Aquitania

00387, 1894 EC, 1894EC, 1945 NA, 1945NA, 1948 BG, 1948BG, 1953 EO1, 1953EO1, I94E00C, J45N00A, J48B00G, J53E01O

All data for this body: [vot]

MPC data
Name (number) Aquitania (387)
a 2.73749
e 0.23801
i / sin(i) 18.1458 / 0.31144
q 2.08595
Q 3.38904
ω 157.7080
Node 127.9893
m 218.7039
n 0.2176
Epoch 2460800.5
nobs 5663
nopp 69
Years observed 1894-2025
rms 0.66
Best values
[raw, vot]

Value Standard error
Parent Postrema (1484)
 
ap 2.739
ep 0.231
sin(ip) 0.283
G 0.150
H 7.490
Mass 1.334e+18 3.574e+17
D 102.99 1.067
pV 0.187 0.0084
Value
Rotational Period 24.140
Period quality 3
Spectral Class L
Spectral Class Score 47.000
Family data
[raw, vot]

Parent Parent name Family ID Family name Cj Author Reference Method
1484 Postrema 0 Postrema Novakovic 2019EPSC...13.1671N HCM
1484 Postrema 541 Postrema Nesvorny doi.org/10.26033/6cg5-pt13 HCM-2020-08-14
Proper elements data
[raw, vot]

ap ep sin(ip) Author Reference Method
2.7391 0.2312 0.2833 Novakovic_Radovic_Todovic 2003A&A...403.1165K Numeric-Nov-2024
Mass data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
1.4530e+18 6.0200e+17 6.0200e+17 Fienga 2020MNRAS.492..589F Ephem
1.9000e+18 6.3700e+17 6.3700e+17 Fienga 2011CeMDA.111..363F Ephem
6.7400e+17 Folkner 2014IPNPR.196C...1F Ephem
Diameter data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
100.51 2.900 2.900 Tedesco 2002AJ....123.1056T STM
101.49 5.590 5.590 Ryan&Woodward 2010AJ....140..933R IRAS-STM
101.98 10.200 10.200 Ali-Lagoa 2018A&A...612A..85A NEATM
105.06 1.340 1.340 Usui 2011PASJ...63.1117U NEATM
107.62 16.764 16.764 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
107.69 10.770 10.770 Ali-Lagoa 2018A&A...612A..85A NEATM
97.00 4.000 4.000 Hanus 2017A&A...601A.114H AO/OCCULT/LC
97.33 3.420 3.420 Masiero 2012ApJ...759L...8M NEATM
Albedo data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
0.157 0.0310 0.0310 Ali-Lagoa 2018A&A...612A..85A NEATM
0.175 0.0350 0.0350 Ali-Lagoa 2018A&A...612A..85A NEATM
0.177 0.0539 0.0539 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
0.188 0.0206 0.0206 Ryan&Woodward 2010AJ....140..933R IRAS-STM
0.190 0.0110 0.0110 Tedesco 2002AJ....123.1056T STM
0.203 0.0260 0.0260 Masiero 2012ApJ...759L...8M NEATM
G data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
0.15 MPC-2023-12-94 MPC-2023-12-94 Phot
H data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
7.49 MPC-2023-12-04 MPC-2023-12-04 Phot
Periods
[raw, vot]

Value Quality Side real or Synodic Author Reference Method
16.0 Synodic Barucci 1985Icar...61..152B Lightcurve
24.0 2 Synodic Schober 1979A&AS...38...91S Lightcurve
24.13 Synodic Marciniak 2015P&SS..118..256M Lightcurve
24.1321 2 Synodic Pal 2020ApJS..247...26P Lightcurve
24.14 Synodic Chiorny LCDB Lightcurve
24.14 2- Synodic Chiorny 2007P&SS...55..986C Lightcurve
24.14 2- Synodic Devogele 2017A&A...607A.119D Lightcurve
24.14012 2 Sidereal Hanus 2017A&A...601A.114H Model
24.143 2 Synodic Behrend LCDB Lightcurve
24.144 3 Synodic Harris 1992Icar...95..115H Lightcurve
24.147 1 Synodic Devogele 2017A&A...607A.119D Lightcurve
24.15 2- Synodic Devogele 2017A&A...607A.119D Lightcurve
24.15 2 Synodic Devogele 2017A&A...607A.119D Lightcurve
Spectral Class Data
[raw, vot]

Class 1 Class 2 Probability of Class 1 Probability of Class 2 Taxonomy Wavelength Author Reference Method
L Bus-DeMeo VISNIR DeMeo 2009Icar..202..160D SPEC
L Bus-DeMeo VISNIR Devogele 2018Icar..304...31D SPEC
L Bus VIS Bus 2002Icar..158..146B SPEC
M L 0.850000 0.150000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
Sp Howell VISNIR Howell 1994JGR....9910847H PHOT