VizieR

CfA VizieR . ADAC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . INASAN VizieR .

VizieR

  
J/A+A/578/A63
  MHD shock code mhd_vode (Flower+, 2015)
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2015A&A...578A..63F
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1.J/A+A/578/A63/table5H2 column density divided by the level degeneracy [ln(N(v,J)/g)]: C-shocks (125 rows)

Simple ConstraintList Of Constraints
 
Query by Constraints constraints help applied on Columns (Output Order: + - )
ShowSortColumn  Constraint Explain   (UCD)
  recno  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)
  v   [0/7] v level (phys.atmol.qn)
  J   [0/23] J level (phys.atmol.qn)
  E K Energy level (phys.energy;phys.atmol.level)
  C-v10n3 [-] ln(N(v,J)/g, C-shock, vs=10km/s, nH=103cm–3 (phys.columnDensity)
  C-v15n3 [-] ln(N(v,J)/g, C-shock, vs=15km/s, nH=103cm–3 (phys.columnDensity)
  C-v20n3 [-] ln(N(v,J)/g, C-shock, vs=20km/s, nH=103cm–3 (phys.columnDensity)
  C-v25n3 [-] ln(N(v,J)/g, C-shock, vs=25km/s, nH=103cm–3 (phys.columnDensity)
  C-v30n3 [-] ln(N(v,J)/g, C-shock, vs=30km/s, nH=103cm–3 (phys.columnDensity)
  C-v35n3 [-] ln(N(v,J)/g, C-shock, vs=35km/s, nH=103cm–3 (phys.columnDensity)
  C-v40n3 [-] ln(N(v,J)/g, C-shock, vs=40km/s, nH=103cm–3 (phys.columnDensity)

ALL cols		    
 (i)indexed column
  C-v10n4 [-] ln(N(v,J)/g, C-shock, vs=10km/s, nH=104cm–3 (phys.columnDensity)
  C-v15n4 [-] ln(N(v,J)/g, C-shock, vs=15km/s, nH=104cm–3 (phys.columnDensity)
  C-v20n4 [-] ln(N(v,J)/g, C-shock, vs=20km/s, nH=104cm–3 (phys.columnDensity)
  C-v25n4 [-] ln(N(v,J)/g, C-shock, vs=25km/s, nH=104cm–3 (phys.columnDensity)
  C-v30n4 [-] ln(N(v,J)/g, C-shock, vs=30km/s, nH=104cm–3 (phys.columnDensity)
  C-v35n4 [-] ln(N(v,J)/g, C-shock, vs=35km/s, nH=104cm–3 (phys.columnDensity)
  C-v40n4 [-] ln(N(v,J)/g, C-shock, vs=40km/s, nH=104cm–3 (phys.columnDensity)
  C-v10n5 [-] ln(N(v,J)/g, C-shock vs=10km/s, nH=105cm–3 (phys.columnDensity)
  C-v15n5 [-] ln(N(v,J)/g, C-shock vs=15km/s, nH=105cm–3 (phys.columnDensity)
  C-v20n5 [-] ln(N(v,J)/g, C-shock vs=20km/s, nH=105cm–3 (phys.columnDensity)
  C-v25n5 [-] ln(N(v,J)/g, C-shock vs=25km/s, nH=105cm–3 (phys.columnDensity)
  C-v30n5 [-] ln(N(v,J)/g, C-shock vs=30km/s, nH=105cm–3 (phys.columnDensity)
  C-v35n5 [-] ln(N(v,J)/g, C-shock vs=35km/s, nH=105cm–3 (phys.columnDensity)
  C-v40n5 [-] ln(N(v,J)/g, C-shock vs=40km/s, nH=105cm–3 (phys.columnDensity)
  C-v10n6 [-] ln(N(v,J)/g, C-shock vs=10km/s, nH=106cm–3 (phys.columnDensity)
  C-v15n6 [-] ln(N(v,J)/g, C-shock vs=15km/s, nH=106cm–3 (phys.columnDensity)
  C-v20n6 [-] ln(N(v,J)/g, C-shock vs=20km/s, nH=106cm–3 (phys.columnDensity)
  C-v25n6 [-] ln(N(v,J)/g, C-shock vs=25km/s, nH=106cm–3 (phys.columnDensity)
  C-v30n6 [-] ln(N(v,J)/g, C-shock vs=30km/s, nH=106cm–3 (phys.columnDensity)

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