdes", de la mateixa forma que fa Google. Per exemple, per recuperar tots els registres que continguin tant la paraula ellis com muon a qualsevol part del registre, haurem d'escriure:
Si volem que l'espai en blanc sigui significatiu, hem d'escriure la sentència entre cometes. Existeixen dues formes de cerca per frase:La diferència entre cercar per frase exacta o cercar per part de la frase Pot semblar poc evident a primera vista. Ara bé, mentre que la cerca per part de la frase s’equipara a la cerca per frase que acostuma a aplicar-se dins el context dels cercadors web, l’ús de la cerca per frase exacta resulta molt més efectiva i ràpida com més es coneguin i especifiquin els valors a recuperar.
Un altra interessant forma de cerca apart de la cerca per paraula o
frase, és l’ús de la expressió regular de cerca, que
es realitza a partir del ús de barres inclinades en lloc de cometes.
Per exemple, la cerca anterior segons el mode de ‘part de la frase’ de
-l’expressió 'destintegració de muon' és equivalent a l’expressió
-regular/destintegració de muon/. La sintaxi de les expressions
+l’expressió 'muon decay' és equivalent a l’expressió
+regular/muon decay/. La sintaxi de les expressions
regulars és molt potent, i permet construir cerques molt complexes.
Per obtenir més informació, recomanem la consulta de la secció expressió regular d’aquesta guia.
+href="#regexp">expressió regular d’aquesta guia.
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonmatches all records that contain both the word ellis and the the word muon ellis muonditto, syntactic sugar ellis and muonditto, syntactic sugar -
NOTellis -muonmatches all records that contain the word ellis but that do not contain the word muon ellis not muonditto, syntactic sugar |
ORellis |muonmatches all records that contain at least one of the words ellis or muonditto, syntactic sugar
+
ANDellis +muonrecupera todos los registros que contengan ambas palabras: ellis y la palabra muon ellis muonídem, "syntactic sugar"(*ver nota) - ellis y muon+ellis and muonídem, "syntactic sugar" -
NOTellis -muonrecupera todos los registros que contengan la palabra ellis pero que no contenga la palabra muon - ellis no muon+ellis not muonditto, "syntactic sugar" |
ORellis |aceleradorrecupera todos los registros que contengan al menos, una de las dos palabras - ellis o muon+ellis or muonídem, "syntactic sugar" (*)Nota de la traducción española: syntactic sugar es una espresión utilizada en inglés para describir "otra forma similar de llamar a una función"
+
ANDellis +muonRecupera tots els registres que contenen ambdues paraules: - ellis y la paraula muon + ellis i la paraula muon ellis muonídem, "syntactic sugar" (*veure nota) - ellis i muon+ellis and muonídem, "syntactic sugar" -
NOTellis -muonrecupera tots els registres que contenen la paraula ellis però que no contenen la paraula muon - ellis no muon+ellis not muonídem, "syntactic sugar" |
ORellis |muonrecupera tots els registres que contenen, com a mínim, una de les dues paraules - ellis o muon+ellis or muonídem, "syntactic sugar" (*)Nota de la traducció catalana: syntactic sugar es una espressió emprada en anglès per a descriure "altre forma similar de cridar una funció"
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Logical operations are automatically chained from left to right. For example, if you want to search for documents written by Ellis on muons or kaons, write:
which looks for(muon or kaon) and ellis. Note that this
gives different results from:
which would search for (ellis and muon) or kaon.
The left-to-right chaining behaviour permits you to easily refine
your search by adding/removing words with and/not or +/- operators.
For example, to exclude the documents on decay from the above search,
append -decay:
Los operadores lógicos se disponen de forma automática de izquierda a derecha. Logical operations are automatically chained from left to right. Por ejemplo, si queremos buscar documentos escritos por Ellis sobre muon o kaon, escribiremos:
ello nos realizará una búsqueda equivalente a(muon O
kaon) Y ellis. Nótese también que se obtienen
resultados diferentes si introducimos
-que si introducimos (ellis Y muon) O kaon.
+que si introducimos (ellis AND muon) OR kaon.
La disposición de los elementos de izquierda a derecha permite
refinar fácilmente una búsqueda añadiendo o quitando palabras
-utilizanto los operadores Y/NO +/-.
+utilizanto los operadores AND/NOT +/-.
Por ejemplo, para excluir los documentos sobre desintegración en la
-búsqueda anterior, sólo hay que añadir -desintegración:
+búsqueda anterior, sólo hay que añadir -decay:
Els operadors lògics es disposen de forma automàtica d’esquerre a dreta. Per exemple, si es volen recuperar documents escrits per Ellis sobre muon o kaon, escriurem:
-es realitzarà una cerca equivalent a(muon O kaon)
-I ellis. Notis també que s’obtenen resultats diferents si
+es realitzarà una cerca equivalent a (muon OR kaon)
+AND ellis. Notis també que s’obtenen resultats diferents si
s’introdueix
-que si s’introdueix (ellis I muon) O kaon.
+que si s’introdueix (ellis AND muon) OR kaon.
-La disposició dels elements d’esquerre a dreta permet refinar fàcilment una cerca afegint o traient paraules utilitzant els operadors I/NO +/-. +
La disposició dels elements d’esquerre a dreta permet refinar
+fàcilment una cerca afegint o traient paraules utilitzant els
+operadors AND/NOT +/-.
-Per exemple, per excloure els documents sobre partícules a la cerca anterior, només cal afegir -partícules:
+Per exemple, per excloure els documents sobre desintegració a la cerca
+anterior, només cal afegir -decay:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
When indexing words, an attention is paid to index it both with and without punctuation, so that you should be able to search for terms containing special characters, such as C++, verbatim:
For example, to find records containing the LaTeX expression$e^{+}e^{-}$ in the title, type:
For example, to find document with the report number
hep-ph/0204133, type:
Note that the search is case-insensitive:
Cuando se indexan las palabras, se pone especial atención en indexarlas con y sin puntuación. Ello hace posible la búsqueda de términos que contienen caracteres especiales, como por ejemplo C++, textualmente:
Por ejemplo, para recuperar registros que contengan la expresión LaTeX$e^{+}e^{-}$ en el título, debemos escribir:
Por ejemplo, para recuperar un documento con el número de informe
hep-ph/0204133, debemos escribir:
Nótese que esta búsqueda es sensible a las mayúsculas:
Quan s’indexen les paraules, es posa especial atenció en que siguin indexades amb i sense puntuació. Això fa possible la cerca de termes que contenen caràcters especials, com per exemple C++, textualment:
Per exemple, per recuperar registres que contenen l’expresió LaTeX$e^{+}e^{-}$ al títol, cal escriure:
Per exemple, per recuperar un document amb número d'informe
hep-ph/0204133, cal escriure:
Observis que aquesta cerca és sensible a les majúscules:
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
The search engine works with Unicode UTF-8 so you can type your query strings in any language stored in the database. For example, to find the documents written by (or on) Пушкин, type:
Note that you don't have to type accents to find accented results. For example, typeLemaitre to find papers by Lemaître:
| IMPORTANT NOTE |
|---|
| Currently, words that include accented characters can only be retrieved by entering accented characters in the query. |
El motor de búsqueda se basa en el estandar Unicode UTF-8, lo que hace posible introducir cadenas de búsqueda en cualquier idioma que se encuentre en la base de datos. Por ejemplo, para recuperar documentos escritos por (o sobre) Пушкин, debemos escribir:
Obsérvese que no es necesario introducir acentos para conseguir registros que contienen palabras acentuadas. Por ejemplo, escribiremosLemaitre para buscar artículos de Lemaître:
| NOTA IMPORTANTE |
|---|
| En estos momentos, las palabras que incluyen caracteres acentuados sólo pueden recuperarse entrando los caracteres acentuados en la consulta. |
El motor de cerca es basa en l’estàndard Unicode UTF-8, lo que fa possible introduir cadenes de cerca en qualsevol llengua que es trobi a la base de dades. Per exemple, per recuperar documents escrits per (o sobre) Пушкин, cal escriure:
Notis que no és necessari introduir accents per aconseguir registres que contenen paraules accentuades. Per exemple, escriuremLemaitre para recuperar articles de Lemaître:
| NOTA IMPORTANT |
|---|
| En aquests moments, les paraules que inclouen caràcters accentuats només es poden recuperar entrant els caràcters accentuats a la consulta. |
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
The word truncation is supported via asterisk (*) wildcard character. The wildcard instructs the search engine to match any number of characters in that place. For example, to find records that contain words muon, muons, muonic etc, type:
The wildcard query works both in prefix and infix position. For example, to get all the words that start by CERN-TH and end by 31, type: Note that the wildcard will be ignored if you try to apply it to very short words, such as a*: The wildcard character can be used also in the phrase searching mode. For example, to find all the documents whose title starts by "Neutrino mass", type: Recall that we have introduced exact and partial phrase search modes. Actually, a partial phrase search mode launches an exact search enclosed within wildcards: we could say that'foo bar
baz' equals to "*foo bar baz*". Now you can
see why the partial phrase search is slow: due to the usage of two
asterisks in front and after the text, each and every title in the
database has to be looked up to determine whether it matches or
not. (There are currently no partial phrase indexes.)
El truncamiento de una palabra se efectua a través del uso del asterisco (*). Este comodín indica al motor de búsqueda que retorne cualquier número de carácteres en su lugar. Por ejemplo, para recuperar registros que contengan las palabras muon, muonic, muons etc, debemos escribir:
La búsqueda por comodín puede utilizarse tanto en posición de prefijo como de sufijo. Por ejemplo, para recuperar todas las palabras que comiencen por CERN-TH y acaben con 31, debemos escribir: Obsérvese que el comodín se ignorará si tratamos de utilizarlo en palabras demasiado cortas, como por ejemplo a*: El carácter comodín también puede usarse en el modo de búsqueda por frase. Por ejemplo, para recuperar todos los documentos cuyo título -comience con "masa del neutrino", debemos escribir: +comience con "Neutrino mass", debemos escribir: Recordamos que en esta búsqueda hemos introducido las formas de - 'frase exacta' y 'parte de la frase'. En realidad, el modo de + 'frase exacta' y 'parte de la frase'. En realidad, el modo de búsqueda de 'parte de la frase' lanzará una búsqueda exacta sin necesidad de utilizar los comodines: tanto podemos utilizar -'haz lumínico excluyente' como "*haz lumínico
- excluyente*". Esto ayuda a comprender porqué la búsqueda de
+ 'foo bar baz' como "*foo bar baz*".
+ Esto ayuda a comprender porqué la búsqueda de
palabras en una parte de la frase es lenta: debido al uso de dos
asteriscos delante y detrás del texto, todos y cada de los
registros de la base de datos son comprobados para determinar si se
corresponden a la búsqueda o no. Actualmente no hay ningún índice
- de búsqueda que indexe partes de frase.
+ de búsqueda que indexe partes de frase.
El truncament d’una paraula es realitza a través de l’ús del símbol asterisc (*). Aquest comodí indica al motor de cerca que retorni qualsevol número de caràcters en el seu lloc. Per exemple, per recuperar registres que continguin les paraules astronomia, astrònoms, astronòmics etc, cal escriure:
La cerca por comodí pot utilitzar-se tant en posició de prefix com de sufix. Per exemple, per recuperar totes les paraules que comencin per CERN-TH i acabin amb 31, cal escriure: Notis que el comodí s’ignora si es tracta d’utilitzar-lo amb paraules massa curtes, com per exemple a*: El caràcter comodí també pot utilitzar-se al mode de cerca per frase. Per exemple, per recuperar tots els documents el títol dels - quals comenci per "Par motor", cal escriure: + quals comenci per "Neutrino mass", cal escriure: Recordem que a aquesta cerca hem introduït les formes de 'frase exacta' i 'part de la frase'. En realitat, el mode de cerca per 'part de la frase' ens llençarà una cerca exacta sense necessitat - de fer servir els comodins: tant podem utilitzar'feix
- lumínic excloent' com "*feix lumínic
- excloent*". Això ajuda a comprendre perquè la cerca de
+ de fer servir els comodins: tant podem utilitzar 'foo bar
+ baz' com "*foo bar baz*".
+ Això ajuda a comprendre perquè la cerca de
paraules a una part de la frase és lenta: degut a l’ús de dos
asteriscs davant i darrera del text, tots i cadascun dels registres
de la base de dades es comproven per determinar si es corresponen o
no amb la cerca introduïda. Actualment no hi ha cap índex de cerca
- que indexi parts de frase.
+ que indexi parts de frase.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
Searching within various bibliograpic fields (such as title,
author) is supported via Google's "site:" like syntax.
If a search term is preceded by a field name and a colon, then the
term is searched for inside this field only. For example, to find
documents containing the word ellis within author index,
type:
author, title,
reportnumber, abstract,
keyword, year, experiment,
fulltext, and reference.
La búsqueda realizada utilizando varios campos bibliográficos
(tales como título, autor) se realiza a través de una sintaxis
similar a la que utiliza Google en sus búsquedas tipo
"site:". Si un término de búsqueda es precedido por
un nombre de campo seguido por dos puntos este término se buscará
únicamente en el campo especificado. Por ejemplo, para recuperar
documentos que contienen la palabra ellis dentro del
índice de autores, debemos escribir:
autor, titulo,
- numeroregistro, resumen,
- palabraclave, año, experimento,
- textocompleto, and referencia.
+ author, title,
+ reportnumber, abstract,
+ keyword, year, experiment,
+ fulltext, and reference.
La cerca realitzada utilitzant diversos camps bibliogràfics (Tals
com títol, autor) es realitza a través d’una sintaxi similar a
l’emprada per Google en les Seves cerques tipus "site:".
Si un terme de cerca es precedit per un nom de camp seguit per dos
punts aquest terme es cerca únicament dins el camp especificat. Per
exemple, per recuperar documents que contenen la paraula
ellis dins l’índex d’autors, cal escriure:
autor, titol,
- numeroregistre, resum,
- paraulaclau, any, experiment,
- textcomplet, and referencia.
+ author, title,
+ reportnumber, abstract,
+ keyword, year, experiment,
+ fulltext, and reference.
The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.The regular expression searching mode is mostly for the power users acquainted with the traditional Unix/POSIX regexp syntax. In the Simple Search interface you can trigger it by using slashes instead of quotes:
while in the Advanced Search interface you can select the matching type explicitely by using the selection box menu. The above example will find all the titles that start by the letter E, followed by any number of any characters, and end by the letter s.El uso del modo de búsqueda por expresión regular está dirigida sobre todo a usuarios avanzados que conocen la sintaxis tradicional Unix/POSIX regexp. En el interfaz de consulta simple se puede forzar este modo usando barras inclinadas en lugar de comillas:
mientras que en el modo de búsqueda Avanzado se puede seleccionar explícitamente este modo de búsqueda seleccionandolo en el menú desplegable. En el ejemplo anterior se recuperarían todos los títulos que comienzan por la letra E, seguida de cualquier número o -cualquier carácter, y que terminen por la letra s. +cualquier carácter, y que terminen por la letra s.L’ ús del mode de cerca per expressió regular està dirigida sobretot a usuaris avançats que coneixen la sintaxi tradicional Unix/POSIX regexp. A l’interficie de consulta simple es pot forçar aquest mode utilitzant les Barres inclinades enlloc de comentes:
Al mode de cerca Avançada es pot seleccionar explícitament aquest mode de cerca seleccionant-lo al menú desplegable. a l’exemple anterior es recuperarien tots els títols que comencen per la lletra E, seguida de qualsevol número o qualsevol caràcter, i que acabin per la -lletra s. +lletra s.Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Another example could be an author search for an author expressed in the database as either Ellis, J or Ellis, John:
Otro ejemplo similar es el de la búsqueda por autor de un autor que se ha introducido en la base de datos como Ellis, J o bien como Ellis, John:
Un altre exemple similar és el de la cerca per autor d’un autor que ha estat introduït a la base de dades com Ellis, J o bé com Ellis, John:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
The regular expression search enables you to formulate very specific word proximity queries. For example, let us find all titles containing words dense and matter that are separated by at most one word that doesn't contain the letter l:
La búsqueda por expresión regular permite formular consultas de palabras muy específicas por su proximidad. Por ejemplo, permite recuperar registros cuyos títulos contienen las palabras -materia y densa y que estén separadas al menos por +dense y matter y que estén separadas al menos por una palabra que no contenga la letra l:
La cerca per expressió regular permet formular consultes de paraules Molt específiques per proximitat. Per exemple, permet recuperar registres Els títols dels quals contenen les paraules -matèria i densa i que estiguin separades, al menys, +dense i matter i que estiguin separades, al menys, per una paraula que no contingui la lletra l:
Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Note that you can also use character intervals such as
[a-k] and occurrence counts such as {3}.
For example, let us find all preprints that do not follow the year
cataloguing policy, that is YYYY to denote year, optionally
followed by ? or by another -YYYY:
[:alnum:]Obsérvese que también pueden utilizarse carácteres de intervalo
como [a-k] y contadores de ocurrencia como
{3}. Por ejemplo, podemos recuperar todos los pre-prints
que no se corresponden con la política de catalogación AAAA
para describir los años, opcionalmente seguida por ? o por
otro -AAAA:
[:alnum:]Observis que també poden emprar-se caràcters d’interval com
[a-k] i contadors de concurrència com {3}.
Per ejemple, podem recuperar tots els pre-prints que no es
corresponguin amb la política de catalogació AAAA per
descriure anys, opcionalment seguida per ? o per altre
-AAAA:
[:alnum:]To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
To learn more about POSIX regular expressions, please consult the Wikipedia regexp article and the MySQL regexp documentation.
Para conocer más acerca de las expresiones regulares POSIX, se recomienda la consulta de Wikipedia regexp article y MySQL regexp -documentation. +documentation.
Per conèixer més sobre les expressions regulars POSIX, es recomana la Consulta de Wikipedia regexp article i MySQL regexp -documentation. +documentation.
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
The span query is provided via a -> sign. For
example, to search for all documents on muon decay published
between 1983 and 1992, type:
La consulta por rango se realiza a través del signo
->. Por ejemplo, para recuperar todos los documentos
sobre par motor publicados entre 1983 y
1992, debemos escribir:
La consulta por rang es realitza a través del signe
->. Per exemple, per recuperar tots els documents sobre
par motor publicats entre 1983 i 1992, cal
escriure:
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
All the syntax mentioned above can be combined together in one query. For example, to find documents that have the word ellis inside author fields, that do not contain words like muon, 'muonic' etc in any field, that contain the phrase (or the substring, to be more precise) 'dense quark matter' inside abstract fields, and that were published in year starting by digits '200', type:
Note that the default "any field" global index does contain only the metadata terms, not the citation nor fulltext terms. You have to explicitely mentionfulltext
or reference index to search there. For example, to find the term Higgs
in either metadata, references or fulltext files, type:
This permits an interesting combination of metadata, fulltext and citation search in
the same query. For example, to get all documents written by
Lin whose fulltext files contain the words
Schwarzschild and AdS, and who cite journal
Adv. Theor. Math. Phys., type:
| IMPORTANT NOTE |
|---|
| Currently, fulltext files and references are not fully searchable on the CERN site. Assumed operational time: Q1 2007. |
Toda la sintaxis mencionada anteriormente se puede combinar en una misma consulta. Por ejemplo, para recuperar documentos que contienen la palabra ellis dentro del campo autor, y que no contienen palabras como muon, 'muonic', etc., en ningún otro campo, y que contienen (o subcadena de palabras, para ser más -precisos) ‘materia densa’ dentro del campo de resumen, y que han sido +precisos) ‘dense quark matter’ dentro del campo de resumen, y que han sido publicados dentro de los años que comienzan por los dígitos '200', debe escribirse:
Obsérvese que la opción de índice global “cualquier campo” por defecto contiene únicamente términos de metadatos, no del texto completo ni de las citas bibliográficass. Es necesario especificar explícitamente las opciones de buscar en el índicetexto completo o de
cita bibliográfica si se desea buscar en estos campos.
Por ejemplo, para recuperar el término Higgs tanto dentro de
los metadatos, las citas o el texto completo, debe escribirse:
Ello permite una interesante combinación de metadatos, texto completo
y citas dentro de una misma búsqueda. Por ejemplo, para recuperar
todos los documentos escritos por Lin que en el texto
completo contengan las palabras Schwarzschild y AdS,
que citen la revista Adv. Theor. Math. Phys., debe
escribirse:
| NOTA IMPORTANTE |
|---|
| Actualmente, los registros con archivos a texto completo y citas no se pueden recuperar en el web de CERN. Assumed operational time: Q1 2007. |
Tota la sintaxi mencionada anteriorment es pot combinar en una mateixa consulta. Per exemple, per recuperar documents que contenen la paraula ellis dins el camp d’autor, i que no contenen paraules com muon, 'muonic', etc., a cap altre camp, i que contenen la frase (o subcadena de paraules, per ser més -precisos) ‘matèria densa’ dins el camp de resum, i que han estat +precisos) ‘dense quark matter’ dins el camp de resum, i que han estat publicats dins els anys que comencen pels dígits '200', cal escriure:
Observis que l’opció d’índex global “qualsevol camp” per defecte conté només els termes de metadades, no del text complet ni de les referències bibliogràfiques. Cal especificar explícitament les opcions de cercar a l’índextext complet o de
referència bibliogràfica si volem cercar per aquests
camps. Per exemple, per recuperar el terme Higgs tant dins
les metadades, les referències o el text complet, cal escriure:
+
Això permet una interessant combinació de metadades, text complet i
referències dins una mateixe cerca. Per exemple, per recuperar
tots els documents escrits per Lin que en el text complet
continguin les paraules Schwarzschild and AdS,
que citi la revista Adv. Theor. Math. Phys., cal escriure:
| NOTA IMPORTANT |
|---|
| Actualment, els registres amb arxius a text complet i referències no es poden recuperar al web de CERN. Assumed operational time: Q1 2007. |
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
black hole than for "black hole".
and, of, or CERN.
agujero
negro que por "agujero negro".
y,
de, o siglas como CERN.
+
forat
negre que per "forat negre".
i, de, o sigles com
CERN.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
You can search for an author in many ways, each having its own advantages and disadvantages.
Ellis
J within the author index, it means that two queries (for the
words Ellis and J) are effected first and a
boolean AND is performed next:
Such a query would match also a document whose first author is Ellis, R and the second author Finch, A J, which is probably not what you wanted. While the search is very fast and you would have found the results for the author you were looking for, such a technique could have returned you many false positives, as the one cited above. Instead of searching for words, a more suitable technique to apply in this case is to search for phrases which will permit you to achieve higher search precisions.
La búsqueda por autor puede realizarse de diversas formas, cada una de las cuales presenta sus ventajas y desventajas.
Ellis J dentro del
índice de autores, ello se interpretará como dos consultas (para las
palabras Ellis y J) que se efectuarán en
primer lugar, y una booleana Y que se realizará después.
La consulta realizada de este modo recuperará también un documento que presenta como primer autor a Ellis, R y como segundo autor Finch, A J, lo cual, probablemente, no es lo deseado. La búsqueda se ha realizado muy rápidamente y se han recuperado registros sobre el autor requerido, sin embargo, los resultados recuperados siguiendo este método pueden no ser pertinentes, tal y como ocurre en el ejemplo citado anteriormente. En lugar de buscar por palabras, la técnica más conveniente que debe aplicarse en este caso es la búsquda por frase, que permite conseguir mayor precisión.
La cerca per autor es pot realitzar de diverses formes, cadascuna de les quals presenta els seus avantatges i les seves desavantatges.
Ellis J dins l’índex d’autors, s’interpretarà como a dues
consultes (per a les paraules Ellis i J) que
es realitzaran en primer lloc, i una booleana I que es realitzarà
després.
La consulta realitzada d’aquesta forma recuperarà també un document que tingui com a primer autor a Ellis, R i com a segon autor a Finch, A J, fet que, probablement, no es el desitjat. La cerca s’ha realitzat amb molta rapidesa i s’han recuperat registres sobre l’autor requerit, ara bé, els resultats obtinguts seguint aquest métode poden no ser pertinents, tal i com passa a l’exemple citat anteriorment. En lloc de cercar per paraules, la tècnica més convenient que s’ha d’aplicar en aquests casos és la cerca per frase, que permet aconseguir major grau de precisió.
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
This way of searching gives you the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J, an assumption that is often false*.) The search is very fast.
This way of searching still keeps the highest precision and no false positives. (Assuming there are no other authors whose names are spelled Ellis, J or Ellis, John, an assumption that is often false*.) The search is fast.
It would match all author names that start by the text
Ellis, J, i.e. not only the wanted forms Ellis,
J and Ellis, John, but also Ellis, Jim, or
Ellis, John Rolfe, or Ellis, Jonathan Richard.
This way of searching returns you more results, which may be suitable in case you don't know how the names are spelled in the database. But you also risk the eventuality of getting false positives. The search is relatively fast.
It would find not only all the authors mentioned above, but also
the ones whose names contain the expression Ellis, J
anywhere inside the name, such as De Lellis, Jim. It thus
gives you the largest possible number of hits at the largest risk of
false positives. The search is relatively slow.
(Note though that this way of searching may be very handy in case of compound family names such Pepe-Altarelli, M or 't Hooft, G where a casual user query for Hooft, G would match the wanted author, unlike the methods mentioned above.)
*NOTE:
If you produce your own list of publications and you notice that
sometimes your first name is spelled abbreviated and sometimes in
full, or if you want to identify your publications among several
authors with the same abbreviation, please contact the administrators of
Esta técnica de búsqueda confiere mayor precisión y evita falsos resultados aparentemente positivos. (La presunción de que no existen otros autores cuyo nombre se escriba como Ellis, J, en ocasiones puede no ser cierta*.) La búsqueda se realizará con mucha rapidez.
Este modo de búsqueda nos ofrece aún mayor precisión y evita falsos resultados positivos (o no pertinentes). (La presunción de que no hay más autores que se escriban como Ellis, J O Ellis, John, en ocasiones puede no ser cierta *.) La búsqueda es muy rápida.
Ello recuperará todos los nombres de autor que comienzan con el
texto Ellis, J, no sólo con las formas requeridas en el
ejemplo Ellis, J y Ellis, John, sino también
Ellis, Jim, o Ellis, John Rolfe, o Ellis,
Jonathan Richard.
Esta búsqueda retornará muchos más resultados, pero puede resultar conveniente en el caso en que se desconozca la forma de introducción de los nombres en la base de datos. Sin embargo, aumenta el riesgo de obtener resultados poco pertinentes. La búsqueda es relativamente rápida.
Esta búsqueda recupera no sólo todos los autores mencionados, sino
también todos aquellos cuyos nombres contengan la expresión
Ellis, J en cualquier parte de su nombre, como por
ejemplo De Lellis, Jim. Ello aumenta enormemente las
posibilidades de obtener registros con un alto riesgo de ser poco
pertinentes. La búsqueda es relativamente lenta.
(Obsérvese que este modo de búsqueda puede resultar muy práctico para apellidos compuestos tales como Pepe-Altarelli, M o 't Hooft, G en la que una consulta puntual de usuario por Hooft, G recuperará el autor requerido, a diferencia de los métodos mencionados anteriormente.)
*NOTA:
Si es autor de su propia lista de publicaciones y detecta que algunas
veces su nombre se escribe de forma abreviada y a veces completo, o si
desea identificar sus publicaciones entre diversos autores con la
misma forma abreviada, por favor contacte con losadministradores de
Aquesta tècnica de cerca confereix major grau de precisió i evita falsos resultats aparentement positius. (La presumpció de que no existeixen altres autores els noms dels quals s’escrigui com Ellis, J, en ocasions pot no ser certa*.) La cerca es realitzarà con amb molta rapidesa.
Aquest mode de cerca ens ofereix encara major grau de precisió i evita falsos resultats positius (o no pertinents). (La presumpció de que no hi ha més autors que s’escriguin com Ellis, J O Ellis, -John, en ocasions pot no ser certa Aquest mode de cerca ens ofereix encara major grau de precisió i +evita falsos resultats positius (o no pertinents). (La presumpció de +que no hi ha més autors que s’escriguin com Ellis, J O +Ellis, John, en ocasions pot no ser certa *.) La cerca és molt ràpida. -
Això recuperarà tots els noms d’autor que comencen amb el text
Ellis, J, no només amb les formes requerides a l’exemple
Ellis, J i Ellis, John, sinó també Ellis,
Jim, o Ellis, John Rolfe, o Ellis,Jonathan
Richard.
Aquesta cerca retornarà molts més resultats, però pot resultar convenient en el cas que es desconegui la forma d’introducció dels noms a la base de dades. Ara bé, augmenta el risc d’obtenir resultats poc pertinents. La cerca és relativament ràpida. -
Aquesta cerca recupera no només tots els autors mencionats, sinó
també tots aquells els noms dels quals continguin l’expresió
Ellis, J a qualsevol part del seu nom, com per exemple
De Lellis, Jim. Això augmenta enormement les possibilitats
d’obtenir registres amb un alt risc de ser poc pertinents. La cerca
és relativament lenta.
(Observis que aquest mode de cerca pot resultar molt pràctic per a cognoms compostos, tals com Pepe-Altarelli, M o 't Hooft, G en els que una consulta d’una consulta puntual de usuario por Hooft, G recuperarà l’autor requerit, a diferència dels mètodes mencionats anteriorment.)
*NOTA:
Si es autor de la seva pròpia llista de publicacions i detecta que
algunes vegades el seu nom s’escriu de forma abreujada i de vegades
complet, o si desitja identificar les seves publicacions entre
diversos autors amb la mateixa forma abreujada, sis plau, contacti amb
els administradors de
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
You may select a certain field according to which sort the search results, for example to sort the results by main title. However, sometimes you may want to sort by a report number and it happens that your documents have several of them. For example, the report numbers hep-ph/0204140, CERN-TH-2002-069 and RM3-TH-02-4 all denote the same document. Now if you sort your search results set containing this document, the system will take into consideration the first report number, that may be either of these three. Sometimes you may want to classify this document under its hep-ph number, sometimes under its CERN number, depending on whether you produce a list of CERN or hep-ph publications. How can you influence the search engine to prefer one report number rather than the other?
In other words, the search engine by default answers a query
like "sort by first author" or "sort by first report number", but
sometimes you may want to ask the search engine to "sort by first
report number that starts by the text CERN-". The latter
possibility is available via a "silent" sort parameter called
sp (for "sort pattern") that sorts preferentially
according to the given textual pattern if they can be found. The
parameter is "silent" in a way that it is not present in the search
interface, you have to add it manually to your search URL.
For example, to get all CERN-TH publications of the year 2001
sorted by their CERN-TH numbers, you would search for
CERN-TH-2001* within reportnumber index,
and on the search results page, being satisfied with the results,
you would add &sp=CERN-TH to the URL to sort the
results preferentially by CERN-TH report numbers, to get a nicely
sorted list of all CERN-TH 2001 publications.
Es posible seleccionar un campo determinado en función del tipo de ordenación de los resultados de búsqueda, por ejemplo para ordenarse los resultados por el título principal. De este modo, en ocasiones puede ocurrir que se desee ordenar los documentos por el código de referencia y que un mismo documento tenga más de uno. Por ejemplo, los códigos hep-ph/0204140, CERN-TH-2002-069 y RM3-TH-02-4 apuntan todos al mismo documento. Si se ordena el conjunto de resultados de búsqueda contenidos en el documento, el sistema tendrá en cuenta el primer número de informe, que puede ser cualquiera de los tres. En ocasiones se puede desear clasificar un documento según un determinado código de referencia hep-ph , u otro CERN> según si se ha publicado en una colección de publicaciones de CERN o hep-ph. ¿Como se puede influir en el motor de búsqueda para priorizar un código antes que otro?
En otras palabras, el motor de búsqueda responde por defecto a
una pregunta similar a “ordena por el primer autor” u “ordena por
el primer código de informe”, pero en ocasiones se desea instar al
buscador para que ordene por el “primer código de informe que
comience por el texto CERN-". Esta opción es posible a
través del uso de un paràmetre de ordenación “invisible” denominado
sp (para a "ordenar según un patrón") que permite
ordenar siguiendo un patron de preferencia dado. Este parámetro es
“invisible” desde el punto de vista de que no está presente en el
interfaz de búsqueda, sino que debe ser añadido manualmente en el
URL de la búsqueda.
Por ejemplo, para recuperar todas las publicaciones del CERN-TH del
año 2001 ordenados por su código, debe buscarse por
CERN-TH-2001* dentro del índice código de
informe, y en la página de resultados de búsqueda, cuando esté
satisfecho con los resultados obtenidos, añadir
&sp=CERN-TH en el URL a fin de ordenar los resultados
sgún los códigos de informe CERN-TH, y conseguir una correcta
ordenación del listado de todas las publicaciones CERN-TH del
-2001.
+2001.
Es possible seleccionar un camp determinat en funció del tipus d’ordenació dels resultats de la cerca, per exemple per ordenar els resultats pel títol principal. D’aquesta forma, en ocasions pot passar que es desitgi ordenar els documents pel codi de referència i que un mateix document en tingui més d’un. Per exemple, els codis hep-ph/0204140, CERN-TH-2002-069 i RM3-TH-02-4 apunten tots al mateix document. Si s’ordena el conjunt de resultats de cerca que conté el document, el sistema tindrà en consideració el primer número d’informe, que pot ser qualsevol dels tres. En ocasions es desitja classificar un document segons un determinat codi de referència hep-ph , o altre CERN> segons si ha estat publicat a una col•lecció de publicacions CERN o hep-ph. Com es pot influir en el motor de cerca per prioritzar un codi abans de l’altre?
En altres paraules, el motor de cerca respon per defecte a una
pregunta semblant a “ordena pel primer autor” o “ordena pel primer
codi d’informe”, però en ocasions es pot desitjar instar al
cercador per tal que ordeni pel “primer codi d’informe que comenci
pel text CERN-". Aquesta darrera opció és possible a
través d’un paràmetre d’ordenació “invisible” denominat
sp (per a "ordenar segons un patró") que permet
ordenar segons un patró de preferència donat. Aquest paràmetre és
“invisible” des del punt de vista que no és present a l’interfície
de cerca, sinó que ha d’afegir-se manualment a la URL de cerca.
Per exemple, per recuperar totes les publicacions del CERN-TH de l’any
2001 ordenats pel seu codi, cal cercar per CERN-TH-2001*
dins l’índex de códi d’informe, i a la pàgina de
resultats de cerca, quan s’estigui satisfet amb els resultats
obtinguts, afegir &sp=CERN-TH a la URL per tal d’ordenar
els resultats segons els codis d’informe CERN-TH, i aconseguir una
correcta
ordenació de la llista de totes les publicacions CERN-TH del
-2001.
+2001.
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like Google, SPIRES or KEK are automatically proposed in a box entitled "Try your search on". You can simply click on the proposed links to run your query on these search engines.
Note that the links aren't printed if the search engine doesn't
support it. For example, SPIRES or KEK cannot search for terms within
"any field", so we don't link to them in these cases.
Note also that KEK has scanned a lot of old CERN reports. If
you find that we don't have fulltext to some old CERN report, it
may be worthy to look there. For example, search for CERN
ISR-MA/73-17 in our system:
On the search results page, links to other servers like A la pàgina de resultats de cerca, s'ofereixen automàticament +enllaços a altres servidors com Google, SPIRES or KEK are -automatically proposed in a box entitled "Try your search on". You -can simply click on the proposed links to run your query on these -search engines. +href="http://www.slac.stanford.edu/spires/hep/">SPIRES o KEK sota el nom +de "Proveu la vostra cerca a...". Amb un simple clic sobre els +enllaços proposats es pot enviar la cerca realitzada en aquests +cercadors. -
Note that the links aren't printed if the search engine doesn't -support it. For example, SPIRES or KEK cannot search for terms within -"any field", so we don't link to them in these cases. +
Observis que els enllaços a altres cercadors no es mostren si el cercador no suporta la cerca. Per exemple, SPIRES o KEK no poden cercar termes dintre del camp "qualsevol camp", de forma que en aquests casos, el sistema no els enllaçarà.
Note also that KEK has scanned a lot of old CERN reports. If
- you find that we don't have fulltext to some old CERN report, it
- may be worthy to look there. For example, search for CERN
- ISR-MA/73-17 in our system:
+ Observis també que KEK ha escanejat molts informes antics del CERN. Si es comprova que no es disposa del text complet d'un informe antic del CERN, pot ser interessant cercar aquí. Per exemple, si es cerca per CERN
+ ISR-MA/73-17 dins el sistema:
On the search results page, links to other servers like En la página de resultadoss de búsqueda, se oferecen automáticament +enlaces a otros servidores tales como Google, SPIRES or KEK are -automatically proposed in a box entitled "Try your search on". You -can simply click on the proposed links to run your query on these -search engines. +href="http://www.slac.stanford.edu/spires/hep/">SPIRES o KEK bajo el +nombre de "Intentar la búsqueda en...". Con un simple cic sobre los +enlaces propuestos se puede enviar la búsqueda realizada en dichos +buscadores. -
Note that the links aren't printed if the search engine doesn't -support it. For example, SPIRES or KEK cannot search for terms within -"any field", so we don't link to them in these cases. +
Obsérvese que los enlaces a otros cercadores no se muestran si el
+buscador no soporta el tipo de búsqueda. Por ejemplo, SPIRES o KEK no
+pueden buscar términos dentro del campo "cualquier campo", de forma
+que en estos casos, el sistema no los enlazará.
Note also that KEK has scanned a lot of old CERN reports. If
- you find that we don't have fulltext to some old CERN report, it
- may be worthy to look there. For example, search for CERN
- ISR-MA/73-17 in our system:
+ Obsérvese también que KEK ha escaneado un gran número de informes
+ antiguos del CERN. Si se comprueba que no se dispone del texto
+ completo de un informe antiguo del CERN, puede ser interesante
+ buscar allí. Por ejemplo, si se busca por CERN
+ ISR-MA/73-17 dentro del sistema:
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, fulltext index.
To search for all records that contain the term e- in their fulltext files,
type:
Recall that fulltext words aren't included in the default global ``any field'' index,
but that you may freely combine a fulltext and metadata search. For example, to find all
articles written by Ellis that contain the word muon either in the
metadata or in the fulltext, type:
-
+
">
IMPORTANT NOTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ Currently, the fulltext indexes aren't available on the CERN site.
Assumed operational time: Q1 2007.
Please use the
old fulltext interface
instead in the meantime.
If a metadata record contains some associated fulltext files, Si un registre de metadades té arxius a text complet associats
+fulltext index.
-To search for all records that contain the term e- in their fulltext files,
-type:
+text completseparat. Per
+recuperar tots els documents que contenen el terme e-al text
+complet dels seus documents associats, cal escriure:
-Recall that fulltext words aren't included in the default global ``any field'' index,
-but that you may freely combine a fulltext and metadata search. For example, to find all
-articles written by Ellis that contain the word muon either in the
-metadata or in the fulltext, type:
+Recordem que les paraules del text complet no s'inclouen a l'índex
+global 'qualsevol camp' predeterminat, però és possible realitzar una
+combinació lliure de text complet i metadades dins una mateixa cerca.
+Per exemple, per recuperar tots els articles escrits per
+Ellis que continguin la paraula muon tant a les
+metadades como all text complet, cal escriure:
-
+
">
- IMPORTANT NOTE
+ NOTA IMPORTANT
- Currently, the fulltext indexes aren't available on the CERN site.
- Assumed operational time: Q1 2007.
- Please use the
- old fulltext interface
- instead in the meantime.
+ En aquests moments, els índexs de text complet no estan disponibles al web del CERN. Assumed operational time: Q1 2007.
+ Sius plau, emprar mentrestant l'antiga
+ interfície de text complet.
If a metadata record contains some associated fulltext files, Si un registro de metadatos contiene archivos a texto completo
+asociados, fulltext index.
-To search for all records that contain the term e- in their fulltext files,
-type:
+texto
+completoseparado. Para recuperar todos los documentos que
+contienen el término e- en el texto completo de sus
+documentos asociados, debemos escribir:
-Recall that fulltext words aren't included in the default global ``any field'' index,
-but that you may freely combine a fulltext and metadata search. For example, to find all
-articles written by Ellis that contain the word muon either in the
-metadata or in the fulltext, type:
+Recordamos que las palabras del texto completo no se incluyen en el
+índice global 'cualquier campo' predeterminado, pero es posible
+realizar una combinación libre de texto completo y metadatos en una
+misma búsqueda. Por ejemplo, para recuperar todos los artículos
+escritos por Ellis que contengan la palabra muon
+tanto en los metadatos como en el texto completo, debemos escribir:
-
+
">
- IMPORTANT NOTE
+ NOTA IMPORTANTE
- Currently, the fulltext indexes aren't available on the CERN site.
+ En estos momentos, los índices de texto completo no están disponibles en el web del CERN.
Assumed operational time: Q1 2007.
- Please use the
- old fulltext interface
- instead in the meantime.
+ Por favor, utilicen mientras tanto el
+ antiguo interfaz de texto completo.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
If a metadata record contains an associated fulltext file, reference index. To search for
all records that cite Ellis in their reference lists,
type:
To search for all records that cite preprint hep-ph/0103062
in their reference lists, type:
-To search for all records that cite an article from Giddings and Ross published in
+To search for all records that cite an article from Giddings and Ross published in
Physical Review D in volume 61 in year 2000, type:
Recall that citation terms aren't included in the default global "any field" index,
but that you may freely combine a citation search with a metadata search.
For example, to find all articles on standard model that aren't written by
-Ellis but that do cite him, type:
+Ellis but that do cite him, type:
">
IMPORTANT NOTE
Currently, the reference indexes aren't available on the CERN site.
The citation search is therefore impossible at the moment.
Assumed operational time: Q1 2007.
Si un registro de metadatos contiene un fichero de texto asociado,
citas. Para
recuperar todos los registros que citan a Ellis en sus
listados de citas bibliogáficas, escribiremos:
Para recuperar todos los registros que citan el pre-print
hep-ph/0103062en sus listados de citas bibliográficas,
escribiremos:
Para recuperar todos los documentos que citan un artículo de
Giddings y Rosspublicado en Physical Review
D volumen 61 y en el año 2000, escribiremos:
Recuerde que los términos de las citaciones no estan incluidos dentro
del índice “cualquier campo” en la búsqueda global predeterminada,
pero puede realizar una combinación libre entre búsqueda por cita
bibliogràfica y por metadatos. Por ejemplo, para recuperar todos los
artículos sobre modelo estándar que no han sido escritos por
Ellis pero lo citan, escribiremos:
">
NOTA IMPORTANTE
Actualmente, los índices de citas bibliográficas no estan disponibles en la pàgina web. La búsqueda por cita bibliográfica es imposible en este momento.
Assumed operational time: Q1 2007.
Si un registre de metadades conté un fitxer de text associat,
referències.
Para recuperar tots els registres que citen a Ellis en els
seus llistats de referències bibliogràfiques, escriurem:
Per recuperar tots els registres que citen el pre-print
hep-ph/0103062en els seus llistats de referències
bibliogràfiques, escriurem:
Per recuperar tots els documents que citen un article de
Giddings i Rosspublicat a Physical Review D
volum 61 i a l’any 2000, escriurem:
Recordi que els termes de les referències no estan inclosos dins
l’índex “qualsevol camp” a la cerca global predeterminada, però pot
realitzar una combinació lliure entre cerca por referència i per
metadades.
Per exemple, per recuperar tots els articles sobre model
estàndar que no han estat escrits per Ellis però el
citen, escriurem:
">
- NOTA IMPORTANTE
+ NOTA IMPORTANT
Actualment, els índexs de referències bibliogràfiques no estan
disponibles a la pàgina web. La cerca per cita bibliogràfica no
és possible en aquest moment. Assumed operational time: Q1
2007.