Occultation
prediction for DELHI India
For October
2011 with telescope of min. 15 cm aperture
day
Time P Star
Sp Mag Mag
% Elon Sun Moon CA
PA
d
h m s
No D v
r V ill Alt Alt Az o o
1 14 8
37 m 184189cA3 7.8
7.7 23+ 57
15 233 14S 178
4 14 43 13 d
187769 G5 8.1 7.6
55+ 95 36 207
60S 114
4 15 18 44 d
187789 B7 7.7 7.7s
55+ 96 32 216
66N 59
5 13 13 22 d
163192SA3 7.9 7.8
65+ 107 -10 43 165 51N 40
5 14 23 49 d
163210 K1 7.6 6.9
65+ 107 44 188 35N 24
6 18 52 38 d
3070 A3 6.6 6.5
75+ 120 18 243 55S 111
R3070
= 8 Aquarii
7 12 49
0 d 164563 F8 7.6
7.3 82+ 130 -5 36 129
78S 86
7 16 58 49 d
3184cK0 7.0 6.3
83+ 131 47 212 80S 84
7 17 3
15 D 3185 G8 5.1
4.5 83+ 131 47 214
67S 98
R3185
= 46 Capricorni
8 12 50
0 d 3290cF0 7.3
7.1 89+ 141 -5 31 117
86N 70
9 14 55 32 d
3410 G6 7.6 7.1
95+ 153 50 130 38N 24
14 19 20 13
d 465 K2 4.4
3.8s 93- 150 72 114 -58S 103
R465
= Botein = delta Arietis
14 20 42 44
R 465 K2 4.4
3.8s 93- 150 81 197
56S 217
R465
= Botein = delta Arietis
465 = NSV 1066,
4.33 to 4.37, V
15 17 0 21 r
586 K0 6.8 6.3
88- 140 33 82 83N
264
15 18 21 59
r 76373 K0 7.6
7.0 88- 139 50
90 49S 216
15 22 32 10
R 601SG5 5.9 5.6 87- 138
73 252 25N 323
R601
= 39 Tauri
15 23 38 49
r 76456 K2 7.9
7.0 87- 138 58 266
47N 301
16 21 12 45
r 739wK0 7.2
6.5 80- 127 76 112
71N 283
18 19 23 14
r 78632wG5 7.4
6.9 63- 105 31
82 59S 244
18 21 31 56
R 1031 A0 7.1
7.0 62- 104 58
96 83S 268
18 21 38 49
R 78698 F8 7.2
6.9 62- 104 60
97 56N 309
18 22 52 6 r
78726 B9 8.3 8.3
62- 104 75 118 78N 287
19 0 43 49 r
78769 B8 7.7 7.8
62- 103 -3 76 239 74N 292
19 20 19 32
r 97072 A2 7.7
7.6 52- 93
31 85 75S 265
20 0 15 20 r
97168cA2 7.8 7.7
51- 92 -9 78 149
46S 236
20 22 12 24
r 1280 A2 8.1
7.9 41- 80
42 96 38N 336
22 0 44 5
gr 1410WK3 5.1
4.4 30- 66 -3
60 124 -13N 29
R1410
= 6 Leonis
22 0 44 6
Gr 1410WK3 5.1
4.4 30- 66 -3
60 ** GRAZE: CA
22 22 44 49
r 1512 F8 8.1
7.8 20- 54
23 98 72S 270
22 23 42 29
r 118261 K0 9.0
8.4 20- 53
35 106 69S 267
23 22 55 5 r
138084 K5 8.8 8.1
12- 40 12
98 75S 272
24 23 34 35
r 138645 K2 8.9
8.3 5- 26
6 101 36S 229
24 23 58 26
R 138649 K2 8.8
8.2 5- 26
11 104 78N 295
29 12 33 3 d
2407wF3 7.0 6.7
10+ 37 -6 18 229
86N 94
R2407
= 15 Ophiuchi
30 14 21 14
D 2567 G3 7.2
6.8 19+ 51
10 237 55S 125
30 14 48 53
d 185877 A2 7.5
7.3 19+ 51
6 240 81N 81
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The day of the event. Occult searches for events on the basis of geocentric conjunctions that occur within a 24hr - with that period starting at the UT indicated in the date selection box. Users should ensure that the period starts near the middle of their day.
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The predicted UTC, in hours, mins and secs.
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The Phase of the event. Values are:
- D - disappearance
- d - disappearance, but star is less than 1 mag brighter than the predicted visibility limit.
- R - reappearance
- r - reappearance, but star is less than 1 mag brighter than the predicted visibility limit.
- Gr - grazing occultation at site. At mid-occultation, or closest approach, the star is less than 4" from the limb of the moon (either above or below).
- gr - grazing occultation at site, but star is less than 1 mag brighter than the predicted visibility limit.
- M - miss. At closest approach, the star is more than 4" above the limb of the moon
- m - miss, but star is less than 1 mag brighter than the predicted visibility limit.
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The star identifier. Three formats are used:
- nnnn - A ZC star. When reporting occultations, the catalogue is identified with 'R'.
- nnnnn, or
nnnnnn - An SAO star. When reporting occultations, the catalogue is identified with 'R'.
- X nnnnnn - an XZ star. When reporting occultations, the catalogue is identified with 'X'.
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Star's spectral type. Only basic spectral type information is provided
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The star's visual magnitude
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The star's red magnitude. For observers using CCD video cameras, the red magnitude provides a better indication of visibility.
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the percent illumination of the moon. If followed by a +, values are for a waxing moon; - for a waning moon; and E for illumination during a lunar eclipse.
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the elongation of the moon from the sun, in degrees. [Strictly, the quantity is calculated as the elongation of the star from the sun]
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the altitude of the sun. The field is blank if the sun is lower than -12 deg. (Nautical twilight)
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Cusp Angle - the angle of the event around the limb of the moon, measured from the nearest cusp. -'ve values indicate a bright limb event. The cusps are usually N (north) or S (south), but near full moon can be E (East) or W (west).
If a lunar eclipse is in progress, CA gives is the % distance from the centre of the umbra, and is followed by a 'U'. Values up to 103% are possible. Where an event occurs more than 103% of the umbral radius, the usual Cusp Angle value is displayed.
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Position Angle - the angle of the event around the limb of the moon, measured from true north
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