Index to observations received from ARPS
members
Observations received FROM ARPS MEMBERS
January and February 2009
(Peter has now reported 10147 astrometric positions since 2002 Jun 10)
January provided decent
amounts of clear sky at Great Shefford, with 76 hours
logged observing. Several NEOs were followed during
close approaches, 2008 YG30 was mag +16 and moving at
70"/min on the night of Jan 3rd, 4 Lunar Distances (L.D.) from Earth and
due to pass at 3.6 LD the next day. Early on
After the full moon, on the night of Jan 20th, 2009 BE was seen at mag +17 when it was at 6 LD, but unfortunately cloud
prevented it from being observed again, closest approach was on Jan 23rd at 2
LD. The same night another NEO, 2009 BJ2 was imaged but was probably the most
challenging object observed in the month. I had followed it the previous two
nights but by Jan 20th it was at its closest at 4.7 LD and at its fastest speed
of 60"/min. However it had already faded by half a magnitude to mag +19.1 and was very low in the south, in the centre of Canis Major, about 3 degrees SW of M41. The rich Milky Way
star-field made identification difficult and the next (cloudy) night was spent
discarding many of the 320 images that had been taken when it was masked by
stars and then measuring positions from stacks of the remaining images.
Tiny NEO 2009 BD, discovered by the Mt Lemmon 1.5-m reflector of the Catalina
Sky Survey on Jan 16th turned out to be quite unusual. It was moving at
10"/min at discovery, but was already only 3 LD from Earth. Over the next
9 days it would gradually drift closer, passing just 1.8 LD from Earth early on
Jan 25th and was observed on 5 nights, the last time early on Jan 26th when it
was below Polaris, at declination +84°,
mag +18.5 and moving at 26"/min. It is
probably only about 5 meters in diameter and currently in an orbit very similar
to Earth's, with a period of 372 days, an inclination of 1° and a low eccentricity of 0.05. Bill
Gray (author of Guide and FindOrb) writes that the
available astrometry from Jan 16-26th allows the orbit to be very well
determined and shows that it was last in the Earth's vicinity (at a distance of
1.2 LD) around 16 July 1955, with an uncertainty of only about +/- 1 hour! At
01:03 UT on 2nd June 2011 it is due to approach the Earth even closer at a
distance of 346,658 Km (= 0.9 LD) with likely uncertainties of just 15 minutes
in time and 300 Km in distance. Unfortunately it will then be far south at a
declination of -50°, but coming
north a few days later when it should be visible once again from northern
latitudes.
Two artificial satellites were also observed with a rather unusual connection
to each other: On the night of December 30th the EPOXI spacecraft was tracked
while at 0.77 LD, at mag +19.2 and moving at
30"/min, midway between Vega and the head of Draco.
This was 24 hours after a gravity-assist fly-by of Earth when it had approached
to within 50,000Km (= 0.1 LD). EPOXI is the new name for the fly-by spacecraft
of the Deep Impact mission that encountered Comet Tempel
1 in 2005 and now on its way to a rendezvous with Comet Hartley 2 in October
2010. The other satellite was the NeXT mission, being the renamed Stardust
spacecraft that collected dust samples from Comet Wild 2 in 2004 and has now
been re-directed to encounter Comet Tempel 1 in
February 2011 to image the crater left by the impactor
from Deep Impact! NeXT was seen briefly on the morning of Jan 13th and also
followed for 7.5 hours the following night. When last seen it was at 1.1 LD and
mag +17, moving at 11"/min, but due to skim just
9,000 Km (= 0.7 Earth diameters!) above the surface of the Earth less than 18
hours later. Unfortunately the close approach night was clouded out
06201
C2009 01 21.05478 10 04 54.33 +16 51 05.0 J95 = MBA
06201
C2009 01 21.06069 10 04 54.09 +16 51 06.8 J95
06201
C2009 01 21.06657 10 04 53.87 +16 51 09.0 17.8 R J95
06233
C2009 01 13.78135 05 11 26.81 +21 52 41.4 J95 = MBA
06233
C2009 01 13.78725 05 11 26.63 +21 52 40.1 J95
06233
C2009 01 13.79313 05 11 26.47 +21 52 38.8 17.6 R J95
09891 C2009 01 27.03567 08 51 56.95 +36 01
50.6 J95 = MBA
09891 C2009 01 27.04120 08 51 56.58 +36 01
52.9 16.6 R J95
11232 C2009 01 04.00626 07 31 52.70 +26 35
05.2 J95 = MBA
11232
C2009 01 04.01990707 31 51.96 +26 35 09.3 16.8 R J95
11356
C2009 01 02.85480 04 31 34.14 +25 40 09.8 J95 = MBA
11356
C2009 01 02.86067 04 31 33.92 +25 40 10.5 J95
11356 C2009 01 02.86655 04 31 33.70 +25 40
11.2 17.1 R J95
12270
C2009 01 03.00034 07 27 41.47 +18 20 51.7 J95 = MBA
12270
C2009 01 03.01791 07 27 40.41 +18 20 54.7 J95
12270 C2009 01 03.02396 07 27 40.05 +18 20
56.0 J95
12270
C2009 01 03.12416 07 27 34.00 +18 21 13.1 18.5 R J95
12270
C2009 01 03.86968 07 26 50.14 +18 23 24.1 J95
12270
C2009 01 03.88133 07 26 49.42 +18 23 26.2 J95
12270
C2009 01 03.89301 07 26 48.70 +18 23 27.9 18.5 R J95
12270
C2009 01 20.89102 07 10 10.99 +19 14 39.3 J95
12270
C2009 01 20.89493 07 10 10.77 +19 14 39.6 19.2 R J95
13865
C2009 01 02.97426 07 14 08.83 +24 53 53.5 J95 = MBA
13865
C2009 01 02.98444 07 14 08.16 +24 53 54.1 18.1 R J95
14347
C2009 01 04.06456 08 21 37.41 +25 08 34.5 J95 = MBA
14347
C2009 01 04.07205 08 21 36.94 +25 08 36.3 J95
14347
C2009 01 04.07997 08 21 36.41 +25 08 38.6 18.0 R J95
24067
C2009 01 05.92428 09 35 24.17 +24 16 16.0 J95 = MBA
24067
C2009 01 05.93345 09 35 23.96 +24 16 19.2 J95
24067
C2009 01 05.94265 09 35 23.72 +24 16 22.4 17.9 R J95
28170 C2009 01 02.96409 07 14 06.80 +24 54
19.1 J95 = MBA
28170
C2009 01 02.97426 07 14 06.05 +24 54 22.0 J95
28170
C2009 01 02.98444 07 14 05.30 +24 54 24.9 17.5 R J95
35460 C2009 01 21.03356 07 08 26.23 +18 45
00.4 J95 = MBA
35460 C2009 01 21.04491 07 08 25.53 +18 45
02.6 17.5 R J95
37730 C2009 01 31.91940 07 19 55.48 +29 00
17.6 J95 = MBA
37730 C2009 01 31.93515 07 19 54.67 +29 00
15.9 J95
37730 C2009 01 31.97670 07 19 52.45 +29 00
11.3 18.0 R J95
40506 C2009 01 13.78135 05 11 10.21 +21 58
49.9 J95 = MBA
40506 C2009 01 13.78725 05 11 09.99 +21 58
48.7 J95
40506 C2009 01 13.79313 05 11 09.75 +21 58
48.8 19.2 R J95
51111
C2009 01 20.95979 08 43 41.61 +13 26 01.9 J95 = MBA
51111
C2009 01 20.96074 08 43 41.57 +13 26 01.2 J95
51111
C2009 01 20.96170 08 43 41.50 +13 26 01.9 18.9 R J95
51831
C2009 01 03.00034 07 27 08.53 +18 26 28.5 J95 = MBA
51831
C2009 01 03.01791 07 27 07.59 +18 26 36.6 J95
51831
C2009 01 03.02396 07 27 07.26 +18 26 39.4 J95
51831
C2009 01 03.08433 07 27 04.03 +18 27 06.9 J95
51831
C2009 01 03.12416 07 27 01.89 +18 27 25.3 17.5 R J95
56467
C2009 01 02.85480 04 32 01.90 +25 33 12.7 J95 = MBA
56467
C2009 01 02.86067 04 32 01.63 +25 33 12.4 J95
56467
C2009 01 02.86655 04 32 01.36 +25 33 12.0 19.5 R J95
59520
C2009 01 20.95979 08 43 41.48 +13 20 11.6 J95 = MBA
59520
C2009 01 20.96074 08 43 41.38 +13 20 11.5 J95
59520 C2009 01 20.96170 08 43 41.37 +13 20
11.5 18.5 R J95
69333
C2009 01 02.89446 04 42 44.68 +15 11 57.9 J95 = MBA
69333
C2009 01 02.89998 04 42 44.48 +15 11 58.9 J95
69333 C2009 01 02.90540 04 42 44.28 +15 11
59.7 18.5 R J95
89481
C2009 01 05.92428 09 35 15.86 +24 19 49.8 J95 = MBA
89481
C2009 01 05.93345 09 35 15.49 +24 19 54.0 J95
89481
C2009 01 05.94265 09 35 15.12 +24 19 57.8 18.6 R J95
96855
C2009 01 20.93709 07 52 52.24 +33 58 07.4 J95 = MBA
96855
C2009 01 20.94139 07 52 51.95 +33 58 08.3 J95
96855
C2009 01 20.94600 07 52 51.63 +33 58 09.5 19.0 R J95
96855
C2009 01 23.80656 07 49 45.04 +34 08 03.8 J95
96855
C2009 01 23.81436 07 49 44.51 +34 08 05.5 J95
96855
C2009 01 23.82215 07 49 43.93 +34 08 06.7 18.8 R J95
97408
C2009 01 20.99477 09 28 32.25 +27 13 24.9 J95 = MBA
97408
C2009 01 20.99792 09 28 32.10 +27 13 26.7 J95
97408
C2009 01 21.00108 09 28 31.94 +27 13 28.5 17.5 R J95
A7777
C2009 01 19.85961 07 49 09.73 +38 16 00.3 J95 = MBA
A7777
C2009 01 19.86169 07 49 09.60 +38 16 00.3 J95
A7777
IC2009 01 19.86374 07 49 09.41 +38 16 01.3 J95
A7777
IC2009 01 19.86574 07 49 09.18 +38 16 01.2 19.0 R J95
C2054
C2009 01 02.87311 02 35 59.71 +19 43 36.9 J95 = MBA
C2054 C2009 01 02.87902 02 35 59.90 +19 43
37.9 J95
C2054
C2009 01 02.88488 02 36 00.03 +19 43 38.0 19.6 R J95
D5318
C2009 01 03.03714 07 51 09.07 +29 47 56.3 J95 = MBA
D5318 C2009 01 03.05563 07 51 08.08 +29 48
01.6 J95
D5318
C2009 01 03.19286 07 51 01.06 +29 48 37.8 J95
D5318
C2009 01 03.19873 07 51 00.79 +29 48 39.5 19.8 R J95
D5318
C2009 01 03.84293 07 50 28.53 +29 51 33.2 J95
D5318
C2009 01 03.85123 07 50 28.18 +29 51 34.8 J95
D5318
C2009 01 03.85900 07 50 27.82 +29 51 37.7 19.7 R J95
F9469
C2009 01 20.82056 07 09 07.91 +19 15 23.8 J95 = MBA
F9469
C2009 01 20.83367 07 09 07.10 +19 15 24.0 J95
F9469
C2009 01 20.89102 07 09 03.57 +19 15 24.8 J95
F9469
C2009 01 20.89493 07 09 03.35 +19 15 24.4 19.0 R J95
G5758
C2009 01 05.92428 09 34 41.41 +24 18 35.0 J95 = MBA
G5758
C2009 01 05.93345 09 34 41.15 +24 18 36.1 J95
G5758
C2009 01 05.94265 09 34 40.80 +24 18 38.2 19.7 R J95
G7606
C2009 01 13.89197 07 16 25.13 +18 32 15.0 J95 = MBA
G7606
C2009 01 13.90044 07 16 24.57 +18 32 17.6 19.5 R J95
G8274
C2009 01 21.05478 10 04 34.60 +16 41 27.8 J95 = MBA
G8274
C2009 01 21.06069 10 04 34.33 +16 41 29.6 J95
G8274
C2009 01 21.06657 10 04 34.05 +16 41 31.6 19.9 R J95
G8274
C2009 01 23.90499 10 02 18.73 +16 56 35.8 J95
G8274
C2009 01 23.91635 10 02 18.20 +16 56 39.4 J95
G8274
C2009 01 23.92809 10 02 17.60 +16 56 43.3 J95
G8274 C2009 01 23.93894 10 02 17.08 +16 56 46.9 J95
G8274
C2009 01 23.94858 10 02 16.56 +16 56 50.1 20.0 R J95
H4891
C2009 01 03.00034 07 27 28.77 +18 30 56.5 J95 = MBA
H4891
C2009 01 03.12416 07 27 21.94 +18 30 48.9 19.0 R J95
H4891
C2009 01 03.86968 07 26 41.35 +18 30 13.2 J95
H4891
C2009 01 03.88133 07 26 40.70 +18 30 12.7 J95
H4891
C2009 01 03.89301 07 26 40.05 +18 30 12.3 19.3 R J95
J4692 C2009 01 02.87311 02 37 04.74 +19 42
33.6 J95 = MBA
J4692 C2009 01 02.87902 02 37 04.97 +19 42
33.6 19.9 R J95
K01A01T
C2009 01 20.96532 08 37 50.98 +45 26 34.4 J95 = 9B3E994 = Mars-crossing Asteroid
K01A01T
C2009 01 20.96965 08 37 50.55 +45 26 45.4 J95
K01A01T
C2009 01 20.97395 08 37 50.12 +45 26 56.0 19.9 R J95
K01D08R C2009 01 31.98822 10 51 37.96 +09 47 10.8 J95 = SW40fj = Apollo
K01D08R C2009 01
31.99641 10 51 36.81 +09 47 15.8 J95
K01RD7X C2009 01
21.03356 07 09 01.70 +18 51 10.9 J95 = MBA
K01RD7X C2009 01 21.04491 07 09 01.14 +18 51
12.8 20.0 R J95
K01S60B C2009 01
13.89197 07 17 29.21 +18 25 08.6 J95 = MBA
K01S60B C2009 01
13.90044 07 17 28.49 +18 25 07.8
19.8 R J95
K01S60B C2009 01
21.00941 07 09 21.11 +18 29 23.4 J95
K01S60B C2009 01
21.02079 07 09 20.37 +18 29 23.8
19.9 R J95
K01Y58C C2009 01 02.86067 04 31
47.41 +25 38 51.9
J95 = MBA
K01Y58C
C2009 01 02.86655 04 31 47.07 +25 38 50.3 20.1 R J95
K02CC6Y
C2009 01 03.00034 07 27 23.27 +18 22 29.4 J95 = MBA
K02CC6Y
C2009 01 03.12416 07 27 15.48 +18 22 41.5 19.3 R J95
K02CC6Y
C2009 01 03.86968 07 26 30.90 +18 23 53.6 J95
K02CC6Y
C2009 01 03.88133 07 26 30.17 +18 23 54.3 19.6 R J95
K02CC6Y
C2009 01 21.03356 07 09 06.02 +18 57 34.9 J95
K02CC6Y IC2009 01 21.04491 07 09 05.44 +18
57 35.3 19.4 R J95
K02J69V C2009 01 05.92428 09 34 34.52 +24 14 26.8 J95 = MBA
K02J69V C2009 01
05.93345 09 34 34.24 +24 14 31.5 J95
K02J69V C2009 01 05.94265 09 34
34.03 +24 14 35.9 19.2 R J95
K04C51E
C2009 01 06.82561 07 24 57.20 +18 46 33.5 J95 = GS916A = MBA
K04C51E
C2009 01 06.84319 07 24 56.22 +18 46 32.3 J95
K04C51E
C2009 01 06.85476 07 24 55.50 +18 46 31.5 J95
K04C51E
C2009 01 06.87841 07 24 54.16 +18 46 29.9 J95
K04C51E
C2009 01 06.89018 07 24 53.51 +18 46 29.1 18.7 R J95
K04C51E
C2009 01 07.03406 07 24 45.14 +18 46 18.4 J95
K04C51E
C2009 01 07.03818 07 24 44.89 +18 46 18.2 18.8 R J95
K04C51E BC2009 01 08.97091 07 22 54.95 +18
43 53.7 J95
K04C51E BC2009 01 08.98203 07 22 54.25 +18
43 53.1 18.6 R J95
K04C51E WC2009 01 08.99885 07 22 53.41 +18
43 51.4 J95
K05A48B C2009 01 20.89102 07 10 00.17 +19 13 07.7 J95 = MBA
K05A48B C2009 01
20.89493 07 09 59.90 +19 13 08.7
19.9 R J95
K05N12Z C2009 01
31.98822 10 51 07.40 +09 43 51.6 J95 = MBA
K05N12Z C2009 01
31.99641 10 51 07.18 +09 43 53.5 J95
K06J14L C2009 01
03.00034 07 27 51.25 +18 34 27.8 J95 = MBA
K06J14L C2009 01
03.01967 07 27 49.93 +18 34 26.6 J95
K06J14L C2009 01
03.02396 07 27 49.76 +18 34 28.0
20.6 R J95
K06J14L C2009 01
06.02353 07 24 48.56 +18 33 00.9 J95
K06J14L C2009 01
06.03260 07 24 47.98 +18 32 57.5
19.8 R J95
K06K61W C2009 01
02.89446 04 42 43.91 +15 08 57.4 J95 = MBA
K06K61W C2009 01
02.89998 04 42 43.63 +15 08 58.1 J95
K06K61W C2009 01
02.90540 04 42 43.40 +15 08 59.0
20.1 R J95
K07T50T C2009 01 20.93709 07 52
50.36 +33 45 54.4
J95 = MBA
K07T50T
C2009 01 20.94139 07 52 50.19 +33 45 53.9 20.4 R J95
K07RR7F C2009 01 21.05478 10 04 10.90 +16 43 14.4 J95 = MBA
K07RR7F C2009 01
21.06069 10 04 10.62 +16 43 17.2 J95
K07RR7F
IC2009 01 21.06657 10 04 10.37 +16 43 21.8 20.0 R J95
K07UC1N C2009 01
21.05478 10 04 28.91 +16 35 33.6 J95 = MBA
K07UC1N C2009 01
21.06069 10 04 28.68 +16 35 34.9 J95
K07UC1N C2009 01
21.06657 10 04 28.46 +16 35 36.7
19.8 R J95
K07UC1N C2009 01
23.90499 10 02 34.62 +16 49 06.9 J95
K07UC1N C2009 01
23.91635 10 02 34.15 +16 49 10.8 J95
K07UC1N C2009 01
23.92809 10 02 33.58 +16 49 13.0 J95
K07UC1N C2009 01
23.93894 10 02 33.15 +16 49 16.8 J95
K07UC1N C2009 01
23.94858 10 02 32.70 +16 49 18.5
19.6 R J95
K07UC5V C2009 01
21.05478 10 05 04.53 +16 50 29.8 J95 = MBA
K07UC5V C2009 01
21.06069 10 05 04.31 +16 50 33.5 J95
K07UC5V C2009 01
21.06657 10 05 04.13 +16 50 36.9
19.5 R J95
K08U90L C2009 01
03.24044 16 00 30.10 +06 34 14.6 J95 = Interior Earth
Object
K08U90L C2009 01
03.25781 16 00 36.41 +06 33 47.9
19.8 R J95
K08W02H C2009 01
02.87311 02 36 28.51 +19 40 47.8 J95 = MBA
K08W02H C2009 01
02.87902 02 36 28.69 +19 40 45.9 J95
K08W02H C2009 01
02.88488 02 36 28.95 +19 40 44.6
20.0 R J95
K08X02L C2009 01
19.94875 05 40 15.29 -00 07 18.6 J95 = BN83746 =
Mars-crossing Asteriod
K08X02L C2009 01
19.95087 05 40 15.05 -00 07 24.6 J95
K08X02L C2009 01
19.95318 05 40 14.78 -00 07 31.3 J95
K08X02L C2009 01 19.95590 05 40
14.50 -00 07 39.0 18.1 R J95
K08Y19H
C2009 01 05.95281 08 28 09.44 +14 56 52.1 J95 = MBA
K08Y19H
C2009 01 05.96151 08 28 08.68 +14 56 44.6 J95
K08Y19H
C2009 01 05.97024 08 28 07.90 +14 56 36.9 19.6 R J95
K08Y19H
C2009 01 05.95281 08 28 09.44 +14 56 52.1 J95
K08Y19H
C2009 01 05.96151 08 28 08.68 +14 56 44.6 J95
K08Y19H
C2009 01 05.97024 08 28 07.90 +14 56 36.9 19.6 R J95
K08Y24T
C2009 01 03.78556 03 52 01.72 +25 39 27.9 J95 = MBA
K08Y24T
C2009 01 03.80598 03 52 01.44 +25 39 26.6 J95
K08Y24T
C2009 01 03.82635 03 52 01.26 +25 39 24.2 21.0 R J95
K08Y27Q C2009 01 03.73872 20 52 38.19 +30 38
03.7 20.3 R J95 = Apollo
K08Y27Q
C2009 01 03.75236 20 52 18.02 +30 39 19.0 20.9 R J95
K08Y27Q
C2009 01 03.76673 20 51 56.89 +30 40 37.2 20.4 R J95
K08Y27S
C2009 01 03.17379 12 57 50.59 +04 42 48.2 J95 = Apollo
K08Y27S
C2009 01 03.17961 12 57 51.87 +04 42 48.5 J95
K08Y27S
C2009 01 03.18549 12 57 53.23 +04 42 48.7 20.0 R J95
K08Y29B
C2009 01 03.15709 10 07 47.67 +09 09 33.5 J95 = Apollo
K08Y29B
C2009 01 03.16124 10 07 49.69 +09 08 45.3 J95
K08Y29B
C2009 01 03.16538 10 07 51.64 +09 07 57.0 19.8 R J95
K08Y29F
C2009 01 02.91154 05 49 14.75 -01 26 43.4 J95 = Apollo
K08Y29F
C2009 01 02.91454 05 49 15.73 -01 27 07.6 J95
K08Y29F
C2009 01 02.91757 05 49 16.74 -01 27 31.5 19.1 R J95
K08Y29G
C2009 01 05.95281 08 28 25.22 +14 59 06.6 J95 = Amor
K08Y29G
C2009 01 05.96151 08 28 26.84 +14 58 25.3 J95
K08Y29G
C2009 01 05.97024 08 28 28.46 +14 57 43.0 19.8 R J95
K08Y29G
C2009 01 05.95281 08 28 25.22 +14 59 06.6 J95
K08Y29G
C2009 01 05.96151 08 28 26.84 +14 58 25.3 J95
K08Y29G
C2009 01 05.97024 08 28 28.46 +14 57 43.0 19.8 R J95
K08Y29Z
C2009 01 13.78292 05 11 14.12 +21 56 02.1 J95 = MBA
K08Y29Z
C2009 01 13.79176 05 11 13.74 +21 56 02.0 19.6 R J95
K08Y30E
C2009 01 03.07712 09 00 35.49 +12 09 29.0 J95 = Apollo
K08Y30E
C2009 01 03.07945 09 00 35.52 +12 09 22.2 20.1 R J95
K08Y30G
C2009 01 03.06407908 36 23.53 +36 51 03.8 J95 = Apollo
K08Y30G
C2009 01 03.06548408 36 28.90 +36 50 21.8 J95
K08Y30G
C2009 01 03.06666208 36 33.39 +36 49 46.7 16.2 R J95
K08Y30G
C2009 01 03.91826409 46 25.74 +25 42 00.6 16.0 R J95
K08Y30G
C2009 01 03.91914909 46 30.82 +25 41 00.9 15.7 R J95
K08Y30G C2009 01 03.92013109 46 36.44 +25 39 55.3 15.8 R J95
K08Y30H
C2009 01 03.03714 07 51 17.36 +29 39 58.5 J95 = Apollo
K08Y30H
C2009 01 03.05563 07 51 19.72 +29 41 02.4 20.9 R J95
K08Y30U
C2009 01 04.14155 08 52 55.80 +33 05 27.0 J95 = Amor
K08Y30U
C2009 01 04.14892 08 52 58.27 +33 05 35.3 J95
K08Y30U
C2009 01 04.15628 08 53 00.88 +33 05 45.0 19.1 R J95
K08Y32V
C2009 01 02.89446 04 42 55.02 +15 10 55.2 J95 = Apollo
K08Y32V
C2009 01 02.89998 04 42 52.52 +15 10 43.4 J95
K08Y32V
C2009 01 02.90540 04 42 50.00 +15 10 32.3 20.2 R J95
K08Y32V
C2009 01 06.95755 03 45 37.69 +09 27 23.2 J95
K08Y32V
C2009 01 06.96437 03 45 24.59 +09 26 01.9 J95
K08Y32V
C2009 01 06.97134 03 45 11.23 +09 24 38.5 19.0 R J95
K08Y32Y
C2009 01 03.06865210 11 07.36 +17 48 24.1 J95 = Apollo
K08Y32Y
C2009 01 03.06987210 11 12.04 +17 47 23.4 J95
K08Y32Y
C2009 01 03.07104710 11 16.44 +17 46 24.6 18.0 R J95
K08Y32Y
C2009 01 04.11340411 16 26.35 +02 22 32.2 J95
K08Y32Y
C2009 01 04.12165111 16 54.25 +02 15 19.1 J95
K08Y32Y
C2009 01 04.12995211 17 22.26 +02 08 03.9 18.2 R J95
K08Y32Z
C2009 01 05.92428 09 34 52.67 +24 18 28.8 J95 = Apollo
K08Y32Z
C2009 01 05.93345 09 34 49.85 +24 18 59.8 J95
K08Y32Z
C2009 01 05.94265 09 34 47.01 +24 19 30.5 19.3 R J95
K09A00M C2009 01 04.01150 07 32 02.30 +26 28 05.6 J95 = Amor
K09A00M C2009 01
04.02029 07 32 02.53 +26 27 43.9
19.7 R J95
K09A00N C2009 01
04.06456 08 21 15.39 +25 15 34.3 J95 = Amor
K09A00N C2009 01
04.07205 08 21 13.91 +25 15 18.5 J95
K09A00N C2009 01 04.07997 08 21
12.39 +25 15 00.6 20.1 R J95
K09A00O
C2009 01 02.85480 04 31 34.31 +25 32 13.1 J95 = SW40fP = Apollo
K09A00O
C2009 01 02.86067 04 31 33.51 +25 32 07.2 J95
K09A00O
C2009 01 02.86655 04 31 32.61 +25 32 01.2 20.9 R J95
K09A00O
C2009 01 05.89144 04 24 46.50 +24 41 10.8 J95
K09A00O
C2009 01 05.89929 04 24 45.56 +24 41 02.3 J95
K09A00O
C2009 01 05.90722 04 24 44.48 +24 40 55.2 20.8 R J95
K09A00O
C2009 01 13.81478 04 09 02.40 +22 26 30.6 J95
K09A00O
C2009 01 13.82478 04 09 01.27 +22 26 21.4 J95
K09A00O
C2009 01 13.83485 04 09 00.13 +22 26 10.9 20.8 R J95
K09A00T
C2009 01 02.94585 06 41 54.68 +44 29 53.7 J95 = 9A39A28 = Amor
K09A00T C2009 01 02.95010 06 41 55.02 +44 29 40.5 J95
K09A00T
C2009 01 02.95448 06 41 55.33 +44 29 26.7 19.6 R J95
K09A00T
C2009 01 04.08936 06 43 29.58 +43 29 32.5 J95
K09A00T
C2009 01 04.09716 06 43 30.24 +43 29 07.6 J95
K09A00T C2009 01 04.10400 06 43 30.73 +43 28 46.3 19.7 R J95
K09A00R C2009 01
03.00034 07 27 33.51 +18 26 43.5 J95 = 9ABED0E =
Mars-crossing Asteroid
K09A00R C2009 01 03.01791 07 27 30.24 +18 25
33.1 J95
K09A00R C2009 01
03.02396 07 27 29.12 +18 25 08.3
20.4 R J95
K09A00V
bC2009 01 03.21545 14 43 51.94 -08 00 10.2 J95 = 9ABFBFE = Apollo
K09A00V
bC2009 01 03.22415 14 43 54.24 -07 59 55.3 19.5 R J95
K09A00U C2009 01
02.96156 07 14 32.60 +24 47 15.9 J95 = 9ABDFD2 = Amor
K09A00U C2009 01
02.97451 07 14 30.19 +24 46 51.1 J95
K09A00U C2009 01
02.98266 07 14 28.59 +24 46 35.5
21.1 R J95
K09A01N C2009 01
03.00034 07 27 32.96 +18 28 09.5
J95 = GS912C = MBA = Great
Shefford discovery
K09A01N C2009 01
03.01791 07 27 31.99 +18 28 13.9 J95
K09A01N C2009 01
03.02396 07 27 31.68 +18 28 14.6 J95
K09A01N C2009 01
03.14674 07 27 24.54 +18 28 43.3
20.4 R J95
K09A01N C2009 01
03.86968 07 26 44.54 +18 31 37.8 J95
K09A01N C2009 01
03.88133 07 26 43.91 +18 31 40.4 J95
K09A01N C2009 01
03.89301 07 26 43.20 +18 31 42.1
20.5 R J95
K09A01N C2009 01
06.01226 07 24 42.74 +18 40 19.8 J95
K09A01N C2009 01
06.02353 07 24 42.05 +18 40 22.5 J95
K09A01N C2009 01
06.03260 07 24 41.46 +18 40 25.5
J95
K09A01N C2009 01
06.03850 07 24 41.16 +18 40 26.9 J95
K09A01N C2009 01
06.04400 07 24 40.82 +18 40 28.2 J95
K09A01N C2009 01
06.07219 07 24 39.15 +18 40 35.7
20.0 R J95
K09A01N C2009 01
06.93173 07 23 50.05 +18 44 07.3 J95
K09A01N C2009 01
06.94340 07 23 49.35 +18 44 10.1
20.1 R J95
K09A01O C2009 01
03.03713 07 51 10.82 +29 46 13.9 J95 = GS912D = MBA =
Great Shefford discovery
K09A01O C2009 01 03.05563 07 51
09.67 +29 46 13.8 20.1 R J95
K09A01O
C2009 01 03.19286 07 51 01.04 +29 46 14.7 J95
K09A01O
C2009 01 03.19873 07 51 00.64 +29 46 15.2 20.0 R
J95
K09A01O
C2009 01 03.84293 07 50 21.30 +29 46 19.2 J95
K09A01O
C2009 01 03.85123 07 50 20.83 +29 46 19.4 J95
K09A01O
C2009 01 03.85900 07 50 20.34 +29 46 19.5 20.1 R J95
K09A01O IC2009 01 05.98103 07 48 05.95 +29
46 17.3 J95
K09A01O IC2009 01 06.00246 07 48 04.54 +29
46 18.1 J95
K09A01O C2009 01 31.91940 07 20 31.89 +28 56 33.8 J95
K09A01O
C2009 01 31.93515 07 20 31.09 +28 56 30.2 J95
K09A01O C2009 01 31.97670 07 20 28.85 +28 56 20.6 20.1 R J95
K09A01U C2009 01 07.04528
06 07 41.56 -01 43 43.9
J95 = fab2002 = Outer Main-belt Asteroid
K09A01U C2009 01
07.05110 06 07 41.34 -01 43 39.4 J95
K09A01U C2009 01
07.05725 06 07 41.07 -01 43 34.7
18.0 R J95
K09A02J C2009 01
06.01226 07 25 08.65 +18 45 02.0 J95 = GS915C = MBA =
Great Shefford discovery
K09A02J C2009 01
06.02353 07 25 07.93 +18 45 01.0 J95
K09A02J C2009 01
06.03260 07 25 07.41 +18 45 00.1 J95
K09A02J C2009 01
06.03850 07 25 06.93 +18 44 59.6 J95
K09A02J C2009 01
06.07950 07 25 04.35 +18 44 54.1
20.4 R J95
K09A02J C2009 01
06.87841 07 24 14.96 +18 43 34.7
J95
K09A02J C2009 01
06.89309 07 24 13.95 +18 43 32.1
20.2 R J95
K09A02J
IC2009 01 21.00941 07 09 31.60 +18 21 03.8 J95
K09A02J
IC2009 01 21.02079 07 09 31.12 +18 21 02.9 20.0 R J95
K09A02K
IC2009 01 06.01226 07 25 29.44 +18 37 22.6 J95 = GS915D = MBA =
Great Shefford discovery
K09A02K
IC2009 01 06.02353 07 25 28.73 +18 37 24.1 J95
K09A02K
IC2009 01 06.08226 07 25 24.79 +18 37 31.8 19.5 R J95
K09A02K C2009 01
06.86073 07 24 34.79 +18 39 10.5 J95
K09A02K C2009 01
06.87260 07 24 33.93 +18 39 11.0
19.6 R J95
K09A02K C2009 01
07.03406 07 24 23.31 +18 39 30.8 J95
K09A02K C2009 01
07.03818 07 24 23.01 +18 39 31.8
19.4 R J95
K09A02K C2009 01
20.83977 07 10 05.46 +19 08 32.4 J95
K09A02K C2009 01
20.89239 07 10 02.45 +19 08 39.5
19.3 R J95
K09A02L C2009 01
06.01226 07 24 28.43 +18 47 28.2 J95 = GS915E = MBA =
Great Shefford discovery
K09A02L C2009 01
06.02353 07 24 27.71 +18 47 29.1 J95
K09A02L C2009 01
06.03260 07 24 27.08 +18 47 29.6 J95
K09A02L C2009 01
06.03850 07 24 26.73 +18 47 29.0 J95
K09A02L C2009 01
06.07219 07 24 24.56 +18 47 29.3 J95
K09A02L C2009 01
06.07950 07 24 24.12 +18 47 28.8
20.4 R J95
K09A02L C2009 01
06.90806 07 23 32.01 +18 47 42.2 J95
K09A02L C2009 01
06.91983 07 23 31.27 +18 47 41.9 J95
K09A02L C2009 01
06.93173 07 23 30.41 +18 47 42.2
20.0 R J95
K09A02L C2009 01
21.03356 07 08 59.61 +18 52 02.0 J95
K09A02L C2009 01
21.04491 07 08 58.93 +18 52 02.2
20.4 R J95
K09B00D C2009 01
18.76814 07 51 44.92 +32 05 33.3 J95 = Apollo
K09B00D C2009 01
18.82235 07 51 35.17 +32 24 54.7 J95
K09B00D C2009 01
18.83083 07 51 32.96 +32 27 55.8 J95
K09B00D C2009 01
18.83861 07 51 30.84 +32 30 41.7
17.5 R J95
K09B00D C2009 01
19.85961 07 49 53.41 +38 21 41.8 J95
K09B00D C2009 01
19.86169 07 49 52.53 +38 22 33.6 J95
K09B00D C2009 01 19.86374
07 49 51.66 +38 23 24.8
J95
K09B00D C2009 01
19.86574 07 49 50.82 +38 24 14.7
18.0 R J95
K09B00D C2009 01
20.92988 07 46 58.65 +45 38 23.8 J95
K09B00D C2009 01
20.93151 07 46 57.50 +45 39 09.8 J95
K09B00D C2009 01
20.93317 07 46 56.29 +45 39 56.6
18.1 R J95
K09B00D C2009 01
23.79376207 28 36.08 +70 55 55.7 J95
K09B00D C2009 01
23.79589107 28 32.48 +70 57 27.5 J95
K09B00D C2009 01
23.79836007 28 28.24 +70 59 13.7 J95
K09B00D C2009 01
23.80056907 28 24.41 +71 00 48.6
17.8 R J95
K09B00D C2009 01
26.01072121 57 39.21 +84 09 29.8
18.2 R J95
K09B00D C2009 01
26.02337821 56 00.78 +84 01 56.9
18.2 R J95
K09B00D C2009 01
26.02777321 55 28.38 +83 59 22.4
18.5 R J95
K09B00E C2009 01
18.95065 08 08 57.62 +16 17 29.4 J95 = Apollo
K09B00E
C2009 01 18.95320 08 08 58.90 +16 17 23.2 J95
K09B00E
C2009 01 18.95578 08 09 00.25 +16 17 16.7 18.0 R J95
K09B00E C2009 01 19.95923 08 21 38.48 +15 16 33.7 J95
K09B00E
C2009 01 19.96020 08 21 39.35 +15 16 29.6 J95
K09B00E
C2009 01 19.96284 08 21 41.67 +15 16 17.2 J95
K09B00E
C2009 01 19.96435 08 21 42.97 +15 16 10.4 J95
K09B00E
C2009 01 19.97022 08 21 48.10 +15 15 43.1 17.9 R J95
K09B00E C2009 01 20.95979 08 44 04.52 +13 21 08.8 J95
K09B00E
C2009 01 20.96074 08 44 06.16 +13 20 59.6 J95
K09B00E
C2009 01 20.96170 08 44 07.81 +13 20 50.3 17.3 R J95
K09B01W C2009 01 19.80722 23 03 31.65 +17 31 52.7 J95 = GS91KA = 9B84CE6 = Väisälä orbit only
K09B01W C2009 01
19.81874 23 03 32.21 +17 31 53.3 J95
K09B01W C2009 01
19.83038 23 03 32.69 +17 31 55.4
20.1 R J95
K09B02A C2009 01
19.84933 06 58 39.02 +12 32 36.1 J95 = BN77527 =
Mars-crossing Asteroid
K09B02A C2009 01
19.85356 06 58 38.60 +12 32 41.8
19.5 R J95
K09B02B C2009 01
18.89405 08 18 09.39 +04 17 33.9 J95 = 9B3CA35 = Inner
Main-belt Asteroid
K09B02B C2009 01
18.90019 08 18 08.87 +04 17 31.1 J95
K09B02B C2009 01
18.90604 08 18 08.29 +04 17 27.9
19.1 R J95
K09B02F C2009 01
20.02606 09 45 29.70 +16 26 01.5 J95 = BN65661 = Apollo
K09B02F C2009 01
20.02796 09 45 27.45 +16 25 44.9 J95
K09B02F C2009 01
20.02955 09 45 25.60 +16 25 31.2
18.7 R J95
K09B02H C2009 01
20.03262 11 20 00.08 +45 26 40.0 J95 = BN73465 = Aten
K09B02H C2009 01
20.03434 11 19 56.68 +45 27 24.5 J95
K09B02H C2009 01
20.03607 11 19 53.25 +45 28 08.8
17.5 R J95
K09B02J C2009 01
18.92143 07 56 37.77 +03 46 45.0 J95 = 9B3C683 = Aten
K09B02J C2009 01
18.92416 07 56 33.38 +03 45 20.6 J95
K09B02J C2009 01
18.92662 07 56 29.27 +03 44 03.0
18.7 R J95
K09B02J C2009 01
19.88962 07 26 00.58 -06 40 34.3 J95
K09B02J C2009 01 19.89998 07 25 34.67 -06 48
48.6 J95
K09B02J C2009 01
19.90261 07 25 28.11 -06 50 56.2 J95
K09B02J C2009 01
19.90705 07 25 16.95 -06 54 28.1
18.8 R J95
K09B02J C2009 01
20.90277506 34 16.26 -22 43 22.0
19.1 R J95
K09B02J C2009 01
20.91138506 33 40.84 -22 52 41.4
19.1 R J95
K09B02L
IC2009 01 19.87211 07 34 59.10 +10 56 08.1 J95 = BN77530 = Amor
K09B02L C2009 01
19.87796 07 34 58.56 +10 56 10.8 J95
K09B02L C2009 01
19.88377 07 34 57.95 +10 56 13.5
19.5 R J95
K09B02M C2009 01
18.91169 09 13 55.12 +04 51 30.7 J95 = 9B3CCB1 = Amor
K09B02M C2009 01
18.91451 09 13 55.67 +04 51 49.2 J95
K09B02M C2009 01
18.91736 09 13 56.25 +04 52 06.7
17.6 R J95
K09B02O
C2009 01 20.78905 07 36 16.43 +35 44 47.6 J95 = 9B3E6D8 = Mars-crossing
Asteroid
K09B02O
C2009 01 20.79548 07 36 15.88 +35 45 01.1 J95
K09B02O
C2009 01 20.80138 07 36 15.33 +35 45 13.2 18.9 R J95
K09B02V
C2009 01 20.93709 07 53 22.13 +33 51 22.0 J95 = 9B3E639 =
Mars-crossing Asteroid
K09B02V
C2009 01 20.94139 07 53 21.45 +33 51 11.0 J95
K09B02V
C2009 01 20.94600 07 53 20.73 +33 50 59.4 19.8 R J95
K09B02W C2009 01 20.95105 08 09 17.55 +45 58 48.8 J95 = 9B3E96D = Apollo
K09B02W C2009 01
20.95399 08 09 16.36 +45 59 05.9 J95
K09B02W C2009 01
20.95695 08 09 15.19 +45 59 23.1
19.3 R J95
K09B02W C2009 01
23.84847 07 49 11.77 +51 05 11.7 J95
K09B02W C2009 01
23.85344 07 49 08.78 +51 05 49.8 J95
K09B02W C2009 01
23.85919 07 49 05.32 +51 06 33.7
19.0 R J95
K09B05O
C2009 01 20.99477 09 28 40.68 +27 12 22.1 J95 = 9B3F0CC = Apollo
K09B05O
C2009 01 20.99792 09 28 44.52 +27 11 47.9 J95
K09B05O C2009 01 21.00108 09 28 48.39 +27 11 13.5 19.5 R J95
K09B05O
C2009 01 23.95566 10 50 28.42 +12 56 10.2 J95
K09B05O
C2009 01 23.95794 10 50 32.85 +12 55 16.0 J95
K09B05O C2009 01 23.96033 10 50 37.47 +12 54 17.6 19.1 R J95
K09B05P C2009 01
21.05478 10 04 32.05 +16 42 50.9 J95 = SW40fd = Apollo
K09B05P C2009 01
21.06069 10 04 33.89 +16 42 57.7 J95
K09B05P C2009 01
21.06657 10 04 35.77 +16 43 03.0
19.9 R J95
K09B05Q C2009 01
20.97969 08 36 45.44 +35 13 57.2 J95 = 9B3F35B = Apollo
K09B05Q C2009 01
20.98458 08 36 41.71 +35 13 32.0 J95
K09B05Q C2009 01
20.98949 08 36 38.03 +35 13 06.6 20.0 R J95
K09B05R C2009 01
23.98842 10 33 11.54 +05 21 29.4 J95 = Apollo
K09B05R C2009 01
23.99752 10 33 14.19 +05 20 53.3
19.3 R J95
K09B05T C2009 01
21.08768 10 17 58.93 +07 32 25.8 J95 = SW40ff = Amor
K09B05T C2009 01
21.08963 10 17 58.96 +07 32 31.1
19.8 R J95
K09B05U C2009 01
23.83451 06 42 15.47 +59 44 20.0 J95 = Apollo
K09B05U C2009 01
23.83856 06 42 17.05 +59 43 41.6 J95
K09B05U C2009 01
23.84263 06 42 18.64 +59 43 03.1
18.7 R J95
K09B10C C2009 01
20.93709 07 52 46.72 +33 53 59.5 J95 = GS91LA = MBA =
Great Shefford discovery
K09B10C C2009 01
20.94139 07 52 46.46 +33 54 00.1 J95
K09B10C C2009 01
20.94600 07 52 46.16 +33 54 01.2
19.3 R J95
K09B10C C2009 01
21.07485 07 52 37.46 +33 54 25.1 J95
K09B10C C2009 01
21.08127 07 52 37.03 +33 54 26.2
19.3 R J95
K09B10C C2009 01
23.80656 07 49 44.15 +34 01 48.1 J95
K09B10C C2009 01
23.81436 07 49 43.55 +34 01 50.1 J95
K09B10C C2009 01
23.82215 07 49 43.09 +34 01 51.3 J95
K09B10C C2009 01
23.82881 07 49 42.70 +34 01 51.8
19.5 R J95
K09B10G C2009 01
21.05478 10 04 42.86 +16 48 23.8 J95 = GS91LF = MBA = Great Shefford
discovery
K09B10G C2009 01
21.06069 10 04 42.65 +16 48 23.9 J95
K09B10G C2009 01
21.06657 10 04 42.34 +16 48 24.0
19.6 R J95
K09B10G C2009 01
23.90499 10 02 24.33 +16 47 00.4 J95
K09B10G C2009 01
23.91635 10 02 23.84 +16 46 59.7 J95
K09B10G C2009 01
23.92809 10 02 23.27 +16 46 59.2 J95
K09B10G C2009 01
23.93894 10 02 22.67 +16 46 59.4 J95
K09B10G C2009 01
23.94858 10 02 22.17 +16 46 59.2
20.2 R J95
K09B11G C2009 01
26.94678 04 43 56.68 -02 24 41.9 J95 = BO07188 = Apollo
K09B11G C2009 01
26.94792 04 43 56.15 -02 25 08.6 J95
K09B11G C2009 01
26.94982 04 43 55.20 -02 25 51.2 J95
K09B11G C2009 01
26.95146 04 43 54.39 -02 26 29.4
18.2 R J95
K09B11H C2009 01
26.96278 09 31 18.51 +04 14 10.9 J95 = BO07196 = Apollo
K09B11H C2009 01
26.96406 09 31 19.33 +04 14 23.3 J95
K09B11H C2009 01
26.96531 09 31 20.15 +04 14 36.0
18.5 R J95
K09B58J C2009 01
31.80710 03 39 19.39 +06 32 20.1 J95 = Apollo
K09B58J C2009 01
31.81306 03 39 18.27 +06 32 26.9 J95
K09B58J
pC2009 01 31.81908 03 39 17.07 +06 32 32.3 19.5 R J95
K09B58K C2009 01
31.79193 05 02 51.28 -09 56 55.0
18.4 R J95 = Apollo
K09B58K C2009 01
31.79659 05 02 48.05 -10 00 05.8
17.5 R J95
K09B58K C2009 01
31.80105 05 02 44.88 -10 03 10.7
18.0 R J95
K09B77F C2009 01
31.94705 09 48 06.58 +22 57 50.5 J95 = 9B8FF0E =
Mars-crossing Asteroid
K09B77F C2009 01
31.95306 09 48 06.20 +22 57 59.7 J95
K09B77F C2009 01
31.96506 09 48 05.31 +22 58 19.6 J95
K09B81F C2009 01
31.86514 09 27 02.98 +54 23 19.6 J95 = 9B068EB = Apollo
K09B81F C2009 01
31.87740 09 27 17.91 +54 22 00.8 J95
K09B81F C2009 01
31.90563 09 27 52.05 +54 18 58.1
19.9 R J95
06981
C2008 12 30.09438 12 41 14.11 +04 46 41.3 J95 = MBA
06981
C2008 12 30.10413 12 41 14.55 +04 46 38.5 J95
06981
C2008 12 30.11484 12 41 15.05 +04 46 35.5 17.8 R J95
14246
C2008 12 30.82662 04 24 28.19 +22 46 20.1 J95 = MBA
14246
C2008 12 30.83958 04 24 27.69 +22 46 18.7 J95
14246
C2008 12 30.85735 04 24 27.02 +22 46 16.7 17.5 R J95
14347 C2008 12 30.04197 08 26 44.16 +24 45
16.8 J95 = MBA
14347
C2008 12 30.05393 08 26 43.46 +24 45 20.2 J95
14347
C2008 12 30.08309 08 26 41.73 +24 45 28.2 18.0 R J95
33023 C2008 12 02.17573 09 23 14.64 +04 32
58.2 J95 = MBA
33023
C2008 12 02.18170 09 23 14.75 +04 32 57.4 J95
33023
C2008 12 02.18674 09 23 14.85 +04 32 56.4 19.0 R J95
39134 C2008 12 27.00747 04 49 55.86 +20 28
32.1 J95 = MBA
39134 C2008 12 27.01365 04 49 55.56 +20 28
32.6 18.7 R J95
58165 C2008 12 30.02189 08 26 30.52 +24 47
21.8 J95 = MBA
58165 C2008 12 30.04197 08 26 29.55 +24 47
31.5 J95
58165 C2008 12 30.05393 08 26 28.99 +24 47
37.4 J95
58165 C2008 12 30.08309 08 26 27.58 +24 47
51.3 16.8 R J95
58428 C2008 12 30.83958 04 23 39.31 +22 48
10.3 J95 = MBA
58428
C2008 12 30.85735 04 23 38.55 +22 48 08.9 20.1 R J95
70862
C2008 12 30.02189 08 27 25.47 +24 50 20.9 J95 = MBA
70862
C2008 12 30.04197 08 27 24.47 +24 50 24.4 J95
70862
C2008 12 30.05393 08 27 23.88 +24 50 27.1 J95
70862
C2008 12 30.08309 08 27 22.46 +24 50 32.7 19.0 R J95
76641
C2008 12 30.09438 12 41 42.70 +04 41 53.4 J95 = MBA
76641
C2008 12 30.10413 12 41 43.38 +04 41 51.9 J95
76641
C2008 12 30.11484 12 41 44.09 +04 41 50.6 19.1 R J95
80061 C2008 12 30.12984 11 12 25.56 +14 11
11.5 J95 = MBA
80061
C2008 12 30.14148 11 12 25.66 +14 11 14.8 20.0 R J95
B6466
C2008 12 09.98788 05 17 05.28 +25 35 38.1 J95 = MBA
B6466 C2008 12 10.00003 05 17 04.58 +25 35
34.1 19.7 R J95
C3275 C2008 12 17.76843 03 53 09.84 +29 17
02.4 J95 = MBA
C3275 C2008 12 17.77857 03 53 09.32 +29 17
00.6 19.7 R J95
C5278 C2008 12 26.85794 03 54 37.21 +26 00
15.9 J95 = MBA
C5278 C2008 12 26.88414 03 54 36.43 +26 00
07.3 J95
C5278 C2008 12 26.91911 03 54 35.44 +25 59
55.7 19.7 R J95
C5278 C2008 12 27.79326 03 54 12.44 +25 55
09.3 J95
C5278 C2008 12 27.81985 03 54 11.73 +25 55
01.4 J95
C5278 C2008 12 27.84308 03 54 11.11 +25 54
53.6 19.3 R J95
C5278 C2008 12 28.77710 03 53 48.44 +25 49
53.4 J95
C5278 C2008 12 28.79937 03 53 47.90 +25 49
46.2 J95
C5278 C2008 12 28.81455 03 53 47.53 +25 49
41.9 19.4 R J95
C5278 C2008 12 30.77219 03 53 06.45 +25 39
31.0 J95
C5278 C2008 12 30.77996 03 53 06.30 +25 39
28.4 J95
C5278 C2008 12 30.78776 03 53 06.16 +25 39
26.0 19.5 R J95
D1005 C2008 12 06.77155 03 08 13.03 +20 23
57.7 J95 = MBA
D1005
C2008 12 06.79508 03 08 11.90 +20 23 51.2 J95
D1005
C2008 12 06.81857 03 08 10.76 +20 23 44.5 18.6 R J95
G3013
C2008 12 30.82662 04 23 46.40 +22 46 07.5 J95 = MBA
G3013
C2008 12 30.83958 04 23 45.96 +22 46 08.1 J95
G3013
C2008 12 30.85735 04 23 45.34 +22 46 10.2 18.9 R J95
G3593 C2008 12 09.98788 05 17 05.66 +25 38
24.1 J95 = MBA
G3593
C2008 12 10.00003 05 17 04.97 +25 38 22.8 18.7 R J95
G6371
C2008 12 30.10413 12 40 40.88 +04 51 35.0 J95 = MBA
G6371 C2008 12 30.11484 12 40 41.55 +04 51
34.3 19.3 R J95
G7808
C2008 12 28.77710 03 54 19.18 +25 43 40.1 J95 = MBA
G7808
C2008 12 28.79937 03 54 18.36 +25 43 34.8 J95
G7808 C2008 12 28.81455 03 54 17.80 +25 43
32.9 20.0 R J95
G7808
C2008 12 30.77997 03 53 12.55 +25 38 00.0 J95
G7808
C2008 12 30.80522 03 53 11.70 +25 37 56.8 20.1 R J95
J3310
C2008 12 06.96076 04 03 24.06 +29 21 29.9 J95 = MBA
J3310
C2008 12 06.96665 04 03 23.69 +29 21 27.4 J95
J3310
C2008 12 07.01654 04 03 20.63 +29 21 07.2 18.9 R J95
J3310
C2008 12 07.81801 04 02 33.91 +29 15 42.7 J95
J3310
C2008 12 07.83388 04 02 32.96 +29 15 36.2 J95
J3310
C2008 12 07.90110 04 02 28.90 +29 15 09.8 J95
J3310
C2008 12 07.90237 04 02 28.83 +29 15 09.2 J95
J3310
C2008 12 07.90873 04 02 28.46 +29 15 06.5 J95
J3310
C2008 12 07.91701 04 02 27.98 +29 15 03.0 18.9 R J95
J3310
C2008 12 10.07524 04 00 25.47 +29 00 20.7 19.4 R J95
K01QQ0Y C2008 12
02.11603 04 34 21.08 +30 48 28.8 J95 = MBA
K01QQ0Y C2008 12 02.15057 04 34
18.55 +30 48 16.8
J95
K01QQ0Y
C2008 12 02.15500 04 34 18.23 +30 48 15.1 19.0 R J95
K03B48O C2008 12 30.10413 12 40 41.05 +04 51
17.4 J95 = MBA
K03B48O
C2008 12 30.11484 12 40 41.71 +04 51 18.7 19.6 R J95
K03S01U C2008 12 06.85961 04 02 09.20 +29 31 03.0 J95 = MBA
K03S01U C2008 12
06.87481 04 02 08.26 +29 31 00.4 J95
K03S01U C2008 12
06.88741 04 02 07.47 +29 30 58.4
19.1 R J95
K03S01U C2008 12
09.91236 03 59 10.85 +29 21 32.1 J95
K03S01U C2008 12
09.95948 03 59 08.12 +29 21 23.0 J95
K03S01U C2008 12
10.03943 03 59 03.50 +29 21 06.6 J95
K03S01U C2008 12 10.05501
03 59 02.58 +29 21 03.8 19.4
R J95
K03S60W C2008 12
26.85794 03 54 18.68 +25 49 23.4 J95 = MBA
K03S60W C2008 12
26.88414 03 54 17.92 +25 49 18.2
20.2 R J95
K03S60W C2008 12
27.79326 03 53 56.87 +25 46 07.3 J95
K03S60W C2008 12
27.81985 03 53 56.23 +25 46 01.5 J95
K03S60W C2008 12
27.84308 03 53 55.67 +25 45 56.7
19.2 R J95
K03S60W C2008 12
30.77219 03 52 58.71 +25 36 04.5 J95
K03S60W C2008 12
30.77996 03 52 58.61 +25 36 02.4 J95
K03S60W C2008 12
30.78776 03 52 58.54 +25 36 00.9
19.6 R J95
K03Sg7R C2008 12
30.02189 08 27 05.80 +24 50 40.0 J95 = MBA
K03Sg7R C2008 12
30.05393 08 27 04.22 +24 50 45.7 J95
K03Sg7R C2008 12
30.08309 08 27 02.76 +24 50 50.9
19.6 R J95
K05C25V C2008 12
09.80905 22 21 48.85 +78 05 00.9 J95 = Apollo
K05C25V C2008 12
09.82064 22 21 57.79 +78 04 53.0
20.0 R J95
K05E10D C2008 12 26.95553 03 47
49.92 +28 55 42.1
J95 = MBA
K05E10D
C2008 12 26.96434 03 47 49.67 +28 55 41.4 20.0 R J95
K05Y21N C2008 12 27.79326 03 53 45.71 +25 53
36.4 J95 = GS8CSA =
MBA
K05Y21N
C2008 12 27.81985 03 53 44.96 +25 53 26.5 J95
K05Y21N
C2008 12 27.84308 03 53 44.32 +25 53 17.3 19.7 R J95
K05Y21N
C2008 12 28.76638 03 53 22.19 +25 47 20.9 J95
K05Y21N
C2008 12 28.77661 03 53 21.95 +25 47 16.8 J95
K05Y21N
C2008 12 28.78641 03 53 21.73 +25 47 13.5 J95
K05Y21N
C2008 12 28.79937 03 53 21.36 +25 47 08.9 J95
K05Y21N
C2008 12 28.81832 03 53 20.86 +25 47 01.8 19.6 R J95
K05Y21N
C2008 12 30.77996 03 52 41.13 +25 34 45.1 J95
K05Y21N
C2008 12 30.78776 03 52 40.90 +25 34 41.4 20.1 R J95
K08U90L C2008 12 07.17301 13 08 14.17 +12 56 28.3 J95 = Interior Earth
Object
K08U90L C2008 12
07.17745 13 08 15.88 +12 56 27.2 J95
K08U90L C2008 12
07.18210 13 08 17.53 +12 56 26.6
19.6 R J95
K08U90L C2008 12
17.24375 14 12 10.29 +11 51 51.9 J95
K08U90L C2008 12
17.24856 14 12 12.14 +11 51 49.0 J95
K08U90L C2008 12
17.25337 14 12 14.02 +11 51 45.7
19.0 R J95
K08V65A
EC2008 12 02.10598 04 40 47.77 +15 37 39.2 J95 = GS8C1D = MBA
K08V65A
EC2008 12 02.11066 04 40 47.59 +15 37 40.1 J95
K08V65A C2008 12
02.12424 04 40 46.83 +15 37 36.7 J95
K08V65A C2008 12
02.13160 04 40 46.40 +15 37 35.6 J95
K08V65A C2008 12
02.14060 04 40 45.87 +15 37 33.3
20.1 R J95
K08W13Z C2008 12
06.77155 03 07 50.30 +20 22 01.3 J95 = Apollo
K08W13Z C2008 12
06.79508 03 07 47.74 +20 21 58.4 J95
K08W13Z C2008 12
06.81857 03 07 45.26 +20 21 55.0
20.6 R J95
K08W14G C2008 12
07.21627515 17 48.03 +42 17 31.4
19.1 R J95 = Apollo
K08W14G C2008 12
07.21919115 17 50.42 +42 14 30.6
19.6 R J95
K08W14G C2008 12 07.22623415 17 56.07 +42 07
16.0 19.4 R J95
K08W42P C2008 12
26.85794 03 54 41.75 +26 00 12.8 J95 = MBA
K08W42P C2008 12
26.88414 03 54 40.61 +26 00 17.1
20.6 R J95
K08W94Y
MC2008 12 06.72326920 09 12.39 +17 26 04.2 J95 = Apollo
K08W94Y cC2008 12 06.73589820 08 27.45 +17 32 12.4 J95
K08W94Y HC2008 12 06.74863320 07 42.25 +17
38 17.3 20.3 R J95
K08W95A IC2008 12 02.16158 06 52 03.08 +16 20
24.4 J95 = Centaur
K08W95A
IC2008 12 02.16556 06 52 02.52 +16 20 14.8 J95
K08W95A C2008 12
02.16852 06 52 02.13 +16 20 07.2
19.0 R J95
K08W95A C2008 12
07.12582 06 40 52.50 +12 49 30.8 J95
K08W95A C2008 12
07.13050 06 40 51.86 +12 49 18.8
19.2 R J95
K08W96K C2008 12
02.19636 08 53 23.79 +32 38 32.5 J95 = Apollo
K08W96K C2008 12
02.19914 08 53 21.84 +32 38 54.0 J95
K08W96K C2008 12
02.20247 08 53 19.47 +32 39 19.2
18.7 R J95
K08W96K C2008 12
07.20296 08 08 29.57 +39 44 23.4 J95
K08W96K C2008 12
07.20604 08 08 28.14 +39 44 33.0 J95
K08W96K C2008 12
07.20912 08 08 26.72 +39 44 42.7 19.0 R J95
K08W97A C2008 12
02.08566 04 34 44.87 +30 45 09.9 J95 = GS8C1B = Inner
Main-belt Asteroid
K08W97A C2008 12
02.08996 04 34 44.54 +30 45 06.2 J95
K08W97A C2008 12
02.09623 04 34 43.94 +30 44 58.1
18.5 R J95
K08W97A C2008 12
02.11482 04 34 42.26 +30 44 38.3 J95
K08W97A C2008 12
02.11684 04 34 42.06 +30 44 36.2
18.6 R J95
K08W97A C2008 12
02.15057 04 34 38.97 +30 43 59.8 J95
K08W97A C2008 12
02.15500 04 34 38.60 +30 43 54.7
18.6 R J95
K08W97A C2008 12 03.06464
04 33 17.94 +30 27 44.6
J95
K08W97A C2008 12
03.06754 04 33 17.75 +30 27 41.6 J95
K08W97A C2008 12
03.07141 04 33 17.38 +30 27 37.3
18.8 R J95
K08X00G C2008 12
02.10598 04 41 09.49 +15 34 05.8
20.9 R J95 = 8XA44D4 = Amor
K08X00G C2008 12
02.11066 04 41 08.16 +15 35 09.1
20.1 R J95
K08X00G C2008 12
02.12424 04 41 04.51 +15 38 12.3
20.5 R J95
K08X00G C2008 12
02.13160 04 41 02.65 +15 39 51.2
20.0 R J95
K08X00G C2008 12
02.14060 04 41 00.23 +15 41 53.6
21.0 R J95
K08X00H C2008 12
02.08458 04 35 22.24 +30 35 11.3 J95 = 8XA4806 = Apollo
K08X00H C2008 12 02.08996
04 35 20.59 +30 35 27.0
J95
K08X00H C2008 12
02.09656 04 35 18.70 +30 35 46.7
19.4 R J95
K08X00P C2008 12
09.98788 05 16 58.79 +25 31 35.5 J95 = Amor
K08X00P C2008 12
10.00003 05 16 58.30 +25 32 00.5
19.5 R J95
K08X01B C2008 12
03.80704 22 48 01.64 +40 58 08.7 J95 = 8X2D491 = Apollo
K08X01B C2008 12
03.81350 22 48 08.72 +40 58 06.6
18.6 R J95
K08X01B C2008 12 06.84160
23 44 07.74 +39 52 02.9
J95
K08X01B C2008 12
06.84469 23 44 10.99 +39 51 55.8 J95
K08X01B C2008 12
06.84864 23 44 15.09 +39 51 46.9
18.4 R J95
K08X01B C2008 12
07.79149 00 00 41.79 +39 13 04.4 J95
K08X01B C2008 12
07.79598 00 00 46.25 +39 12 52.5 J95
K08X01B C2008 12
07.80048 00 00 50.81 +39 12 40.4 18.3 R J95
K08X01C C2008 12
09.97612 05 30 37.14 -06 23 06.7 J95 = Apollo
K08X01C C2008 12
09.97826 05 30 40.82 -06 23 37.8 J95
K08X01C C2008 12
09.98036 05 30 44.44 -06 24 08.8
16.2 R J95
K08X01M C2008 12
06.83300 03 18 53.56 +32 58 58.1 J95 = Apollo
K08X01M C2008 12
06.83506 03 18 51.42 +32 58 57.0 J95
K08X01M C2008 12 06.83802 03 18
48.35 +32 58 55.1 17.9 R J95
K08X02O
C2008 12 06.85961 04 02 45.51 +29 27 47.6 J95 = Amor
K08X02O
C2008 12 06.87985 04 02 43.39 +29 27 45.2 20.7 R J95
K08X02P
C2008 12 07.11184 10 32 13.41 +46 06 30.1 J95 = Amor
K08X02P C2008 12 07.11428 10 32 13.88 +46 06 34.7 J95
K08X02P C2008 12
07.11663 10 32 14.32 +46 06 38.3
19.4 R J95
K08X02P C2008 12
17.23394 11 02 23.38 +50 40 01.1 J95
K08X02P C2008 12
17.23646 11 02 23.78 +50 40 04.9 J95
K08X02P C2008 12
17.23898 11 02 24.10 +50 40 09.1
19.2 R J95
K08X02Q C2008 12
07.14659 10 33 00.02 +44 38 55.2 J95 = Apollo
K08X02Q C2008 12 07.15211 10 33
00.12 +44 39 00.5
J95
K08X02Q
C2008 12 07.15761 10 33 00.21 +44 39 07.4 21.0 R J95
K08X02Q
C2008 12 17.20437 10 33 12.13 +47 32 58.8 J95
K08X02Q
C2008 12 17.22088 10 33 11.45 +47 33 16.0 20.7 R J95
K08X02Q
C2008 12 30.16315 10 18 32.84 +50 56 51.1 J95
K08X02Q
C2008 12 30.16900 10 18 32.07 +50 56 54.8 J95
K08X02Q C2008 12 30.17485 10 18 31.39 +50 57 00.2 20.0 R J95
K08X02S C2008 12
06.99165 10 13 57.25 +42 17 08.9 J95 = 8XAC7A2 = MBA
K08X02S C2008 12
06.99591 10 13 57.58 +42 17 14.8 J95
K08X02S C2008 12
07.00024 10 13 58.01 +42 17 19.9
19.4 R J95
K08X02T C2008 12 07.08048 11 57
00.34 +21 11 15.9
J95 = 8X3000B = MBA
K08X02T
C2008 12 07.08923 11 57 01.37 +21 11 18.7 J95
K08X02T C2008 12 07.10241 11 57 02.91 +21 11 25.1 19.8 R J95
K08X02U C2008 12
06.89784 07 34 00.19 +39 41 01.4 J95 = 8XAC6A9 = Apollo
K08X02U C2008 12
06.90271 07 33 59.53 +39 40 45.5
J95
K08X02U C2008 12
06.90848 07 33 58.65 +39 40 24.7
20.0 R J95
K08X02U C2008 12
10.01840 07 29 14.23 +37 16 49.7 J95
K08X02U C2008 12
10.11029 07 29 03.96 +37 14 00.0
20.7 R J95
K08X02V C2008 12
06.91522 08 10 45.92 +44 27 48.5 J95 = 8XAC6EC = Amor
K08X02V C2008 12
06.93172 08 10 43.91 +44 26 56.1 J95
K08X02V C2008 12
06.93920 08 10 43.02 +44 26 31.5
20.1 R J95
K08X02V C2008 12
17.17311 07 47 27.22 +34 02 47.5 J95
K08X02V C2008 12
17.18062 07 47 26.09 +34 02 17.3 J95
K08X02V C2008 12
17.18843 07 47 24.81 +34 01 45.6
19.6 R J95
K08X02W C2008 12
06.98164 11 52 35.90 +44 07 35.0 J95 = 8X2FF93 = Apollo
K08X02W C2008 12
06.98445 11 52 34.94 +44 08 22.7 J95
K08X02W C2008 12
06.98730 11 52 34.06 +44 09 10.4
17.8 R J95
K08X02W C2008 12
07.19426 11 51 24.55 +45 06 58.6 J95
K08X02W C2008 12
07.19617 11 51 23.94 +45 07 30.6 J95
K08X02W C2008 12
07.19812 11 51 23.20 +45 08 03.0
18.6 R J95
K08X02X C2008 12
07.03636 09 55 51.15 +42 08 18.9 J95 = 8XAC7B6 = Amor
K08X02X C2008 12
07.05144 09 55 53.57 +42 07 41.8 J95
K08X02X C2008 12
07.06668 09 55 56.02 +42 07 03.9
20.9 R J95
K08X03E C2008 12 07.00697 08 27
58.82 +25 58 15.9
J95 = BN07357 = Amor
K08X03E
C2008 12 07.02488 08 27 57.98 +25 58 17.6 19.1 R J95
K08X06Z IC2008 12 06.85961 04 02 17.97 +29 31
00.0 J95 = GS8C6A = MBA = Great Shefford Discovery
K08X06Z C2008 12
06.87481 04 02 17.05 +29 30 58.6 J95
K08X06Z
C2008 12 06.88741 04 02 16.39 +29 30 56.9 20.2 R J95
K08X06Z
C2008 12 09.91236 03 59 32.36 +29 27 38.6 J95
K08X06Z C2008 12 09.93565 03 59 31.19 +29 27 38.5 20.4 R J95
K08X06Z C2008 12
10.04722 03 59 25.01 +29 27 29.7
20.0 R J95
K08X06Z C2008 12
17.77325 03 53 03.90 +29 16 42.1 J95
K08X06Z C2008 12
17.79314 03 53 03.02 +29 16 38.8
20.1 R J95
K08X07E C2008 12
09.91236 03 58 55.64 +29 28 06.1 J95 = GS8C9A = MBA =
Great Shefford Discovery
K08X07E C2008 12 09.95948 03 58
52.98 +29 28 01.4
J95
K08X07E
C2008 12 10.03943 03 58 48.19 +29 27 52.3 J95
K08X07E
C2008 12 10.05501 03 58 47.39 +29 27 50.7 19.7 R J95
K08X07E
C2008 12 17.77355 03 52 33.83 +29 12 14.4 J95
K08X07E
C2008 12 17.78543 03 52 33.42 +29 12 13.0 J95
K08X07E
C2008 12 17.79859 03 52 32.87 +29 12 11.5 20.0 R J95
K08X07E C2008 12 19.08543 03 51 42.14 +29 09 17.7 J95
K08X07E
C2008 12 19.09649 03 51 41.72 +29 09 16.8 19.5 R J95
K08X07E
C2008 12 26.95553 03 48 00.54 +28 51 38.9 J95 = MBA
K08X07E C2008 12 26.96434 03 48 00.35 +28 51 37.7 20.0 R J95
K08X26R C2008 12
06.85961 04 03 13.60 +29 22 07.3 J95 = GS8C6B = MBA
K08X26R C2008 12
06.87481 04 03 12.70 +29 22 03.6 J95
K08X26R C2008 12
06.88741 04 03 12.07 +29 22 00.5
20.6 R J95
K08X26R C2008 12
06.96371 04 03 07.94 +29 21 41.0 J95
K08X26R C2008 12
07.01654 04 03 05.09 +29 21 27.8
20.4 R J95
K08Y02M C2008 12 26.97773 03 55
49.95 +11 58 34.9
J95 = Amor
K08Y02M
C2008 12 26.99444 03 56 00.70 +11 58 10.6 19.8 R J95
K08Y02N
C2008 12 26.85794 03 54 35.73 +25 56 54.7 20.9 R J95 = Apollo
K08Y02N
C2008 12 26.88414 03 54 43.65 +25 58 21.4 21.3 R J95
K08Y02N
C2008 12 26.91856 03 54 53.90 +26 00 12.8 20.9 R J95
K08Y02Q
C2008 12 26.74155515 09 41.90 +70 50 06.6 19.3 R J95 = Apollo
K08Y02Q
C2008 12 26.75210515 11 20.68 +70 47 31.8 19.0 R J95
K08Y02Q
C2008 12 26.76274415 12 59.58 +70 44 52.9 19.7 R J95
K08Y02R
C2008 12 30.12984 11 13 01.55 +14 04 36.2 J95 = Amor
K08Y02R
C2008 12 30.14148 11 13 03.17 +14 04 18.5 J95
K08Y02R C2008 12 30.15271 11 13 04.87 +14 04 01.8 19.9 R J95
K08Y03C
C2008 12 26.77453 02 35 47.34 +34 10 10.3 J95 = Apollo
K08Y03C
C2008 12 26.78277 02 35 38.09 +34 13 07.7 19.8 R J95
K08Y03C C2008 12 26.79177 02 35 28.01 +34 16 20.8 J95
K08Y03C
C2008 12 26.79945 02 35 19.41 +34 19 05.9 19.6 R J95
K08Y03C
C2008 12 28.73558 02 01 01.07 +44 22 54.5 J95
K08Y03C
C2008 12 28.74364 02 00 51.45 +44 25 07.4 19.8 R J95
K08Y03C
C2008 12 30.90504 01 20 33.15 +52 28 08.8 J95
K08Y03C C2008 12 30.91466 01 20 21.65 +52 29 47.4 20.8 R J95
K08Y24T C2008 12
26.85794 03 54 32.83 +25 52 42.7 J95 = GS8CRA = MBA =
Great Shefford Discovery
K08Y24T C2008 12 26.88414 03 54
32.01 +25 52 39.6
J95
K08Y24T
C2008 12 26.91911 03 54 30.97 +25 52 36.1 21.1 R J95
K08Y24T C2008 12 27.81985 03 54 07.20 +25 50 54.9 J95
K08Y24T
C2008 12 27.84308 03 54 06.54 +25 50 52.3 21.2 R J95
K08Y24T C2008 12 28.78164 03 53 43.41 +25 49 10.0 J95
K08Y24T
C2008 12 28.79937 03 53 42.92 +25 49 08.5 J95
K08Y24T
C2008 12 28.81455 03 53 42.57 +25 49 05.5 20.8 R J95
K08Y26G
C2008 12 29.74769 03 33 22.13 +00 30 46.7 J95 = Amor
K08Y26G
C2008 12 29.75337 03 33 24.73 +00 31 34.7 J95
K08Y26G
C2008 12 29.75929 03 33 27.44 +00 32 26.4 18.4 R J95
K08Y27N
C2008 12 29.98584 04 57 50.55 +23 31 42.3 J95 = BN31205 = Apollo
K08Y27N
C2008 12 29.98650 04 57 50.74 +23 31 54.0 J95
K08Y27N
C2008 12 29.98714 04 57 50.93 +23 32 05.3 J95
K08Y27N
C2008 12 29.98781 04 57 51.13 +23 32 17.1 17.5 R J95
K08Y27O
C2008 12 29.99010 06 09 09.02 +09 58 02.8 J95 = BN40173 = Amor
K08Y27O
C2008 12 29.99070 06 09 08.89 +09 58 08.2 J95
K08Y27O
C2008 12 29.99202 06 09 08.53 +09 58 20.2 18.8 R J95
K08Y27Q
C2008 12 30.76188723 02 56.15 +16 34 01.1 J95 = Apollo
K08Y27Q
C2008 12 30.76355323 02 52.01 +16 34 35.6 J95
K08Y27Q
C2008 12 30.76508123 02 48.25 +16 35 08.3 18.2 R J95
K08Y27R
C2008 12 30.02189 08 26 47.61 +24 46 52.4 J95 = 8YB4F35 = Apollo
K08Y27R
C2008 12 30.04197 08 26 46.19 +24 47 06.7 J95
K08Y27R
C2008 12 30.05393 08 26 45.28 +24 47 15.1 J95
K08Y27R
C2008 12 30.08309 08 26 43.19 +24 47 35.5 19.7 R J95
K08Y27S
C2008 12 30.09438 12 40 53.68 +04 43 44.5 J95 = 8YB594F = Apollo
K08Y27S
C2008 12 30.10413 12 40 56.22 +04 43 44.3 J95
K08Y27S
C2008 12 30.11484 12 40 58.91 +04 43 44.3 19.5 R J95
K08Y29D
C2008 12 30.82662 04 24 04.29 +22 46 22.4 J95 = SW40fH = Amor
K08Y29D
C2008 12 30.83958 04 24 04.23 +22 47 06.3 J95
K08Y29D
C2008 12 30.85735 04 24 03.97 +22 48 06.3 21.2 R J95
K08Y29G C2008 12 30.88291 08 01 43.60 +24 37 02.3 J95 = Amor
K08Y29G C2008 12
30.89405 08 01 47.27 +24 35 52.1
19.4 R J95
Dave Briggs, J69
COD J69
OBS
MEA
TEL 0.40-m f/4.57 Newtonian reflector + CCD
ACK MPCReport file updated 2009.01.04 15:52:09
AC2
NET USNO-A2.0
G0367
C2009 01 03.96958 07 58 24.19 +25 06 43.0 16.8 C J69
G0367
C2009 01 03.97661 07 58 23.73 +25 06 40.8 16.8 C J69
G0367
C2009 01 03.98543 07 58 23.10 +25 06 38.9 17.1 C J69
G0367
C2009 01 03.99245 07 58 22.61 +25 06 37.1 17.0 C J69
COD E16
OBS R.Dymock
MEA R.Dymock
TEL 0.3-m f/5.9 reflector + CCD
ACK MPCReport file updated 2009.02.04 15:
AC2 roger.dymock@ntlworld.com
NET USNO-B1.0
D6472
C2009 01 31.63124 12 34 04.80 +28 28 46.2 E16
D6472
C2009 01 31.63818 12 34 04.77 +28 28 47.0 E16
D6472
C2009 02 03.64125 12 33 58.35 +28 30 46.2 E16
D6472
C2009 02 04.61704 12 33 56.26 +28 31 24.4 E16
COD E16
OBS R.Dymock
MEA R.Dymock
TEL 0.3-m f/5.9 reflector + CCD
ACK MPCReport file updated 2009.01.25 11:
AC2 roger.dymock@ntlworld.com
NET USNO-B1.0
K09A16D C2009 01 24.70933 07 51
59.08 +05 55 51.4
E16
K09A16D
C2009 01 24.71199 07 51 59.64 +05 55 11.5 E16
K09A16D C2009 01 24.71531 07 52 00.35 +05 54 21.6 E16
K09A16D C2009 01
24.71803 07 52 00.93 +05 53 40.6 E16
COD E16
OBS R.Dymock
MEA R.Dymock
TEL 0.3-m f/5.9 reflector + CCD
ACK MPCReport file updated 2009.01.25 16:44:30
AC2 roger.dymock@ntlworld.com
NET USNO-B1.0
K09A16D C2009 01 25.58980 07 55
27.79 +02 16 27.6
E16
K09A16D
C2009 01 25.59494 07 55 28.82 +02 15 10.4 E16
K09A16D C2009 01 25.59985 07 55 29.78 +02 13 57.0 E16
K09A16D C2009 01
25.60683 07 55 31.16 +02 12 12.7 E16
John Fletcher, J93
COD J93
OBS John Fletcher
MEA John Fletcher
TEL 0.25-m f/5.5 Schmidt-Cassegrain
+ CCD
ACK MPCReport file updated 2009.01.03 05:35:16
AC2
NET
NOMAD
06137
C2009 01 03.20221 13 16 02.33 -16 14 29.5 17.0 V J93
06137 C2009 01 03.21090 13 16 02.66 -16 14 33.9 17.1
V J93
06137 C2009 01 03.22843 13 16 03.39 -16 14 43.6 17.1
V J93
COD J93
OBS John Fletcher
MEA John Fletcher
TEL 0.25-m f/5.5 Schmidt-Cassegrain
+ CCD
ACK MPCReport file updated 2009.01.03 01:
AC2
NET USNO-B1.0
01627 C2009 01 02.97663 02 51 29.49 +04 24 39.4 15.5
V J93
01627
C2009 01 02.97806 02 51 29.52 +04 24 40.3 15.6 V J93
01627
C2009 01 02.97948 02 51 29.60 +04 24 41.6 15.5 V J93
04179
C2009 01 02.96669 09 07 45.98 +15 56 56.4 14.1 V J93
04179
C2009 01 02.96810 09 07 45.80 +15 56 57.3 14.0 V J93
04179
C2009 01 02.96953 09 07 45.62 +15 56 58.4 14.1 V J93
12711
C2009 01 03.00624 06 52 21.69 +53 00 23.6 16.6 V J93
12711
C2009 01 03.00905 06 52 20.62 +53 00 17.4 16.5 V J93
12711
C2009 01 03.01185 06 52 19.64 +53 00 11.4 16.6 V J93
89355
C2009 01 03.03531 06 19 42.59 +19 26 47.8 16.5 V J93
89355
C2009 01 03.03812 06 19 42.25 +19 26 52.6 16.4 V J93
89355
C2009 01 03.04094 06 19 41.97 +19 26 57.6 16.4 V J93
D6849
C2009 01 02.98801 08 35 05.89 +13 54 10.1 15.3 V J93
D6849 C2009 01 02.99086 08 35 06.31 +13 54 13.0 15.3
V J93
D6849 C2009 01 02.99369 08 35 06.76 +13 54 16.1 15.4
V J93
G2900 C2009 01 03.01913 03 25 32.48 +39 26 20.9 14.5
V J93
G2900 C2009 01 03.02125 03 25 32.68 +39 26 22.8 14.6
V J93
G2900 C2009 01 03.02337 03 25 32.95 +39 26 24.4 14.6
V J93
4179
Toutatis 0.2au from
home planet.
1627 Ivar
Period of orbit
2.54 years (928.9 days)
Perihelion distance
1.12 AU
Aphelion distance 2.60 AU
136849
0.1au from home planet
( P.H.A. )
12911 0.5 from home planet.
162900 0.3 from home planet
89355 0.6 from home planet.
COD E10
OBS R. Miles
MEA R. Miles
TEL 2.0-m f/10.0 Ritchey-Chretien + CCD
ACK MPCReport file updated 2009.02.25 22:
AC2 rmiles@baa.u-net.com
NET USNO-B1.0
K09D36S C2009 02 25.67194911 19
48.06 +00 50 58.1 19.7 R
E10
K09D36S C2009 02 25.67310911 19
47.39 +00 50 31.3 19.9 R
E10
K09D36S C2009 02 25.67478311 19
46.33 +00 49 51.2 19.7 R
E10
K09D36S C2009 02 25.68586711 19
39.61 +00 45 34.7 19.7 R
E10
K09D36S C2009 02 25.68660911 19 39.12
+00 45 16.1 19.5 R
E10
K09D36S C2009 02 25.68733511 19
38.71 +00 44 58.1 19.3 R
E10
K09D36S C2009 02 25.68818711 19
38.16 +00 44 37.8 19.5 R
E10
K09D36S C2009 02 25.68911311 19
37.54 +00 44 17.5 19.4 R
E10
K09D36S C2009 02 25.68989611 19
37.09 +00 43 58.9 19.2 R
E10
K09D36S C2009 02 25.69064311 19
36.66 +00 43 42.4 19.5 R
E10
K09D36S C2009 02 25.69136411 19
36.24 +00 43 25.3 19.8 R
E10
K09D36S C2009 02 25.70004811 19
30.92 +00 40 01.9 20.2 R
E10
K09D36S C2009 02 25.70083411 19
30.45 +00 39 44.4 19.6 R
E10
K09D36S C2009 02 25.70165311 19
29.93 +00 39 24.0 19.9 R
E10
K09D36S C2009 02 25.70300611 19
29.13 +00 38 53.1 19.7 R
E10
K09D36S C2009 02 25.70381411 19
28.64 +00 38 34.9 19.8 R
E10
K09D36S C2009 02 25.70459011 19
28.22 +00 38 17.2 19.7 R
E10
K09D36S C2009 02 25.70539411 19
27.67 +00 37 57.3 20.2 R
E10
K09D36S C2009 02 25.70613611 19
27.22 +00 37 39.9 19.8 R
E10
COD F65
OBS R. Miles
MEA R. Miles
TEL 2.0-m f/10.0 Ritchey-Chretien + CCD
ACK MPCReport file updated 2009.02.23 15:53:55
AC2 rmiles@baa.u-net.com
NET USNO-B1.0
SW40g3 C2009 02 23.63445516 25
42.48 -04 03 19.0 20.3 R
F65
SW40g3 C2009 02 23.63847016 25
42.61 -04 03 20.2 20.4 R
F65
SW40g3 C2009 02 23.64246516 25
42.73 -04 03 21.3 20.2 R
F65
The
27724 1990 QA1
2008 12 07.12456 03 18 05.60 +18 01 17.4 18.4 C 987
2008 12 07.12653 03 18 05.53 +18 01 16.5 19.3 C 987
2008 12 07.12802 03 18 05.40 +18 01 16.0 19.4 C 987
264 Libussa
2008 12 05.87958 03 43 39.90 +24 25 24.7 11.48R 987
2008 12 05.88810 03 43 39.38 +24 25 25.4 11.37R 987
1669 Dagmar
2008 12 05.98021 07 55 22.93 +22 04 51.4 15.42R 987
2365 Interkosmos
2008 12 05.88373 03 32 54.99 +24 55 28.6 14.49R 987
2008 12 05.88439 03 32 54.95 +24 55 28.2 14.27R 987
2008 12 05.88522 03 32 54.91 +24 55 28.0 14.26R 987
410 Chloris
2008 12 07.15100 09 46 35.95 +20 01 56.8 13.37R 987
2008 12 07.15197 09 46 35.96 +20 01 57.0 13.25R 987
2008 12 07.15266 09 46 35.98 +20 01 57.1 13.30R 987
2008 12 07.15424 09 46 36.00 +20 01 57.4 13.25R 987
2008 12 07.15609 09 46 36.02 +20 01 57.7 13.25R 987
8166 Buczynski
2008 12 27.81652 02 31 55.09
+15 43 15.5 18.17R 987
Images
3 images of
dwarf planet (136472) Makemake taken on 31 Jan, 3 Feb
and 4 Feb respectively. Magnitude is quoted as 17.0 in MPC ephemeris. Images
were obtained with a Skylive robotic telescope
located in
MPChecker
showed that 102509 should be in the same field as 2009 AD16. Part
of stacked image shown above. 2009 AD16 is the approx N-S row of dots
and 102509 is indicated nearby. A handy web resource 'Small body distance
triangulation calculator' at http://heliospheric-labs.com/obs/calc.html
shows that they were actually 8.5 million miles apart. 102509 is a Main Belt
asteroid whereas 2009 AD16 is an Amor.
John Fletcher
Hi.
Last night was the
longest I have observed for a very long while 20.00hrs until
I got my asteroid, (6137)
John Fletcher, between 04.230 and
Better pictorial
images in a few weeks time as I will be slightly brighter than
17th magnitude by never ever much higher in the sky.
I remember well long
ago when I stayed up specially for an object at
those early hours for my successfull Halley's
comet recovery shot in September 1985. No. 4 in
http://www.jfmto.pwp.blueyonder.co.uk/asteroidjf.htm
Its
the only way even though it was a hazy and misty at the lower altitudes and
minus 4.4 degs C with severe icy frost inside
the dome when I closed down.
John.
Occultations
ASTEROIDAL OCCULTATION -
REPORT FORM
====================================
EAON - EUROPEAN ASTEROIDAL
OCCULTATION NETWORK
1. DATE: 2009 Feb 07 STAR: TYC 1355-00842-1 ASTEROID: (1245) Calvinia
2. OBSERVER Name:
Address:
White Lodge,
Tel: +44 (0)1772 632450 Email:
ae@f2s.com
3. OBSERVING STATION - Warton Bank Observatory North - fixed single station
Nearest City:
Latitude : 53d 44' 25.6"N
Longitude: 002d 54' 25.4"W
Height above ellipsoid: 65m (EGM96 Geoid Height = 52.4m)
Datum WGS 84 - all coordinates GPS averaged
24hrs.
4. TIMING OF EVENTS OCCULTATION RECORDED? NEGATIVE
Type of event:
(S)tart
observation (I)nterrupt
start (D)isappearance
(B)link (F)lash
(E)nd
observation (J)Interrupt end (R)eappearance (O)ther (specify)
Event
Time (UTC) Accuracy
Code
(HH MM SS.ss)
(+/-S.ss)
S
21 04 04 (Central predicted time here: ~
E
21 08 10
5. TELESCOPE Type: Schmidt-Cassegrain Aperture:
406mm + f/3.3 reducer
Mount: Altazimuth
'goto'
Motor drive: Yes
Magnification: Video f.o.v.
~ 15' x 11'
6. TIMING AND RECORDING
Timekeeping: GPS receiver - Garmin 35 HVS, 1pps output into:
Mode: On-screen display - BlackBoxCamera
'STVASTRO' GPS video Date/Time
inserter.
Device: DV camcorder recording of Watec 902H video camera at Cass. focus.
Backup: MSF 60KHz time signal beeps on audio
track - synch. confirmed.
7. OBSERVING CONDITIONS
Atmospheric transparency: Good
Wind: Nil
Temperature: 0C
Star image stability :
Good Star elevation: 53 degrees
No scintillation but 7 degrees from 96%
moon.
Minor Planet visible on
video? No
8. OBSERVATION QUALITY -
Good
9. ADDITIONAL COMMENTS
(Report submitted to Gilles Regheere and PLANOCCULT.)
Positive not expected here - 1.5 sigma north of track centre.
Best Regards:
Date: 2009 Feb 08
(Rev. Jan 09)
ASTEROIDAL OCCULTATION -
REPORT FORM
====================================
EAON - EUROPEAN ASTEROIDAL
OCCULTATION NETWORK
1. DATE: 2009 Jan 31 STAR: TYC 1797-01203-1 ASTEROID: (5084) Gnedin
2. OBSERVER Name:
Address:
White Lodge,
Tel: +44 (0)1772 632450 Email:
ae@f2s.com
3. OBSERVING STATION - Warton Bank Observatory North - fixed single station
Nearest City:
Latitude : 53d 44' 25.6"N
Longitude: 002d 54' 25.4"W
Height above ellipsoid: 65m (EGM96 Geoid Height = 52.4m)
Datum WGS 84 - all coordinates GPS averaged
24hrs.
4. TIMING OF EVENTS OCCULTATION RECORDED? NEGATIVE
Type of event:
(S)tart
observation (I)nterrupt
start (D)isappearance
(B)link (F)lash
(E)nd
observation (J)Interrupt end (R)eappearance (O)ther (specify)
Event
Time (UTC) Accuracy
Code
(HH MM SS.ss)
(+/-S.ss)
S
23 08 58 (Central predicted
time here: ~
E
23 13 24
5. TELESCOPE Type: Schmidt-Cassegrain Aperture:
406mm + f/3.3 reducer
Mount: Altazimuth
'goto'
Motor drive: Yes
Magnification: Video f.o.v.
~ 15' x 11'
6. TIMING AND RECORDING
Timekeeping: GPS receiver - Garmin 35 HVS, 1pps output into:
Mode: On-screen display - BlackBoxCamera
'STVASTRO' GPS video Date/Time
inserter.
Device: DV camcorder recording of Watec 902H video camera at Cass. focus.
Backup: MSF 60KHz time signal beeps on audio
track - synch. confirmed.
7. OBSERVING CONDITIONS
Atmospheric transparency: Fair
Wind: Gusty breeze
Temperature: 0C
Star image stability :
Fair Star elevation: 34 degrees
Slight scintillation - no
break greater than 0.1 sec. Star
just above noise.
Minor Planet visible on
video? No
8. OBSERVATION QUALITY - Good
9. ADDITIONAL COMMENTS
(Report submitted to Gilles Regheere and PLANOCCULT.)
Positive not expected here - in 3 sigma
north zone.
Best Regards:
Date: 2009 Feb 01
(Rev. Jan 09)
ASTEROIDAL OCCULTATION -
REPORT FORM
====================================
EAON - EUROPEAN ASTEROIDAL
OCCULTATION NETWORK
1. DATE: 2009 Jan 24 STAR: TYC 0169-01954-1 ASTEROID: (601) Nerthus
2. OBSERVER Name:
Address:
White Lodge,
Tel: +44 (0)1772 632450 Email:
ae@f2s.com
3. OBSERVING STATION - Warton Bank Observatory North - fixed single station
Nearest City:
Latitude : 53d 44' 25.6"N
Longitude: 002d 54' 25.4"W
Height above ellipsoid: 65m (EGM96 Geoid Height = 52.4m)
Datum WGS 84 - all coordinates GPS averaged
24hrs.
4. TIMING OF EVENTS OCCULTATION RECORDED? NEGATIVE
Type of event:
(S)tart
observation (I)nterrupt
start (D)isappearance
(B)link (F)lash
(E)nd
observation (J)Interrupt end (R)eappearance (O)ther (specify)
Event
Time (UTC) Accuracy
Code
(HH MM SS.ss)
(+/-S.ss)
S
02 24 45 (Central predicted
time here: ~
E
02 28 45
5. TELESCOPE Type: Schmidt-Cassegrain Aperture:
406mm + f/3.3 reducer
Mount: Altazimuth
'goto'
Motor drive: Yes
Magnification: Video f.o.v.
~ 15' x 11'
6. TIMING AND RECORDING
Timekeeping: GPS receiver - Garmin 35 HVS, 1pps output into:
Mode: On-screen display - BlackBoxCamera
'STVASTRO' GPS video Date/Time
inserter.
Device: DV camcorder recording of Watec 902H video camera at Cass. focus.
Backup: MSF 60KHz time signal beeps on audio
track - synch. confirmed.
7. OBSERVING CONDITIONS
Atmospheric transparency: Variable
Wind: slight breeze
Temp +2C
Star image stability :
Fair Star elevation: +28
degrees
Scintillation due to low S/N - breaks up to
~0.1 sec. Recording checked
visually - not
obviously an occultation.
Minor Planet visible on
video? No
8. OBSERVATION QUALITY
- Good
9. ADDITIONAL COMMENTS
(Report submitted to Gilles Regheere and PLANOCCULT.)
Positive not expected here - 0.5 sigma north of centre line, ~25%
probability.
Best Regards:
Date: 2009 Jan 24
(Rev. Jan 09)
ASTEROIDAL OCCULTATION -
REPORT FORM
====================================
EAON - EUROPEAN ASTEROIDAL
OCCULTATION NETWORK
1. DATE: 2009 Jan 23 STAR: 2UCAC 35351958 ASTEROID: (339) Dorothea
(= GSC 0734-1946)
2. OBSERVER Name:
Address:
White Lodge,
Tel: +44 (0)1772 632450 Email:
ae@f2s.com
3. OBSERVING STATION - Warton Bank Observatory North - fixed single station
Nearest City:
Latitude : 53d 44' 25.6"N
Longitude: 002d 54' 25.4"W
Height above ellipsoid: 65m (EGM96 Geoid Height = 52.4m)
Datum WGS 84 - all coordinates GPS averaged
24hrs.
4. TIMING OF EVENTS OCCULTATION RECORDED? NEGATIVE
Type of event:
(S)tart
observation (I)nterrupt
start (D)isappearance
(B)link (F)lash
(E)nd
observation (J)Interrupt end (R)eappearance (O)ther (specify)
Event
Time (UTC) Accuracy
Code
(HH MM SS.ss)
(+/-S.ss)
S
22 54 23 (Central predicted
time here: ~
E
22 57 05
5. TELESCOPE Type: Schmidt-Cassegrain Aperture:
406mm + f/3.3 reducer
Mount: Altazimuth
'goto'
Motor drive: Yes
Magnification: Video f.o.v.
~ 15' x 11'
6. TIMING AND RECORDING
Timekeeping: GPS receiver - Garmin 35 HVS, 1pps output into:
Mode: On-screen display - BlackBoxCamera
'STVASTRO' GPS video Date/Time
inserter.
Device: DV camcorder recording of Watec 902H video camera at Cass. focus.
Backup: MSF 60KHz time signal beeps on audio
track - synch. confirmed.
7. OBSERVING CONDITIONS
Atmospheric transparency: Good
Wind: slight breeze
Temperature: +3C
Star image stability :
Good Star elevation: ~49 degrees
No scintillation
Minor Planet visible on
video? No
8. OBSERVATION QUALITY - Good
9. ADDITIONAL COMMENTS
(Report submitted to Gilles Regheere and PLANOCCULT.)
Positive not expected here - ~4 sigma north of centre line.
Best Regards:
Date: 2009 Jan 24
(Rev. Jan 09)
ASTEROIDAL OCCULTATION -
REPORT FORM
====================================
EAON - EUROPEAN ASTEROIDAL
OCCULTATION NETWORK
1. DATE: 2009 JAN 04 STAR: TYC
0729-01966-1 ASTEROID: (922) Schlutia
2. OBSERVER Name:
Address:
White Lodge,
Tel: +44 (0)1772 632450 Email:
ae@f2s.com
3. OBSERVING STATION - Warton Bank Observatory North - fixed single station
Nearest City:
Latitude : 53d 44' 25.6"N
Longitude: 002d 54' 25.4"W
Height above ellipsoid: 65m (EGM96 Geoid Height = 52.4m)
Datum WGS 84 - all coordinates GPS averaged
24hrs.
4. TIMING OF EVENTS OCCULTATION RECORDED? NEGATIVE
Type of event:
(S)tart
observation (I)nterrupt
start (D)isappearance
(B)link (F)lash
(E)nd
observation (J)Interrupt end (R)eappearance (O)ther (specify)
Event
Time (UTC) Accuracy
Code
(HH MM SS.ss)
(+/-S.ss)
S
21 25 47 (Central predicted time
here: ~
I
21 28 15 Technical interruption
J
21 28 18
E
21 29 34
5. TELESCOPE Type: Schmidt-Cassegrain Aperture:
406mm + f/3.3 reducer
Mount: Altazimuth
'goto'
Motor drive: Yes
'Magnification': Video f.o.v. ~ 15' x
11'
6. TIMING AND RECORDING
Timekeeping: GPS receiver - Garmin 35 HVS, 1pps output into:
Mode: On-screen display - BlackBoxCamera
'STVASTRO' GPS video Date/Time
inserter.
Device: DV camcorder recording of Watec 902H video camera at Cass. focus.
Backup: MSF 60KHz time signal beeps on audio
track - synch. confirmed.
7. OBSERVING CONDITIONS
Atmospheric transparency: Fair
Wind: Nil
Temperature: -4C
Star image stability :
Good Star elevation: +44 degrees
Scintillation during thin
cloud
0.1 sec
Minor Planet visible on
video? No
8. OBSERVATION QUALITY
- Fair.
Recording retained in case of other obs.
9. ADDITIONAL COMMENTS
(Report submitted to Gilles Regheere and PLANOCCULT.)
Positive not expected here - on northern
1-sigma line.
Best Regards:
Date: 2009 January 06
(Rev. Jan 09)
====================================
ASTEROIDAL OCCULTATION - REPORT FORM
====================================
1.DATE: 2009 Jan 02
STAR: TYC 2403-00016-1 (mag.
11.4)
ASTEROID:
657 Gunlod
2.OBSERVER:
Name:
Phone: +44 (0)1223 877251
Address:
E-mail: chris.hills@sepura.com
3.OBSERVING STATION:
Nearest
city:
Latitude: 52d 12.1m N
Longitude: 0d 11.5m E
Altitude: 10 m
Single/Multiple:
Single
4.TIMING OF EVENTS:
Occultation
recorded: Probably NEGATIVE
Type of
event:
"S"tart observation; "I"nterrupt-"s"tart;
"D"isappearance;
"B"link; "F"lash;
"E"nd observation; "I"nterrupt-"e"nd;
"R"eappearance; "O"ther
(specify)
Personal
Equation Substracted:
Event Time
(UT) P.E. Accuracy + Comments
code: HH:MM:SS .ss S.ss
S
O
E
5.TELESCOPE:
Type: Newtonian
Aperture: 305 mm, f/4.2
Magnification: x85
Mount: Equatorial
Motor
drive: Yes
6.TIMING & RECORDING:
Timekeeping: MSF signal
from Anthorn on 60 kHz
Mode of
recording: Audio recording of time pips
+ my commentary
Device of
recording: Visual
7.OBSERVING CONDITIONS:
Atmospheric
transparency: Good
Wind: None
Star image
stability: Good
Temperature:
Relative
Humidity:
8.ADDITIONAL COMMENTS:
There was
no occultation lasting more than 2 seconds.
Something
might have happened at 23:31:40, but it was more likely to
be
me losing the faint star for a brief time.
=============================================================
Dear Observers,
My first observation of 2009. The sky was clear while setting-up at 0100, but high cloud was present during the monitoring period, so I had to increase the integration time of the Watec to 8 frames to compensate for the light loss. The star image was clear with occasional dimming due to turbulance. No clear events were recorded.
Best wishes
Tim
1 DATE : 2009 Jan 24
STAR : TYC 0169-01954-1
ASTEROID : (601) Nerthus
2 OBSERVER:
Name :
Address: Hill Rise, Knowl Hill Common, Knowl Hill, RG10
E-mail : tvh.observatory@btinternet.com
3. OBSERVING STATION
Nearest cities : Maidenhead
Station : Home
Latitude : N 51° 30’ 22.0” Longitude: E 0° 48’ 52.7”
Altitude 75m
(Ordance Survey 1:2500 grid convertion.
J Brit Astron Assoc V92 p198 (1982)
Single, OR Double or
Multiple station (Specify observer's name) :
Single :
+----------------------------------------------------------------------+
4. TIMING OF EVENTS | OCCULTATION RECORDED : NEGATIVE
+----------------------------------------------------------------------+
Type of event
Start observation
End
observation
Personal Equation Subtracted : not required
Event Time(T.U.) P. E. Acc.
code HHMMSS.ss S.ss SS.ss
D
R
Duration
5 TELESCOPE
Type : Newtonian F4
Aperture : 30 cm
Focal length : 1200mm
Mount : Equatorial
Motor drive : Yes
6 TIMING &
RECORDING
Timekeeping : Video time stamp
(continuous HH:MM:SS)
Time-signal Station : BT telephone and DCF77
Mode of recording: Device of recording:
O Stopwatch O Visual
X Tape (VHS) X Watec 120N+ integration setting 4
O Eye-ear-method O Photometer
O T-Recorder (Chart) O Other (specify) :
7 OBSERVING CONDITIONS
Atmospheric transparency : Poor
Wind
: None
Star image stability
: fair
Temperature
: -1 °C
8 ADDITIONAL COMMENTS
Star field recorded using an 8 frame integration (ca
1/3 sec). I am situated near the N limit
of the track so a very short occultation will be obscured.