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J/AJ/154/196
393
Properties of comet 49P/Arend-Rigaux, 1984-2012 (Eisner+, 2017)
ReadMe+ftp
2017AJ....154..196E
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1.
J/AJ/154/196/table56
Photometric fluxes, aperture abundances
(table 5)
and photometric production rates
(table 6)
for comet 49P/Arend-Rigaux
(13 rows)
meta
J/AJ/154/196/table56
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Column
Constraint
Explain
(
UCD
)
recno
Record number assigned by the VizieR team. Should Not be used for identification.
(
meta.record
)
(
RECORD
)
Date
(char)
Observation date (UT) (YYYY-MMM-DD.dd)
(
time.epoch;obs
)
(
TIME_DATE
)
Ap
arcsec
[20/97.2] Aperture size
(
phys.angSize;instr.fov
)
(
INST_APERT
)
log(rho)
km
[3.63/4.59] Log aperture size
(
instr.fov
)
(
INST_APERT
)
logF(OH)
[mW/m2]
(n)
[-11.92/-11.27] Log emission band flux for OH (in erg/cm
2
/s)
(
phot.flux
)
(
SPECT_FLUX_VALUE
)
logF(NH)
[mW/m2]
(n)
[-13.37/-11.9] Log emission band flux for NH (in erg/cm
2
/s)
(
phot.flux
)
(
SPECT_FLUX_VALUE
)
logF(CN)
[mW/m2]
(n)
[-12.73/-11.46] Log emission band flux for CN (in erg/cm
2
/s)
(
phot.flux
)
(
SPECT_FLUX_VALUE
)
logF(C3)
[mW/m2]
(n)
[-12.46/-11.53] Log emission band flux for C
3
(in erg/cm
2
/s)
(
phot.flux
)
(
SPECT_FLUX_VALUE
)
logF(C2)
[mW/m2]
[-13/-11.58] Log emission band flux for C
2
(in erg/cm
2
/s)
(
phot.flux
)
(
SPECT_FLUX_VALUE
)
logF(UV)
[10-2W/m2/nm]
(n)
[-15.61/-14.13] Log continuum flux in UV filter (in erg/cm
2
/s/Å)
(Note G1)
(
phot.flux;em.UV
)
(
SPECT_FLUX_UV
)
logF(B)
[10-2W/m2/nm]
(n)
[-14.57/-13.97] Log continuum flux in blue filter (in erg/cm
2
/s/Å)
(Note G1)
(
phot.flux.density;em.opt
)
(
PHOT_FLUX_OPTICAL
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
logF(G)
[10-2W/m2/nm]
[-14.59/-13.8] Log continuum flux in green filter (in erg/cm
2
/s/Å)
(Note G1)
(
phot.flux.density;em.opt
)
(
PHOT_FLUX_OPTICAL
)
logM(rho)OH
[-]
(n)
[29.99/31.36] OH aperture abundance (in molecule)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
logM(rho)NH
[-]
(n)
[27.04/29.2] NH aperture abundance (in molecule)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
logM(rho)CN
[-]
(n)
[26.98/28.99] CN aperture abundance (in molecule)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
logM(rho)C3
[-]
(n)
[26.92/28.44] C
3
aperture abundance (in molecule)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
logM(rho)C2
[-]
(n)
[26.73/28.74] C
2
aperture abundance (in molecule)
(
phys.abund
)
(
PHYS_ABUND_MISC
)
DT
d
[-75.89/76.28] Time since perihelion {Detla}T
(
time.interval
)
(
TIME_INTERVAL
)
log(rH)
[AU]
[0.138/0.221] Log heliocentric distance
(
pos.distance;pos.heliocentric
)
(
POS_GAL_HC
)
logQ(OH)
[s-1]
(n)
[26.79/27.45] OH production rate (in molecule/s)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logQ(OH)
[s-1]
(n)
[0.03/0.13] Upper limit uncertainty in logQ(OH)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logQ(NH)
[s-1]
(n)
[24.04/25.18] NH production rate (in molecule/s)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logQ(NH)
[s-1]
(n)
[0.01/0.17] Upper limit uncertainty in logQ(NH)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logQ(CN)
[s-1]
(n)
[23.95/24.64] CN production rate (in molecule/s)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
E_logQ(CN)
[s-1]
(n)
[0.02/0.08] Upper limit uncertainty in logQ(CN)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logQ(C3)
[s-1]
[23.53/24.38] C
3
production rate (in molecule/s)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logQ(C3)
[s-1]
[0/0.16] Upper limit uncertainty in logQ(C3)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logQ(C2)
[s-1]
(n)
[1.73/24.58] C
2
production rate (in molecule/s)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logQ(C2)
[s-1]
(n)
[0.04/0.14] Upper limit uncertainty in logQ(C2)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logA(UV)
[cm]
(n)
[0.64/1.93] Now standard proxy for dust production in UV filter
(Note G1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logA(UV)
[cm]
(n)
[0.02/0.54] Upper limit uncertainty in logA(UV)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logA(B)
[cm]
(n)
[1.1/1.94] Now standard proxy for dust production in blue filter
(Note G1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logA(B)
[cm]
(n)
[0.01/0.16] Upper limit uncertainty in logA(B)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logA(G)
[cm]
(n)
[1.06/1.99] Now standard proxy for dust production in green filter
(Note G1)
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
E_logA(G)
[cm]
(n)
[0.01/0.14] Upper limit uncertainty in logA(G)
(Note 1)
(
stat.error;stat.max
)
(
ERROR
)
logQ(H2O)
[-]
(n)
[26.82/27.5] Water production rate
(
stat.fit.param
)
(
FIT_PARAM_VALUE
)
ALL
cols
(n)
indicates a possible blank or NULL column
(i)
indexed column
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