VizieR

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

VizieR

  
J/A+A/500/1109
  Rotational spectrum of HCOO13CH3 (Carvajal+, 2009)
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2009A&A...500.1109C
Similar Catalogs
Post annotation 		  
1.J/A+A/500/1109/tablea1*13C2-Methylformate HCOO13CH3 (Note) (934 rows)
2.J/A+A/500/1109/linesEmission lines (without high blend) of 13C-methyl formate present in the frequency range of the Orion KL survey (tables A2-A5 of paper) (531 rows)
3.J/A+A/500/1109/notesNotes (58 rows)

Simple ConstraintList Of Constraints
 
Query by Constraints constraints help applied on Columns (Output Order: + - )
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. ((unassigned);phys.veloc.orbital;arith.diff;phys.veloc)
  (1)vt0   [0] Upper state vt (torsional) value (Note 1)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)J0  Upper state J quantum number value (Note 1)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)n_Ka0 (char) [*] * when two degenerate levels (Note 1)   ((unassigned);(unassigned);(unassigned);phys.veloc.orbital)
  (1)Ka0  Upper state Ka quantum number value (Note 1)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Ka0b  (n) Second value for Ka0 ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)n_Kc0P0 (char) [*] * when two degenerate levels (Note 1)   ((unassigned);pos.galactic.lon;arith.diff;phys.veloc.orbital)
  (1)Kc0P0 (char) Upper state KcP quantum number value (Note 1)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Kc0P0b (char) Second value of Kc0P0 ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)vt1   [0] Lower state vt (torsional) value (Note 1)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)J1  Lower state J value (Note 1)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)n_Ka1 (char) [*] * when two degenerate levels (Note 1)   ((unassigned);(unassigned);(unassigned);phys.veloc.orbital)
  (1)Ka1  Lower state Ka quantum number value (Note 1)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Ka1b  (n) Second value of Ka1 ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)n_Kc1P1 (char) [*] * when two degenerate levels (Note 1)   ((unassigned);phys.veloc.orbital;arith.diff;phys.veloc.orbital)
  (1)Kc1P1 (char) Lower state KcP quantum number value (Note 1)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Kc1P1b (char) Second value of Kc1P1 ((unassigned);(unassigned);(unassigned);(unassigned))
  (1+2)Freq MHz Observed vt=0 microwave transitions (Note 2)   ((unassigned);(unassigned);(unassigned);instr.spect)
  (1)e_Freq kHz rms uncertainty on Freq ((unassigned);phys.veloc.orbital;arith.diff;time.age;meta.main)
  (1)FreqC MHz Calculated line frequency ((unassigned);(unassigned);(unassigned);instr.spect;phys.angArea;src.orbital.meanAnomaly)
  (1)e_FreqC kHz rms uncertainty on FreqC ((unassigned);phys.veloc.orbital;arith.diff;time.age;meta.main)
  (1)O-C MHz Observed minus calculated frequencies value ((unassigned);phys.veloc.orbital;arith.diff;pos.cartesian.z;meta.main)
  (1)S D+2 Calculated line strengths ((unassigned);(unassigned);(unassigned);(unassigned);meta.main)
  (1)Elow cm-1 Lower state energy (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)Mol (char) Molecule, as a=A-HCOO13CH3, e= E-HCOO13CH3, A=A-H13COOCH3, E=E-H13COOCH3 ((unassigned);(unassigned);(unassigned);spect.line.veloc;(unassigned))
  (2)Trans (char) Transition (JKa,Kc) ((unassigned);(unassigned);(unassigned);(unassigned);(unassigned))
  (2)r_Freq (char) [as] References for Freq (Note 1)   ((unassigned);(unassigned);(unassigned);phys.veloc.dispersion;€?**ucdid=0**?)
  (2)Sij D+2 Line strength ((unassigned);(unassigned);(unassigned);(unassigned);meta.main)
  (2)Eu cm-1 Energy of the upper level ((unassigned);(unassigned);(unassigned);(unassigned);(unassigned))
  (2)RestFreq MHz (n) Observed (centroid) rest frequencies assuming that the radial velocities relative to LSR are 7.5km/s ((unassigned);(unassigned);(unassigned);instr.spect)
  (2)n_RestFreq (char) [b] b = blended with previous line ((unassigned);(unassigned);(unassigned);phys.veloc.orbital)
  (2)Temp K (n) Observed temperature of main beam (at the peak of the line) ((unassigned);(unassigned);(unassigned);em;arith)
  (2)n_Temp (char) Notes, in notes.dat file ((unassigned);(unassigned);(unassigned);phys.veloc.orbital)
  (2)Tmean K (n) Main beam temperature obtained with the model ((unassigned);(unassigned);(unassigned);em;src.orbital.inclination;arith)
  (3)Note (char) Note code ((unassigned);(unassigned);(unassigned);phys.veloc.orbital)
  (3)Text (char) Text of the note ((unassigned);(unassigned);(unassigned);phys.veloc.orbital)

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
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