			http://noneq.strw.leidenuniv.nl/


			tables HM01
			---------------

			wget http://noneq.strw.leidenuniv.nl/hdf5tables/IonRates_Hydrogen.HM01.hdf5
			wget http://noneq.strw.leidenuniv.nl/hdf5tables/IonRates_Helium.HM01.hdf5
			wget http://noneq.strw.leidenuniv.nl/hdf5tables/IonRates_Carbon.HM01.hdf5
			wget http://noneq.strw.leidenuniv.nl/hdf5tables/IonRates_Nitrogen.HM01.hdf5
			wget http://noneq.strw.leidenuniv.nl/hdf5tables/IonRates_Oxygen.HM01.hdf5


			read the tables
			-------------------

			import h5py

			table = h5py.File("HM01/IonRates_Hydrogen.HM01.hdf5")
			table = h5py.File("HM01/IonRates_Oxygen.HM01.hdf5")

			table.keys()


			############
			# header
			############

			table['Header'].keys()

			[u'AtomicWeight',
			u'ElementName',
			u'Ion_Names',
			u'Ions',
			u'N_Ions',
			u'N_Redshifts',
			u'N_Temperatures', 176
			u'Redshifts',
			u'SolarMassFraction',
			u'SolarNumberRatio',
			u'Temperatures']

			table['Header']['Ions'].value

			############
			# Rates
			############

			table['Rates'].keys()

			[u'AlphaDi', # alpha dielectronic
			u'AlphaRad', # alpha radiative alpha = AlphaDi+AlphaRad (N_Ion , N_Temperatures)
			u'BetaColl', # beta collision (N_Ion , N_Temperatures)
			u'CTHeionof', #??? (N_Ion , N_Temperatures)
			u'CTHerecof', #??? (N_Ion , N_Temperatures)
			u'CTHionof', #??? (N_Ion , N_Temperatures)
			u'CTHrecof', # ??? (N_Ion , N_Temperatures)
			u'Cool', # Lambda_prime () (N_Ion , N_Temperatures)
			u'GammaPhot', # ??? Gamma photoionisation (N_Ion,N_Redshifts, 10?)
			u'Heat'] # ??? photo heating efficiency (N_Ion,N_Redshifts)



			table['Rates']['AlphaDi'].value # 2x176 (2 ion x 176 temperature 176)

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