Bathilde

00441, 1898 XA, 1898XA, I98X00A

All data for this body: [vot]

MPC data
Name (number) Bathilde (441)
a 2.80471
e 0.08218
i / sin(i) 8.1603 / 0.14194
q 2.57423
Q 3.03520
ω 202.9679
Node 253.4992
m 297.7069
n 0.2098
Epoch 2460800.5
nobs 10693
nopp 65
Years observed 1898-2025
rms 0.49
Best values
[raw, vot]

Value Standard error
Parent
 
ap 2.806
ep 0.088
sin(ip) 0.159
G 0.150
H 8.650
Mass
D 62.54 0.489
pV 0.150 0.0037
Value
Rotational Period 10.440
Period quality 3
Spectral Class Xc
Spectral Class Score 42.000
Proper elements data
[raw, vot]

ap ep sin(ip) Author Reference Method
2.8062 0.0882 0.1588 Novakovic_Radovic_Todovic 2003A&A...403.1165K Numeric-Nov-2024
Diameter data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
59.42 0.640 0.640 Usui 2011PASJ...63.1117U NEATM
59.46 5.950 5.950 Ali-Lagoa 2018A&A...612A..85A NEATM
65.13 1.070 1.070 Masiero 2012ApJ...759L...8M NEATM
65.53 2.430 2.430 Masiero 2014ApJ...791..121M NEATM
66.03 6.600 6.600 Ali-Lagoa 2018A&A...612A..85A NEATM
67.13 2.577 2.577 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
70.32 2.600 2.600 Tedesco 2002AJ....123.1056T STM
70.81 2.930 2.930 Masiero 2011ApJ...741...68M NEATM
71.18 2.060 2.060 Ryan&Woodward 2010AJ....140..933R IRAS-STM
Albedo data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
0.138 0.0049 0.0049 Ryan&Woodward 2010AJ....140..933R IRAS-STM
0.139 0.0265 0.0265 Masiero 2011ApJ...741...68M NEATM
0.141 0.0110 0.0110 Tedesco 2002AJ....123.1056T STM
0.155 0.0117 0.0117 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
0.160 0.0320 0.0320 Ali-Lagoa 2018A&A...612A..85A NEATM
0.164 0.0180 0.0180 Masiero 2012ApJ...759L...8M NEATM
0.197 0.0390 0.0390 Ali-Lagoa 2018A&A...612A..85A NEATM
0.200 0.0100 0.0100 Masiero 2014ApJ...791..121M 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
8.65 MPC-2023-12-04 MPC-2023-12-04 Phot
Periods
[raw, vot]

Value Quality Side real or Synodic Author Reference Method
10.35 3 Synodic Harris 1980Icar...43...20H Lightcurve
10.44 2 Synodic Dunckel LCDB Lightcurve
10.44 2+ Synodic Behrend LCDB Lightcurve
10.4425 2 Sidereal Durech 2023A&A...675A..24D Model
10.44313 2 Sidereal Hanus 2013A&A...551A..67H Model
10.44313 2 Sidereal Podlewska 2020A&A...638A..11P Model
10.444 3- Synodic Behrend LCDB Lightcurve
10.446 3 Synodic Behrend LCDB Lightcurve
10.446 3 Synodic Farfan 2022MPBu...49..229F Lightcurve
8.571 0 Synodic Neely 1993MPBu...20...21N Lightcurve
Spectral Class Data
[raw, vot]

Class 1 Class 2 Probability of Class 1 Probability of Class 2 Taxonomy Wavelength Author Reference Method
M 0.850000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
M 0.900000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
M 0.940000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
M 0.970000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
M L 0.750000 0.250000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
T Bus-DeMeo VISNIR Hasegawa 2024AJ....167..224H SPEC
V V None None Movis NIR Popescu 2018A&A...617A..12P PHOT
X Bus-DeMeo VISNIR Fornasier 2010Icar..210..655F SPEC
X 0.984 Bus-Demeo VIS Sergeyev 2022A&A...658A.109S PHOT
Xc Bus-DeMeo VISNIR Clark 2009Icar..202..119C SPEC
Xc Bus-DeMeo VISNIR Neeley 2014Icar..238...37N SPEC
Xk Bus VIS Bus 2002Icar..158..146B SPEC
Xk Bus VIS Fornasier 2010Icar..210..655F SPEC