J/A+A/356/1010ivo://CDS.VizieR/J/A+A/356/1010doi:10.26093/cds/vizier.33561010CDSWilgenbus D.Cabrit S.Pineau des Forets G.Flower D.2000-04-29T12:23:28Z2000-04-29T12:23:04ZCDS support team

CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France

cds-question@unistra.fratomic-physicsinterstellar-mediumTables 2a-f and 4a-f contain an extensive set of parameters derived from our grid of C-type (tables 2a-f) and J-type (tables 4a-f) planar stationary shock models. Models of C-type shocks were calculated for * initial density, nH = 10^3^, 10^4^, 10^5^, 10^6^ cm-3 * shock speed, Vs = 10, 20, 30, 40 km/s (except for nH=10^6^ cm-3, where Vs = 10, 15, 20, 25, 30 km/s) * initial ortho:para-H2 ratio, o/p=0.01, 1, 2, 3 Models of J-type shocks were calculated for * initial density, nH = 10^3^, 10^4^, 10^5^, 10^6^ cm-3 * shock speed, Vs = 5, 10, 15, 20, 25 km/s * initial ortho:para-H2 ratio, o/p=0.01, 1, 2, 3 Tables 2a and 4a list for each model some selected physical parameters (width, duration, temperature, ortho:para ratios ...), tables 2b and 4b contain H2-line fluxes in 0-0 S (0)...S(11), 1-0 S(0)...S(11), and 2-0 S(1) lines, and total H2 luminosity. Tables 2c-f and 4c-f list column densities in each energy level of H2 (each table corresponds to one initial density nH=10^3^, 10^4^, 10^5^ or 10^6^ cm-3).2000A&A...356.1010Whttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+A/356/1010CatalogResearchIsServedByTAP VizieR generic servicehttps://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/A+A/356/1010https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/A+A/356/1010http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/A+A/356/1010https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/A+A/356/1010https://vizier.iucaa.in/viz-bin/votable?-source=J/A+A/356/1010http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/A+A/356/1010GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapdefaultJ/A+A/356/1010/table2aC-type shock model selected physical parametersTnmaxMaximum temperature of neutralsKintrecnoRecord number assigned by the VizieR team. Should Not be used for identification.into/pInitial ortho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in C-type shock modelcharColDenList of Column Densities for this set of [o/p, nH, Vs] values in C-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintB0Initial magnetic induction (microGauss)1e-10TfloatLShock width (region where Tn>50K)cmfloattFlow time (for the neutrals to cross the width of the shock)yrfloatnH(50K)Post-shock density at Tn=50Kcm**-3float|Vi-Vn|maxMaximum ion-neutral drift velocitykm/sfloat(H/nH)maxMaximum value of n(H)/nH where nH=n(H)+2n(H2)floatTjCAMMean rotational excitation temperature for levels v=0,J=5...8 (1)KintTjv:1Mean rotational excitation temperature for levels v=1,J=1...11 (1)Kint(o/p)maxLocal ortho:para-H2 ratio at the rear of the shock (where Tn=50K)floatN(o)/N(p)Ratio of column densities of ortho and para H2, at the rear of the shockfloat(o/p)CAMMean of empirical o/p ratio for levels v=0,J=5...8 (2)float(o/p)v:1Mean of empirical o/p ratio for levels v=1,J=1...11 (2)floatJ/A+A/356/1010/table2bC-type shock model H2-line fluxes and luminosityVsShock velocitykm/sintrecnoRecord number assigned by the VizieR team. Should Not be used for identification.into/pInitial ortho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in C-type shock modelcharColDenList of Column Densities for this set of [o/p, nH, Vs] values in C-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatB0Initial magnetic induction1e-10TfloatLmechInitial mechanical energy flux, Lmech=1/2.{rho}.Vs^3^, where {rho}=1.4nH.m(H)mW.m**-2floatpH2Percentage of Lmech radiated in all H2 lines included in the model%floatpCAMPercentage of Lmech radiated in H2 transitions 0-0 S(2)...S(7).%float0-0(0)H2 line flux (1)mW.m**-2.sr**-1float0-0(1)H2 line flux (1)mW.m**-2.sr**-1float0-0(2)H2 line flux (1)mW.m**-2.sr**-1float0-0(3)H2 line flux (1)mW.m**-2.sr**-1float0-0(4)H2 line flux (1)mW.m**-2.sr**-1float0-0(5)H2 line flux (1)mW.m**-2.sr**-1float0-0(6)H2 line flux (1)mW.m**-2.sr**-1float0-0(7)H2 line flux (1)mW.m**-2.sr**-1float0-0(8)H2 line flux (1)mW.m**-2.sr**-1float0-0(9)H2 line flux (1)mW.m**-2.sr**-1float0-0(10)H2 line flux (1)mW.m**-2.sr**-1float0-0(11)H2 line flux (1)mW.m**-2.sr**-1float1-0(0)H2 line flux (1)mW.m**-2.sr**-1float1-0(1)H2 line flux (1)mW.m**-2.sr**-1float1-0(2)H2 line flux (1)mW.m**-2.sr**-1float1-0(3)H2 line flux (1)mW.m**-2.sr**-1float1-0(4)H2 line flux (1)mW.m**-2.sr**-1float1-0(5)H2 line flux (1)mW.m**-2.sr**-1float1-0(6)H2 line flux (1)mW.m**-2.sr**-1float1-0(7)H2 line flux (1)mW.m**-2.sr**-1float1-0(8)H2 line flux (1)mW.m**-2.sr**-1float1-0(9)H2 line flux (1)mW.m**-2.sr**-1float1-0(10)H2 line flux (1)mW.m**-2.sr**-1float1-0(11)H2 line flux (1)mW.m**-2.sr**-1float2-1(1)H2 line flux (1)mW.m**-2.sr**-1floatJ/A+A/356/1010/table2cC-type shock models column densities (nH=10^3^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in C-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table2dC-type shock models column densities (nH=10^4^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in C-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table2eC-type shock models column densities (nH=10^5^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in C-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table2fC-type shock models column densities (nH=10^6^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in C-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table4aJ-type shock model selected physical parametersrecnoRecord number assigned by the VizieR team. Should Not be used for identification.into/pInitial ortho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in J-type shock modelcharColDenList of Column Densities for this set of [o/p, nH, Vs] values in J-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintB0Initial magnetic induction (microGauss)1e-10TfloatLShock width (region where Tn>50K)cmfloattFlow time (for the neutrals to cross the width of the shock)yrfloatnH(50K)Post-shock density at Tn=50Kcm**-3float|Vi-Vn|maxMaximum ion-neutral drift velocitykm/sfloat(H/nH)maxMaximum value of n(H)/nH where nH=n(H)+2n(H2)floatTnmaxMaximum temperature of neutralsKintTjCAMMean rotational excitation temperature for levels v=0,J=5...8 (1)KintTjv:1Mean rotational excitation temperature for levels v=1,J=1...11 (1)Kint(o/p)maxLocal ortho:para-H2 ratio at the rear of the shock (where Tn=50K)floatN(o)/N(p)Ratio of column densities of ortho and para H2, at the rear of the shockfloat(o/p)CAMMean of empirical o/p ratio for levels v=0,J=5...8 (2)float(o/p)v:1Mean of empirical o/p ratio for levels v=1,J=1...11 (2)floatJ/A+A/356/1010/table4bJ-type shock model H2-line fluxes and luminosity1-0(9)H2 line flux (1)mW.m**-2.sr**-1float1-0(5)H2 line flux (1)mW.m**-2.sr**-1floatrecnoRecord number assigned by the VizieR team. Should Not be used for identification.into/pInitial ortho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in J-type shock modelcharColDenList of Column Densities for this set of [o/p, nH, Vs] values in J-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintB0Initial magnetic induction1e-10TfloatLmechInitial mechanical energy flux, Lmech=1/2.{rho}.Vs^3^, where {rho}=1.4nH.m(H)mW.m**-2floatpH2Percentage of Lmech radiated in all H2 lines included in the model%floatpCAMPercentage of Lmech radiated in H2 transitions 0-0 S(2)...S(7).%float0-0(0)H2 line flux (1)mW.m**-2.sr**-1float0-0(1)H2 line flux (1)mW.m**-2.sr**-1float0-0(2)H2 line flux (1)mW.m**-2.sr**-1float0-0(3)H2 line flux (1)mW.m**-2.sr**-1float0-0(4)H2 line flux (1)mW.m**-2.sr**-1float0-0(5)H2 line flux (1)mW.m**-2.sr**-1float0-0(6)H2 line flux (1)mW.m**-2.sr**-1float0-0(7)H2 line flux (1)mW.m**-2.sr**-1float0-0(8)H2 line flux (1)mW.m**-2.sr**-1float0-0(9)H2 line flux (1)mW.m**-2.sr**-1float0-0(10)H2 line flux (1)mW.m**-2.sr**-1float0-0(11)H2 line flux (1)mW.m**-2.sr**-1float1-0(0)H2 line flux (1)mW.m**-2.sr**-1float1-0(1)H2 line flux (1)mW.m**-2.sr**-1float1-0(2)H2 line flux (1)mW.m**-2.sr**-1float1-0(3)H2 line flux (1)mW.m**-2.sr**-1float1-0(4)H2 line flux (1)mW.m**-2.sr**-1float1-0(6)H2 line flux (1)mW.m**-2.sr**-1float1-0(7)H2 line flux (1)mW.m**-2.sr**-1float1-0(8)H2 line flux (1)mW.m**-2.sr**-1float1-0(10)H2 line flux (1)mW.m**-2.sr**-1float1-0(11)H2 line flux (1)mW.m**-2.sr**-1float2-1(1)H2 line flux (1)mW.m**-2.sr**-1floatJ/A+A/356/1010/table4cJ-type shock models column densities (nH=10^3^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in J-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table4dJ-type shock models column densities (nH=10^4^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in J-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table4eJ-type shock models column densities (nH=10^5^cm-3)recnoRecord number assigned by the VizieR team. Should Not be used for identification.intVVibrational state of the upper levelintJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in J-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)floatJ/A+A/356/1010/table4fJ-type shock models column densities (nH=10^6^cm-3)VVibrational state of the upper levelintrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intJRotational state of the upper levelintEvj/kEnergy of the upper levelKinto/pOrtho-to-para H2 ratiofloatParamsList of physical parameters, H2-line fluxes and luminosities in J-type shock modelcharnHInitial density, nH=n(H)+2n(H2)cm**-3floatVsShock velocitykm/sintln(N(V,J)/g)ln (N(V,J)/g) value (1)0.43log(cm**-2)float