J/A+A/578/A63ivo://CDS.VizieR/J/A+A/578/A63doi:10.26093/cds/vizier.35780063CDSFlower D.R.Pineau des Forets G.2015-10-01T15:55:31Z2015-06-05T08:26:08ZCDS support team

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

cds-question@unistra.frastronomical-modelsinterstellar-mediumThe planar MHD shock code_mhd vode has been developed in order to simulate both "continuous" (C) type shock waves and "jump" (J) type shock waves in the interstellar medium. The physical and chemical state of the gas in steady-state may also be computed and used as input to a shock wave model. The code is written principally in FORTRAN 90, although some routines remain in FORTRAN 77. The documented program and its input data are described and provided as supplementary material, and the results of exemplary test runs are presented. Our intention is to enable the interested user to run the code for any sensible parameter set and to comprehend the results. With applications to molecular outflow sources in mind, we have computed, and are making available as supplementary material, integrated atomic and molecular line intensities for grids of C- and J-type models; these computations are summarized in the Appendices.2015A&A...578A..63Fhttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+A/578/A63CatalogResearchIsServedByTAP VizieR generic servicehttps://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/A+A/578/A63https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/A+A/578/A63http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/A+A/578/A63https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/A+A/578/A63https://vizier.iucaa.in/viz-bin/votable?-source=J/A+A/578/A63http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/A+A/578/A63GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapdefaultJ/A+A/578/A63/table1Atomic lines and NH_3_ 572GHz line: C-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintSpeciesSpeciesmeta.notecharC-v10n3Line intensity, C-shock vs=10km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v15n3Line intensity, C-shock vs=15km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v20n3Line intensity, C-shock vs=20km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v25n3Line intensity, C-shock vs=25km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v30n3Line intensity, C-shock vs=30km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v35n3Line intensity, C-shock vs=35km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v40n3Line intensity, C-shock vs=40km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v10n4Line intensity, C-shock vs=10km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v15n4Line intensity, C-shock vs=15km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v20n4Line intensity, C-shock vs=20km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v25n4Line intensity, C-shock vs=25km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v30n4Line intensity, C-shock vs=30km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v35n4Line intensity, C-shock vs=35km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v40n4Line intensity, C-shock vs=40km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v10n5Line intensity, C-shock vs=10km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v15n5Line intensity, C-shock vs=15km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v20n5Line intensity, C-shock vs=20km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v25n5Line intensity, C-shock vs=25km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v30n5Line intensity, C-shock vs=30km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v35n5Line intensity, C-shock vs=35km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v40n5Line intensity, C-shock vs=40km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v10n6Line intensity, C-shock vs=10km/s, nH=10^6^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v15n6Line intensity, C-shock vs=15km/s, nH=10^6^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v20n6Line intensity, C-shock vs=20km/s, nH=10^6^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v25n6Line intensity, C-shock vs=25km/s, nH=10^6^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleC-v30n6Line intensity, C-shock vs=30km/s, nH=10^6^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ/A+A/578/A63/table2Atomic lines & NH_3_ 572GHz line : J-shock ; nH=10^3^cm^-3^ ; nH=10^4^cm^-3^ and nH=10^5^cm^-3^SpeciesSpeciesmeta.notecharrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJ-v10n3Line intensity, J-shock vs=10km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v15n3Line intensity, J-shock vs=15km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v20n3Line intensity, J-shock vs=20km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v25n3Line intensity, J-shock vs=25km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v30n3Line intensity, J-shock vs=30km/s, nH=10^3^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v10n4Line intensity, J-shock vs=10km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v15n4Line intensity, J-shock vs=15km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v20n4Line intensity, J-shock vs=20km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v25n4Line intensity, J-shock vs=25km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v30n4Line intensity, J-shock vs=30km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v35n4Line intensity, J-shock vs=35km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v40n4Line intensity, J-shock vs=40km/s, nH=10^4^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v10n5Line intensity, J-shock vs=10km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v15n5Line intensity, J-shock vs=15km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v20n5Line intensity, J-shock vs=20km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v25n5Line intensity, J-shock vs=25km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ-v30n5Line intensity, J-shock vs=30km/s, nH=10^5^cm^-3^ (G1)mW.m**-2.sr**-1spect.line.intensitydoubleJ/A+A/578/A63/table3CO (TdV: K.km/s): C-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJup[1/40] J upper levelphys.atmol.qnintJlow[0/39] J lower levelphys.atmol.qnintEupUpper level energyKphys.energy;phys.atmol.levelfloatFreqFrequencyGHzem.freqfloatlambdaWavelengthumem.wl;phys.atmol.transitiondoubleC-v10n3Line intensity, C-shock, vs=10km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n3Line intensity, C-shock, vs=15km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n3Line intensity, C-shock, vs=20km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n3Line intensity, C-shock, vs=25km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n3Line intensity, C-shock, vs=30km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n3Line intensity, C-shock, vs=35km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n3Line intensity, C-shock, vs=40km/s, nh=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n4Line intensity, C-shock, vs=10km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n4Line intensity, C-shock, vs=15km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n4Line intensity, C-shock, vs=20km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n4Line intensity, C-shock, vs=25km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n4Line intensity, C-shock, vs=30km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n4Line intensity, C-shock, vs=35km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n4Line intensity, C-shock, vs=40km/s, nh=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n5Line intensity, C-shock, vs=10km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n5Line intensity, C-shock, vs=15km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n5Line intensity, C-shock, vs=20km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n5Line intensity, C-shock, vs=25km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n5Line intensity, C-shock, vs=30km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n5Line intensity, C-shock, vs=35km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n5Line intensity, C-shock, vs=40km/s, nh=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n6Line intensity, C-shock, vs=10km/s, nh=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n6Line intensity, C-shock, vs=10km/s, nh=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n6Line intensity, C-shock, vs=20km/s, nh=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n6Line intensity, C-shock, vs=25km/s, nh=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n6Line intensity, C-shock, vs=30km/s, nh=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table4CO (TdV: K.km/s): J-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJup[1/40] J upper levelphys.atmol.qnintJlow[0/39] J lower levelphys.atmol.qnintEupUpper level energyKphys.energy;phys.atmol.levelfloatFreqFrequencyGHzem.freqfloatlambdaWavelengthumem.wl;phys.atmol.transitiondoubleJ-v10n3Line intensity, J-shock vs=10km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n3Line intensity, J-shock vs=15km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n3Line intensity, J-shock vs=20km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n3Line intensity, J-shock vs=25km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n3Line intensity, J-shock vs=30km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n4Line intensity, J-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n4Line intensity, J-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n4Line intensity, J-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n4Line intensity, J-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n4Line intensity, J-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v35n4Line intensity, J-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v40n4Line intensity, J-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n5Line intensity, J-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n5Line intensity, J-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n5Line intensity, J-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n5Line intensity, J-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n5Line intensity, J-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table5H2 column density divided by the level degeneracy [ln(N(v,J)/g)]: C-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintv[0/7] v levelphys.atmol.qnintJ[0/23] J levelphys.atmol.qnintEEnergy levelKphys.energy;phys.atmol.leveldoubleC-v10n3ln(N(v,J)/g, C-shock, vs=10km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v15n3ln(N(v,J)/g, C-shock, vs=15km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v20n3ln(N(v,J)/g, C-shock, vs=20km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v25n3ln(N(v,J)/g, C-shock, vs=25km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v30n3ln(N(v,J)/g, C-shock, vs=30km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v35n3ln(N(v,J)/g, C-shock, vs=35km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v40n3ln(N(v,J)/g, C-shock, vs=40km/s, nH=10^3^cm^-3^phys.columnDensityfloatC-v10n4ln(N(v,J)/g, C-shock, vs=10km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v15n4ln(N(v,J)/g, C-shock, vs=15km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v20n4ln(N(v,J)/g, C-shock, vs=20km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v25n4ln(N(v,J)/g, C-shock, vs=25km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v30n4ln(N(v,J)/g, C-shock, vs=30km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v35n4ln(N(v,J)/g, C-shock, vs=35km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v40n4ln(N(v,J)/g, C-shock, vs=40km/s, nH=10^4^cm^-3^phys.columnDensityfloatC-v10n5ln(N(v,J)/g, C-shock vs=10km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v15n5ln(N(v,J)/g, C-shock vs=15km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v20n5ln(N(v,J)/g, C-shock vs=20km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v25n5ln(N(v,J)/g, C-shock vs=25km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v30n5ln(N(v,J)/g, C-shock vs=30km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v35n5ln(N(v,J)/g, C-shock vs=35km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v40n5ln(N(v,J)/g, C-shock vs=40km/s, nH=10^5^cm^-3^phys.columnDensityfloatC-v10n6ln(N(v,J)/g, C-shock vs=10km/s, nH=10^6^cm^-3^phys.columnDensityfloatC-v15n6ln(N(v,J)/g, C-shock vs=15km/s, nH=10^6^cm^-3^phys.columnDensityfloatC-v20n6ln(N(v,J)/g, C-shock vs=20km/s, nH=10^6^cm^-3^phys.columnDensityfloatC-v25n6ln(N(v,J)/g, C-shock vs=25km/s, nH=10^6^cm^-3^phys.columnDensityfloatC-v30n6ln(N(v,J)/g, C-shock vs=30km/s, nH=10^6^cm^-3^phys.columnDensityfloatJ/A+A/578/A63/table6H2 column density divided by the level degeneracy [ln(N(v,J)/g)] : J-shock ; nH=10^3^cm^-3^, nH=10^4^cm^-3^ and nH=10^5^cm^-3^v[0/7] v levelphys.atmol.qnintEEnergy levelKphys.energy;phys.atmol.leveldoublerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintJ[0/23] J levelphys.atmol.qnintJ-v10n3ln(N(v,J)/g, J-shock vs=10km/s, nH=10^3^cm^-3^phys.columnDensityfloatJ-v15n3ln(N(v,J)/g, J-shock vs=15km/s, nH=10^3^cm^-3^phys.columnDensityfloatJ-v20n3ln(N(v,J)/g, J-shock vs=20km/s, nH=10^3^cm^-3^phys.columnDensityfloatJ-v25n3ln(N(v,J)/g, J-shock vs=25km/s, nH=10^3^cm^-3^phys.columnDensityfloatJ-v30n3ln(N(v,J)/g, J-shock vs=30km/s, nH=10^3^cm^-3^phys.columnDensityfloatJ-v10n4ln(N(v,J)/g, J-shock vs=10km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v15n4ln(N(v,J)/g, J-shock vs=15km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v20n4ln(N(v,J)/g, J-shock vs=20km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v25n4ln(N(v,J)/g, J-shock vs=25km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v30n4ln(N(v,J)/g, J-shock vs=30km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v35n4ln(N(v,J)/g, J-shock vs=35km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v40n4ln(N(v,J)/g, J-shock vs=40km/s, nH=10^4^cm^-3^phys.columnDensityfloatJ-v10n5ln(N(v,J)/g, J-shock vs=10km/s, nH=10^5^cm^-3^phys.columnDensityfloatJ-v15n5ln(N(v,J)/g, J-shock vs=15km/s, nH=10^5^cm^-3^phys.columnDensityfloatJ-v20n5ln(N(v,J)/g, J-shock vs=20km/s, nH=10^5^cm^-3^phys.columnDensityfloatJ-v25n5ln(N(v,J)/g, J-shock vs=25km/s, nH=10^5^cm^-3^phys.columnDensityfloatJ-v30n5ln(N(v,J)/g, J-shock vs=30km/s, nH=10^5^cm^-3^phys.columnDensityfloatJ/A+A/578/A63/table7OH (TdV: K.km/s): C-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintupperUpper levelmeta.notecharlowerLower levelmeta.notecharFreqFrequencyGHzem.freqfloatlambdaWavelengthumem.wl;phys.atmol.transitionfloatEupUpper level energyKphys.energy;phys.atmol.levelfloatC-v10n3Line intensity, C-shock ; nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n3Line intensity, C-shock ; nH=15^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n3Line intensity, C-shock ; nH=20^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n3Line intensity, C-shock ; nH=25^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n3Line intensity, C-shock ; nH=30^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n3Line intensity, C-shock ; nH=35^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n3Line intensity, C-shock ; nH=40^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n4Line intensity, C-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n4Line intensity, C-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n4Line intensity, C-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n4Line intensity, C-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n4Line intensity, C-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n4Line intensity, C-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n4Line intensity, C-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n5Line intensity, C-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n5Line intensity, C-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n5Line intensity, C-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n5Line intensity, C-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n5Line intensity, C-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n5Line intensity, C-shock vs=35km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n5Line intensity, C-shock vs=40km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n6Line intensity, C-shock vs=10km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n6Line intensity, C-shock vs=15km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n6Line intensity, C-shock vs=20km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n6Line intensity, C-shock vs=25km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n6Line intensity, C-shock vs=30km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table8OH (TdV: K.km/s): J-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintupperUpper levelmeta.notecharlowerLower levelmeta.notecharFreqFrequencyGHzem.freqfloatlambdaWavelengthumem.wl;phys.atmol.transitionfloatEupUpper level energyKphys.energy;phys.atmol.levelfloatJ-v10n3Line intensity, J-shock vs=10km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n3Line intensity, J-shock vs=15km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n3Line intensity, J-shock vs=20km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n3Line intensity, J-shock vs=25km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n3Line intensity, J-shock vs=30km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v35n3Line intensity, J-shock vs=35km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v40n3Line intensity, J-shock vs=40km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n4Line intensity, J-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n4Line intensity, J-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n4Line intensity, J-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n4Line intensity, J-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n4Line intensity, J-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v35n4Line intensity, J-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v40n4Line intensity, J-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n5Line intensity, J-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n5Line intensity, J-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n5Line intensity, J-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n5Line intensity, J-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n5Line intensity, J-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table9ortho-H2O (TdV: K.km/s): C-shocksupperUpper levelmeta.notecharrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintlowerLower levelmeta.notecharEupUpper level energyKphys.energy;phys.atmol.levelfloatFreqFrequencyGHzem.freqdoublelambdaWavelengthumem.wl;phys.atmol.transitiondoubleC-v10n3Line intensity, C-shock vs=10km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n3Line intensity, C-shock vs=15km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n3Line intensity, C-shock vs=20km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n3Line intensity, C-shock vs=25km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n3Line intensity, C-shock vs=30km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n3Line intensity, C-shock vs=35km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n3Line intensity, C-shock vs=40km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n4Line intensity, C-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n4Line intensity, C-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n4Line intensity, C-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n4Line intensity, C-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n4Line intensity, C-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n4Line intensity, C-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n4Line intensity, C-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n5Line intensity, C-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n5Line intensity, C-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n5Line intensity, C-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n5Line intensity, C-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n5Line intensity, C-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n5Line intensity, C-shock vs=35km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n5Line intensity, C-shock vs=40km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n6Line intensity, C-shock vs=10km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n6Line intensity, C-shock vs=15km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n6Line intensity, C-shock vs=20km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n6Line intensity, C-shock vs=25km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n6Line intensity, C-shock vs=30km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table10ortho-H2O (TdV: K.km/s): J-shocksrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintupperUpper levelmeta.notecharlowerLower levelmeta.notecharEupUpper level energyKphys.energy;phys.atmol.levelfloatFreqFrequencyGHzem.freqdoublelambdaWavelengthumem.wl;phys.atmol.transitiondoubleJ-v10n3Line intensity, J-shock vs=10km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n3Line intensity, J-shock vs=15km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n3Line intensity, J-shock vs=20km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n3Line intensity, J-shock vs=25km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n3Line intensity, J-shock vs=30km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n4Line intensity, J-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n4Line intensity, J-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n4Line intensity, J-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n4Line intensity, J-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n4Line intensity, J-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v35n4Line intensity, J-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v40n4Line intensity, J-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n5Line intensity, J-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n5Line intensity, J-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n5Line intensity, J-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n5Line intensity, J-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n5Line intensity, J-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table11para-H2O (TdV: K.km/s): C-shocksupperUpper levelmeta.notecharrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintlowerLower levelmeta.notecharEupUpper level energyKphys.energy;phys.atmol.levelfloatFreqFrequencyGHzem.freqdoublelambdaWavelengthumem.wl;phys.atmol.transitiondoubleC-v10n3Line intensity, C-shock vs=10km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n3Line intensity, C-shock vs=15km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n3Line intensity, C-shock vs=20km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n3Line intensity, C-shock vs=25km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n3Line intensity, C-shock vs=30km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n3Line intensity, C-shock vs=35km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n3Line intensity, C-shock vs=40km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n4Line intensity, C-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n4Line intensity, C-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n4Line intensity, C-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n4Line intensity, C-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n4Line intensity, C-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n4Line intensity, C-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n4Line intensity, C-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n5Line intensity, C-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n5Line intensity, C-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n5Line intensity, C-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n5Line intensity, C-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n5Line intensity, C-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v35n5Line intensity, C-shock vs=35km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v40n5Line intensity, C-shock vs=40km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v10n6Line intensity, C-shock vs=10km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v15n6Line intensity, C-shock vs=15km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v20n6Line intensity, C-shock vs=20km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v25n6Line intensity, C-shock vs=25km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleC-v30n6Line intensity, C-shock vs=30km/s, nH=10^6^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ/A+A/578/A63/table12para-H2O (TdV: K.km/s): J-shocksupperUpper levelmeta.notecharrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintlowerLower levelmeta.notecharEupUpper level energyKphys.energy;phys.atmol.levelfloatFreqFrequencyGHzem.freqdoublelambdaWavelengthumem.wl;phys.atmol.transitiondoubleJ-v10n3Line intensity, J-shock vs=10km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n3Line intensity, J-shock vs=15km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n3Line intensity, J-shock vs=20km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n3Line intensity, J-shock vs=25km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n3Line intensity, J-shock vs=30km/s, nH=10^3^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n4Line intensity, J-shock vs=10km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n4Line intensity, J-shock vs=15km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n4Line intensity, J-shock vs=20km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n4Line intensity, J-shock vs=25km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n4Line intensity, J-shock vs=30km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v35n4Line intensity, J-shock vs=35km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v40n4Line intensity, J-shock vs=40km/s, nH=10^4^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v10n5Line intensity, J-shock vs=10km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v15n5Line intensity, J-shock vs=15km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v20n5Line intensity, J-shock vs=20km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v25n5Line intensity, J-shock vs=25km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodoubleJ-v30n5Line intensity, J-shock vs=30km/s, nH=10^5^cm^-3^K.km/sphot.flux.density;em.radiodouble