Crescentia

00660, 1908 AN, 1908AN, 1961 CF, 1961CF, J08A00N, J61C00F

All data for this body: [vot]

MPC data
Name (number) Crescentia (660)
a 2.53309
e 0.10866
i / sin(i) 15.1942 / 0.26209
q 2.25785
Q 2.80832
ω 107.1340
Node 156.7591
m 246.4978
n 0.2445
Epoch 2460800.5
nobs 8686
nopp 55
Years observed 1908-2025
rms 0.56
Best values
[raw, vot]

Value Standard error
Parent Maria (170)
 
ap 2.535
ep 0.103
sin(ip) 0.261
G 0.150
H 9.200
Mass
D 43.06 0.168
pV 0.210 0.0077
Value
Rotational Period 7.911
Period quality 3
Spectral Class S
Spectral Class Score 28.657
Family data
[raw, vot]

Parent Parent name Family ID Family name Cj Author Reference Method
660 Crescentia -1 Crescentia -1.0000 Nesvorny 2024ApJS..274...25N HCM-2024
170 Maria 0 Maria Novakovic 2019EPSC...13.1671N HCM
170 Maria 506 Maria -1.5400 Nesvorny doi.org/10.26033/6cg5-pt13 HCM-2020-08-14
Proper elements data
[raw, vot]

ap ep sin(ip) Author Reference Method
2.5346 0.1031 0.2605 Novakovic_Radovic_Todovic 2003A&A...403.1165K Numeric-Nov-2024
Diameter data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
40.93 0.560 0.560 Usui 2011PASJ...63.1117U NEATM
41.90 4.190 4.190 Ali-Lagoa 2018A&A...612A..85A NEATM
42.24 1.000 1.000 Tedesco 2002AJ....123.1056T STM
42.30 0.350 0.350 Masiero 2014ApJ...791..121M NEATM
43.56 2.007 2.007 Ryan&Woodward 2010AJ....140..933R IRAS-STM
43.64 0.211 0.211 Masiero 2011ApJ...741...68M NEATM
47.20 2.674 2.674 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
48.60 4.860 4.860 Ali-Lagoa 2018A&A...612A..85A NEATM
Albedo data
[raw, vot]

Value Uncertainty up Uncertainty down Author Reference Method
0.175 0.0204 0.0204 Ryan&Woodward 2010AJ....140..933R IRAS-NEATM
0.191 0.0380 0.0380 Ali-Lagoa 2018A&A...612A..85A NEATM
0.205 0.0211 0.0211 Masiero 2011ApJ...741...68M NEATM
0.206 0.0193 0.0193 Ryan&Woodward 2010AJ....140..933R IRAS-STM
0.219 0.0110 0.0110 Tedesco 2002AJ....123.1056T STM
0.257 0.0510 0.0510 Ali-Lagoa 2018A&A...612A..85A NEATM
0.330 0.0700 0.0700 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
9.20 MPC-2023-12-04 MPC-2023-12-04 Phot
Periods
[raw, vot]

Value Quality Side real or Synodic Author Reference Method
7.91 1+ Synodic Behrend LCDB Lightcurve
7.91 2- Synodic Behrend LCDB Lightcurve
7.91 2 Synodic Behrend LCDB Lightcurve
7.91 3- Synodic Behrend LCDB Lightcurve
7.91 3 Synodic Warner 2009MPBu...36..109W Lightcurve
7.91036 2 Sidereal Hanus 2016A&A...586A.108H Model
7.911 2+ Synodic Stephens 2014MPBu...41..226S Lightcurve
7.9116 3- Synodic Behrend LCDB Lightcurve
7.9123 2 Synodic Colognese 2019MPBu...46...10C Lightcurve
7.918 3- Synodic Behrend LCDB Lightcurve
7.92 3 Synodic Harris 1980Icar...43...20H Lightcurve
8.09 2- Synodic Kim 2014AJ....147...56K Lightcurve
Spectral Class Data
[raw, vot]

Class 1 Class 2 Probability of Class 1 Probability of Class 2 Taxonomy Wavelength Author Reference Method
S Tholen VIS Lazzaro 2004Icar..172..179L SPEC
S 1.000 Bus-Demeo VIS Sergeyev 2022A&A...658A.109S PHOT
S D 0.900000 0.100000 Mahlke VISNIR Mahlke 2022A&A...665A..26M SPEC
S S 0.9117 0.8520 Bus-Demeo VIS Sergeyev 2021A&A...652A..59S PHOT
S S 0.9812 0.8520 Bus-Demeo VIS Sergeyev 2021A&A...652A..59S PHOT
SI Bus VIS Lazzaro 2004Icar..172..179L SPEC