VizieR

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

VizieR

  
J/A+A/341/709
  Chemical spiral galaxies models (Lindner+ 1999)
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1999A&A...341..709L
Similar Catalogs
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1.J/A+A/341/709/table5SNII yields calculated by Woosley & Weaver (1995ApJS..101..181W) for models A, B and C (see text) and two different metallicities Z=Z{sun} and Z=0.01 Z{sun}. (81 rows)
2.J/A+A/341/709/table6Stellar yields for various stellar masses and three different initial metallicities Z=1, 0.2 and 0.05Z{sun} from van den Hoek & Groenewegen (1997, Cat. J/A+AS/123/305) (12 rows)
3.J/A+A/341/709/table7Stellar lifetimes for two different initial metallicities. (26 rows)
4.J/A+A/341/709/table8SNII remnants of various progenitor masses, five different initial metallicities Z and three explosion models (A, B and C) from Table3 in Woosley & Weaver (1995ApJS..101..181W) (15 rows)
5.J/A+A/341/709/table9Remnants for different stellar masses and initial metallicities (Z=1, 0.2 and 0.05Z{sun}) from van den Hoek & Groenewegen (1997, Cat. J/A+AS/123/305) (18 rows)

Simple ConstraintList Of Constraints
 
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Column  Constraint Explain   (UCD)
  (ALL)recno  Record number assigned by the VizieR team. Should Not be used for identification. ((unassigned);(unassigned);(unassigned);phys.veloc)
  (1)Note (char) [AS] A: model A; S: SNIa (Note 1)   ((unassigned);(unassigned);arith.grad;phys.veloc.orbital)
  (1)Z Sun (n) Initial metallicity ((unassigned);phys.veloc.orbital;arith.diff;pos.emergenceAng)
   (ALL)Mass solMass (n) Stellar mass ((unassigned);phys.atmol.qn.S;arith.grad;(unassigned))
  (1+4)n_Mass (char) [** ] Note on model (Note 2)   ((unassigned);phys.veloc.orbital;arith.diff;phys.veloc.orbital)
  (1)H  H yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)He  He yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)C  C yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)N  N yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)O  O yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Mg  Mg yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (1)Al  Al yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Si  Si yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)S  S yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Ar  Ar yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Ca  Ca yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Fe  Fe yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Ni  Ni yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Zn  Zn yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Cr  Cr yield (Note 3)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Mn  Mn yield (Note 3)   ((unassigned);(unassigned);(unassigned);(unassigned))
  (1)Meject solMass (n) Total ejected mass (Note 4)   ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (1)Diff % (n) Difference between Meject and the sum of ejecta given in this table for elements H, He, ..., Mn ((unassigned);(unassigned);(unassigned);time.obs.end;meta.main)
  (2)H1  H yield for Z=1.0 Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)H2  H yield for Z=0.2 Z{sun} ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (2)H3  H yield for Z=0.05Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)He1  He yield for Z=1.0 Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)He2  He yield for Z=0.2 Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)He3  He yield for Z=0.05Z{sun} ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (2)C1  C yield for Z=1.0 Z{sun} ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (2)C2  C yield for Z=0.2 Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)C3  C yield for Z=0.05Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)N1  N yield for Z=1.0 Z{sun} ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (2)N2  N yield for Z=0.2 Z{sun} ((unassigned);phys.veloc.orbital;arith.diff;(unassigned))
  (2)N3  N yield for Z=0.05Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)O1  O yield for Z=1.0 Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (2)O2  O yield for Z=0.2 Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))

ALL cols		    
(n) indicates a possible blank or NULL column(i)indexed column
  (2)O3  O yield for Z=0.05Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (3)l_Mass (char) [~] Limit flag on mass ((unassigned);(unassigned);(unassigned);pos.galactic.lon)
  (3)l_Tau1 (char) [~] Limit flag on Tau1 ((unassigned);(unassigned);(unassigned);pos.galactic.lon)
  (3)Tau1 Gyr Stellar lifetime for Z=1.00Z{sun} ((unassigned);(unassigned);(unassigned);stat.filling;meta.main)
  (3)Tau2 Gyr Stellar lifetime for Z=0.05Z{sun} ((unassigned);(unassigned);(unassigned);stat.filling;meta.main)
  (4+5)R1 solMass SN II remnant for Z=1.0000Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (4+5)R2 solMass SN II remnant for Z=0.1000Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (4+5)R3 solMass SN II remnant for Z=0.0100Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (4)R4 solMass SN II remnant for Z=0.0001Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))
  (4)R5 solMass SN II remnant for Z=0.0000Z{sun} ((unassigned);(unassigned);(unassigned);(unassigned))

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