Schubart

01911, 1928DW, 1933UX1, 1941SU1, 1951AH1, 1952DS2, 1960EF, 1968FM, 1972RO, 1972TY4, 1973UD, J28D00W, J33U01X, J41S01U, J51A01H, J52D02S, J60E00F, J68F00M, J72R00O, J72T04Y, J73U00D

All data for this body: [vot]

MPC data
Name (number) Schubart (1911)
Packed designation 01911
a 3.97317
e 0.17198
i / sin(i) 1.6451 / 0.02871
q 3.28987
Q 4.65648
ω 181.4744
Node 284.8348
m 336.4608
n 0.1245
Epoch 2459600.5
nobs 3637
nopp 40
Years observed 1928-2022
rms 0.53
Best values
[raw, vot]

Value Standard error
Parent Schubart (1911)
 
ap 3.966
ep 0.191
sin(ip) 0.051
Value Standard error
G 0.150
H 10.090
Mass
D 6.01 0.012
pV 0.026 0.0009
Family data
[raw, vot]

Parent Parent name Family ID Family name Cj Author Reference Method
1911 Schubart 2 Schubart Nesvorny doi.org/10.26033/6cg5-pt13 HCM-2020-08-14
Proper elements data
[raw, vot]

ap ep sin(ip) Author Reference Method
3.9659 0.1908 0.0509 Novakovic_Radovic_Todovic 2003A&A...403.1165K Numeric-Jan-2022
Diameter data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
6.00 0.012 0.012 Grav 2012ApJ...744..197G NEATM
71.32 2.751 2.751 Ryan&Woodward 2010AJ....140..933R IRAS-STM
72.42 7.240 7.240 Ali-Lagoa 2018A&A...612A..85A NEATM
77.53 7.750 7.750 Ali-Lagoa 2018A&A...612A..85A NEATM
80.09 2.000 2.000 Tedesco 2002AJ....123.1056T STM
80.13 1.250 1.250 Usui 2011PASJ...63.1117U NEATM
84.29 4.641 4.641 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
Albedo data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
0.023 0.0025 0.0025 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
0.025 0.0010 0.0010 Tedesco 2002AJ....123.1056T STM
0.032 0.0025 0.0025 Ryan&Woodward 2010AJ....140..933R IRAS-STM
0.034 0.0070 0.0070 Ali-Lagoa 2018A&A...612A..85A NEATM
0.035 0.0060 0.0060 Grav 2012ApJ...744..197G NEATM
0.039 0.0080 0.0080 Ali-Lagoa 2018A&A...612A..85A NEATM
G data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
0.15 MPC-2022-01-18 MPC-2022-01-18 Phot
H data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
10.09 MPC-2022-01-18 MPC-2022-01-18 Phot