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- .. doctest-skip-all
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-
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.. _astroquery_atomic :
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**************************************
@@ -26,17 +24,20 @@ In the following Python session you can see the ``atomic`` package in
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action. Note that Hz is actually not a supported unit by Atomic Line List,
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the atomic package takes care to support all spectral units.
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- .. code-block :: python
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+ .. doctest-remote-data ::
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>>> from astropy import units as u
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>>> from astroquery.atomic import AtomicLineList
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>>> wavelength_range = (15 * u.nm, 1.5e+16 * u.Hz)
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- >> > AtomicLineList.query_object(wavelength_range, wavelength_type = ' Air' , wavelength_accuracy = 20 , element_spectrum = ' C II-IV' )
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- < Table rows= 3 names= (' LAMBDA VAC ANG' ,' SPECTRUM' ,' TT' ,' TERM' ,' J J' ,' LEVEL ENERGY CM 1' )>
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- array([(196.8874 , ' C IV' , ' E1' , ' 2S-2Po' , ' 1/2-*' , ' 0.00 - 507904.40' ),
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- (197.7992 , ' C IV' , ' E1' , ' 2S-2Po' , ' 1/2-*' , ' 0.00 - 505563.30' ),
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- (199.0122 , ' C IV' , ' E1' , ' 2S-2Po' , ' 1/2-*' , ' 0.00 - 502481.80' )],
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- dtype = [(' LAMBDA VAC ANG' , ' <f8' ), (' SPECTRUM' , ' S4' ), (' TT' , ' S2' ), (' TERM' , ' S6' ), (' J J' , ' S5' ), (' LEVEL ENERGY CM 1' , ' S18' )])
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+ >>> AtomicLineList.query_object(wavelength_range = wavelength_range, wavelength_type = ' Air' ,
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+ ... wavelength_accuracy= 20 , element_spectrum= ' C II-IV' )
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+ <Table length=3>
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+ LAMBDA VAC ANG SPECTRUM TT ... J J A_ki LEVEL ENERGY CM 1
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+ float64 str4 str2 ... str5 float64 str18
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+ -------------- -------- ---- ... ----- ----------- ------------------
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+ 196.8874 C IV E1 ... 1/2-* 91300000.0 0.00 - 507904.40
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+ 197.7992 C IV E1 ... 1/2-* 118000000.0 0.00 - 505563.30
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+ 199.0122 C IV E1 ... 1/2-* 157000000.0 0.00 - 502481.80
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Reference/API
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