LCDB Data

Download LCDB README.TXT for explanations of field names and data

LCDB References table with BibCode links to ADS

To shorten some field names, 'SOURCE' is reduced to 'S' and 'FLAG' is reduced to 'F'.
For example, 'HSOURCE' is 'HS'.

BibCode links open a new window

Summary

NumberNameDesigFamilyCSClassDiamSDiamFDiamHSHHBandGSGAlbSAlbFAlbedoPFPeriodPerDescAmpFAmpMinAmpMaxUNotesPoleBINSurveyIsPrivateNotesEx
02016 AZ82016 AZ8NEAASC 0.153T21.44 L0.24A 0.20 16.897  0.150.282  B 0 

Details

ReferenceBibCodeWorked asDateObs    PABLPABBPhaseFamilyClassDiamMethDiamFDiamDiamErrHSHHErrHBandGSGGErrAlbSAlbFAlbedoAlbErrPFPeriodPerErrPerDescAmpFAmpMinAmpMaxAmpErrUNotesPoleBINSurveyIsPrivateNotesEx
Masiero 20172017AJ....154..168M2016 AZ8   75.1    0.2150.052A21.10  A0.15   0.13800.0910         I   0 
Pravec 2019web 2016 AZ82019-01-15122.729.556.2       20.990.01RA0.240.11     3.900.05   0.100.031+    0 
Virkki 20192019CBET.4593....1V2016 AZ82019-01-0477.669.8141.1      A21.0     C 0.040.01<4.  < 0.15 2NR B 0See footnotes
Warner 2019m2019MPBu...46..304W2016 AZ82019-01-31128.517.828.5                  16.8970.005   0.280.032  ? 0See footnotes

Details Notes
Virkki 2019
The periods are based on upper limits and accounting for the mutual orbit plane being inclined
several tens of degrees from the line of sight.

Warner 2019m
The orbital period is based on the lightcurve having the expected mutual events. The primary period
seems much too long compared to initial radar observations.


Binary

ReferenceBibCodeBTypePer1Per1ErrAmp1Amp1ErrPer2Per2ErrAmp2Amp2ErrPOrbPOrbErrEventMinEventMaxDsDpFDsDpDsDpErrADpADpErr
Virkki 20192019CBET.4593....1VS3.1.0.100.02    18.6.       
Warner 2019m2019MPBu...46..304WS16.8970.0050.280.03    13.5480.0040.240.03