J/A+AS/142/181ivo://CDS.VizieR/J/A+AS/142/181CDSCernicharo J.Guelin M.Kahane C.2000-03-11T09:06:37Z2000-03-11T10:06:28ZCDS support team

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

cds-question@unistra.frcarbon-starsradio-astronomyThe mm-wave spectrum of the C-star envelope IRC+10 216 has been continuously surveyed between 129.0 and 172.5GHz with the IRAM 30-m telescope. 380 lines are detected, of which 317 have been identified. The identified lines arise from 30 different molecules and radicals which, in their vast majority, are not observed in hot and dense interstellar clouds such as Orion A or W3(OH). Actually, half of the molecular species identified in the mm-wave spectrum of IRC+10216 were first observed in the course of this spectral survey.2000A&AS..142..181Chttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+AS/142/181CatalogResearchIsServedByTAP VizieR generic servicehttps://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/A+AS/142/181https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/A+AS/142/181http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/A+AS/142/181https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/A+AS/142/181https://vizier.iucaa.in/viz-bin/votable?-source=J/A+AS/142/181http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/A+AS/142/181GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapRadiodefaultJ/A+AS/142/181/table1Molecules in this 2mm line survey of IRC+10216recnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMolecules observed in the survey (1)charIsoIsotopic species (the mass numbers are given only for the rare isotopes) or excited vibrational statescharNlineNumber of lines detectedintTable[4-9] Number of the table containing the line parametersintRefReference to previous publications of partial data from the survey (includes BibCodes)charJ/A+AS/142/181/table2Observed line parameters in IRC+10216 between 129 and 172.5 GHzrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMolecules (1)TransRotational transition and vibrational state (if excited)n_Freq[a*] Note on Freq (2)charFreq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar in FreqMHzintnullablenFreq[+ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequency in MHzMHzdoublenullableu_Freqc[)] Uncertainty flag on FreqccharT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (3)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotes[]+$#%*& [] Notes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table3Unidentified linesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intNameUnidentified lines (1)charTransTentative identificationcharFreqObserved line frequencyMHzdoublee_Freq1 sigma error bar on FreqMHzintFreqc? Calculated line frequencyMHzdoublenullableu_Freqc[)] Uncertainty flag on FreqccharT(MB)dvLine integrated intensity in main beam temperature scaleK.km/sfloate_T(MB)dvrms uncertainty on T_MB_dvK.km/sintVexpExpansion velocity derived from the line width (2)km/sfloate_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table4Observed line parameters for SiS, SiO, SiC and SiNrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMoleculesTransRotational transition and vibrational state (if excited) (1)Freq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar on {nu}obsMHzintnullablen_Freq[++ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequencyMHzdoublenullableT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (2)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table5Observed line parameters for SiCCrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMoleculesTransRotational transition and vibrational state (if excited) (1)Freq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar on {nu}obsMHzintnullablen_Freq[++ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequencyMHzdoublenullableT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (2)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table6Observed line parameters for metal-bearing speciesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMoleculesTransRotational transition and vibrational state (if excited) (1)Freq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar on {nu}obsMHzintnullablen_Freq[++ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequencyMHzdoublenullableT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (2)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table7Observed line parameters for C3H, C3H2, C4H, H2C4, C5H and C6HrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMoleculesTransRotational transition and vibrational state (if excited) (1)Freq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar on {nu}obsMHzintnullablen_Freq[++ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequencyMHzdoublenullableT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (2)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table8Observed line parameters for HCCN, CH3CN, HC3N, C3N and HC5NMolMoleculesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intTransRotational transition and vibrational state (if excited) (1)Freq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar on {nu}obsMHzintnullablen_Freq[++ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequencyMHzdoublenullableT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (2)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)charJ/A+AS/142/181/table9Observed line parameters for CP, CS, C2S and C3SrecnoRecord number assigned by the VizieR team. Should Not be used for identification.intMolMoleculesTransRotational transition and vibrational state (if excited) (1)Freq? Observed line frequencyMHzdoublenullablee_Freq? 1 sigma error bar on {nu}obsMHzintnullablen_Freq[++ ] ++: Frequency has been fixed to the calculated valuecharFreqc? Calculated line frequencyMHzdoublenullableT(MB)dv? Line integrated intensity in main beam temperature scaleK.km/sfloatnullablee_T(MB)dv? rms uncertainty on T(MB)dvK.km/sintnullableVexp? Expansion velocity derived from the line width (2)km/sfloatnullablee_Vexp? rms uncertainty on Vexpkm/sintnullableNotesNotes precising the conditions of the line fit and the derivation of the line parameters (G1)char