The table contains all provisional designations from the corrected (alls IDs from dbl.txt and ids.txt are used) dataset UNNOBS of the Minor planet Center, for which the station W98 has made the discovery observations itself or has assigned a discovery star. Please be aware, that the designation must not be the discovery due to further identifications.
Created at 10-25-2025 19:21:03.
| Nr | Designation | Short | Obs start | Obs end | Int | Discovery | Sta | Obs | Own | Sta | Opp | Stars | Reason |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| 1 | 2015 VD213 | K15VL3D | 2015 11 15 | 2015 11 15 | 1 | 2015 11 15 | W98 | 2 | 2 | 1 | 1 | W98 | Rule & star |
| 2 | 2016 PG295 | K16PT5G | 2016 08 02 | 2025 10 03 | 3350 | 2016 08 02 | W98 | 24 | 4 | 5 | 3 | W98 | Rule & star |
| 3 | 2017 SQ63 | K17S63Q | 2003 11 21 | 2024 10 08 | 7627 | 2017 08 03 | F51 | 78 | 45 | 6 | 4 | W98 | Star |
| Sum | 3 years | 51 |
Discovery counts: 1 'only star' discoveries. 2 'star and rule' discoveries. 2 is the possible sum of discoveries.
Explanations:
Nr: Running number.
Designation: Long designation of the object.
Short: Packed designation of the object.
Obs start: First date for this designation (may be not the first date for object due to prediscovery identifications).
Obs end: Last date for this designation (may be not the last date for object due to later identifications).
Int: Difference between last and first date in days.
Discovery: Date of discovery for this designation.
Sta: Discovery station.
Obs: Number of observations for this object.
Own: Number of own observations for this object.
Sta: Number of stations for this object.
Opp: Number of observed oppositions for this object.
Stars: Stations with discovery stars in all observations of this object. The 'real' discovery station is mostly the first one. Sometimes you must check the details of publication date and the sending date (which you may know, when you sent the data).
Reason: The reason of discovery. Rule is the MPC rule and star means the first asterisk in observations.
This work is made with data from the Minor Planet Center.