Dhaptar lintang ing rasi lintang Canis Major

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Rasi Lintang Canis Major

Punika minangka lintang-lintang ingkang wonten ing rasi lintang Canis Major

Nama B F G[1] HD HIP RA Dec vis.
mag.
abs.
mag.
Jarak (tc) Sp. class Kaanan Nama
sanès
Asal
Basa
Teges
α CMa α 9 66 48915 32349 06j 45m 09.25d −16° 42′ 47.3″ −1.44 1.45 9 A0m... Proxima Canis Majoris[2], lintang gandha Sirius / Canicula, Sothis / Sopdet / Dog Star / Aschere, Al Shira / Mrgavyadha / Lubdhaka / Tenrōsei / Cheonlangseong / Aoboshi Yunani / Latin / Mesir Kuno / Arab / Sanskerta / Koréa / Jepang murub / kirik (Asu alit), dewi agung Isis / lintang asu / pamimpin / pemburu rusa / srenggala langit / lintang biru
ε CMa ε 21 106 52089 33579 06j 58m 37.55d −28° 58′ 19.5″ 1.50 −4.10 431 B2II lintang gandha Adhara, Adara, Adard, Udara, Udra[3] Arab para kenya
δ CMa δ 25 123 54605 34444 07j 08m 23.49d −26° 23′ 35.5″ 1.83 −6.87 1791 F8Ia Wezen, Wesen Arab abot
β CMa β 2 20 44743 30324 06j 22m 41.99d −17° 57′ 21.3″ 1.98 −3.95 499 B1II/III variabel saking β Cep Murzim, Murzam, Mirza Arab pangumuman
η CMa η 31 167 58350 35904 07j 24m 05.71d −29° 18′ 11.2″ 2.45 −7.51 3196 B5Ia Aludra Arab sang kenya
ζ CMa ζ 1 18 44402 30122 06j 20m 18.79d −30° 03′ 48.2″ 3.02 −2.05 336 B2.5V lintang gandha Furud, Phurud Arab ingkang kapencil
ο2 CMa ο2 24 115 53138 33977 07j 03m 01.47d −23° 49′ 59.9″ 3.02 −6.46 2567 B3Ia Afaf, Menkelb Posterior Arab kasucén[4]
σ CMa σ 22 114 52877 33856 07j 01m 43.15d −27° 56′ 05.4″ 3.49 −4.37 1216 K4III variabel iregular
κ CMa κ 13 81 50013 32759 06j 49m 50.47d −32° 30′ 30.6″ 3.50 −3.42 789 B1.5IVne 弧矢八 Cina lintang angka 8 ing (rasi) Busur lan Panah[5]
ο1 CMa ο1 16 92 50877 33152 06j 54m 07.95d −24° 11′ 03.2″ 3.89 −5.02 1976 K3Iab Menkelb Prior Arab
ν2 CMa ν2 7 54 47205 31592 06j 36m 41.00d −19° 15′ 20.6″ 3.95 2.46 65 K1III+... 野雞 Cina (satunggaling lintang ing rasi) Ayam Jago[5]
ω CMa ω 28 140 56139 35037 07j 14m 48.66d −26° 46′ 21.7″ 4.01 −3.25 924 B2IV/Ve variabel saking γ Cas
θ CMa θ 14 89 50778 33160 06j 54m 11.48d −12° 02′ 18.9″ 4.08 −0.36 252 K4III
γ CMa γ 23 116 53244 34045 07j 03m 45.49d −15° 37′ 59.7″ 4.11 −1.34 402 B8II Muliphein, Isis Arab kalih tiyang ingkang nindakaken kalepatan lan nindakaken sumpah
ξ1 CMa ξ1 4 44 46328 31125 06j 31m 51.37d −23° 25′ 06.4″ 4.34 −4.65 2050 B1III variabel saking β Cep 軍市六 Cina lintang angka 6 ing rasi Pasar kanggé Tentara[5]
ι CMa ι 20 98 51309 33347 06j 56m 08.23d −17° 03′ 15.3″ 4.36 −5.51 3075 B3Ib/II variabel saking β Cep
τ CMa τ 30 151 57061 35415 07j 18m 42.49d −24° 57′ 15.8″ 4.37 −5.59 3196 O9Ib anggota saking kluster NGC 2362 variabel β Lyr
ν3 CMa ν3 8 57 47442 31700 06j 37m 53.43d −18° 14′ 14.8″ 4.42 −1.35 464 K0II/III 軍市二 Cina lintang kedua pada rasi Pasar kanggé Tentara
27 CMa 27 139 56014 34981 07j 14m 15.22d −26° 21′ 09.1″ 4.42 −4.00 1575 B3IIIe EW CMa, lintang gandha, komponèn saking B γ Cas
λ CMa λ 35 45813 30788 06j 28m 10.22d −32° 34′ 48.5″ 4.47 −1.01 406 B4V
ξ2 CMa ξ2 5 49 46933 31416 06j 35m 03.38d −22° 57′ 53.4″ 4.54 −0.97 412 A0III
π CMa π 19 95 51199 33302 06j 55m 37.40d −20° 08′ 11.7″ 4.66 2.33 95 F2IV/V 軍市四 / ingsebut Korvat dalam filem Star Trek[6] Cina lintang angka 4 ing rasi Pasar kanggé Tentara
147 56618 35205 07j 16m 35.00d −27° 52′ 52.6″ 4.66 −1.05 453 M2III
61 47667 31827 06j 39m 16.72d −14° 08′ 44.7″ 4.82 −3.60 1575 K2III
15 CMa 15 87 50707 33092 06j 53m 32.91d −20° 13′ 27.3″ 4.82 −3.65 1614 B1IV EY CMa, variabel saking β Cep 軍市三 Cina lintang angka 3 ing rasi Pasar kanggé Tentara
145 56577 35210 07j 16m 36.84d −23° 18′ 56.2″ 4.83 −6.59 6269 K4III
29 CMa 29 150 57060 35412 07j 18m 40.38d −24° 33′ 31.3″ 4.88 −4.93 2991 O7Ia:fp UW CMa, variabel saking β Lyr
160 57821 35727 07j 22m 13.53d −19° 00′ 59.7″ 4.94 −1.06 517 B5II/III
7 43445 29735 06j 15m 44.88d −13° 43′ 06.2″ 5.00 −0.30 375 B9V
μ CMa μ 18 96 51250 33345 06j 56m 06.65d −14° 02′ 36.4″ 5.00 −2.22 908 B9.5V Isis Mesir Kuno nama dewi Mesir Kuno
11 43827 29895 06j 17m 41.73d −16° 48′ 57.3″ 5.15 −1.05 567 K1III
41 46184 31084 06j 31m 23.02d −12° 23′ 30.9″ 5.16 0.05 343 K1III
165 58343 35951 07j 24m 40.19d −16° 12′ 05.1″ 5.18 −2.13 945 B2Vne
23 44951 30457 06j 24m 10.35d −11° 31′ 48.0″ 5.21 −0.34 420 K3III
10 CMa 10 67 48917 32292 06j 44m 28.47d −31° 04′ 13.9″ 5.23 −4.29 2608 B2V FT CMa, variabel saking γ Cas
HD 47536 59 47536 31688 06j 37m 47.54d −32° 20′ 23.6″ 5.25 −0.17 396 K1III gadhah kalih planit (b & c)
11 CMa 11 75 49229 32492 06j 46m 51.09d −14° 25′ 33.6″ 5.28 −1.19 642 B8/B9III
97 51283 33316 06j 55m 46.93d −22° 56′ 29.2″ 5.29 −3.82 2159 B2/B3III
154 57146 35427 07j 18m 51.28d −26° 35′ 09.1″ 5.29 −2.80 1353 G2II
71 49048 32411 06j 45m 59.40d −14° 47′ 45.9″ 5.30 −0.13 398 A1IV/V
171 58535 35957 07j 24m 43.87d −31° 48′ 32.1″ 5.35 −0.79 552 K1III
142 56342 35083 07j 15m 21.08d −30° 41′ 11.3″ 5.36 −1.12 646 B2V
162 58215 35848 07j 23m 28.97d −27° 50′ 03.4″ 5.37 −0.76 549 K4III
77 49662 32677 06j 48m 57.74d −15° 08′ 41.0″ 5.39 −0.96 607 B7IV
NO CMa[7] 161 58155 35795 07j 23m 00.70d −31° 55′ 25.6″ 5.40 −2.81 1430 B3V
119 53974 34301 07j 06m 40.77d −11° 17′ 38.5″ 5.41 −4.29 2835 B0.5IV
163 58286 35855 07j 23m 31.90d −32° 12′ 07.5″ 5.41 −2.34 1156 B2/B3II/III
102 51733 33478 06j 57m 33.97d −24° 37′ 51.8″ 5.45 2.52 126 F3V
128 55070 34624 07j 10m 19.33d −27° 29′ 29.5″ 5.46 −1.01 643 G8III
144 56405 35180 07j 16m 14.58d −15° 35′ 08.4″ 5.46 0.82 277 A1V
FR CMa 17 44458 30214 06j 21m 24.72d −11° 46′ 23.7″ 5.48 −3.07 1672 B1Vpe SB
13 43955 29941 06j 18m 13.73d −19° 58′ 01.2″ 5.51 −1.91 994 B2/B3V
141 56160 35044 07j 14m 51.19d −27° 02′ 16.5″ 5.58 0.97 273 K3III
105 52018 33575 06j 58m 35.90d −25° 24′ 51.0″ 5.59 −1.93 1042 B2V
156 57478 35615 07j 20m 58.29d −14° 21′ 37.8″ 5.59 −0.57 556 G8/K0III
NR CMa[7] 176 58954 36186 07j 27m 07.99d −17° 51′ 53.5″ 5.60 0.93 280 F2V
29 45018 30436 06j 23m 55.91d −25° 34′ 39.1″ 5.61 −1.04 697 K5III
50 46936 31362 06j 34m 35.33d −32° 42′ 58.5″ 5.62 −0.25 487 B9V
HP CMa[8] 74 49131 32385 06j 45m 31.19d −30° 56′ 56.4″ 5.62 −2.81 1583 B+...
LS CMa[7] 113 52670 33804 07j 01m 05.95d −25° 12′ 56.3″ 5.64 −1.85 1028 B2/B3III/IV
84 50644 33077 06j 53m 18.84d −19° 01′ 58.0″ 5.65 0.63 329 A9/F0III
177 58978 36168 07j 26m 59.49d −23° 05′ 09.7″ 5.65 −2.54 1417 B1II
LZ CMa[7] 126 54912 34579 07j 09m 43.03d −25° 13′ 51.8″ 5.69 −3.06 1831 B2V
63 47946 31870 06j 39m 42.67d −30° 28′ 12.1″ 5.70 1.36 241 K1III
R CMa 155 57167 35487 07j 19m 28.08d −16° 23′ 41.7″ 5.70 2.48 144 F2III/IV
ν1 CMa ν1 6 52 47138 31564 06j 36m 22.86d −18° 39′ 35.8″ 5.71 1.07 277 G8III/F3V...
47 46547 31190 06j 32m 38.98d −32° 01′ 49.6″ 5.73 −1.32 838 B2V
IY CMa[7] 36 45871 30840 06j 28m 39.24d −32° 22′ 16.7″ 5.74 −1.27 823 B5IV
HZ CMa[9] 83 50123 32810 06j 50m 23.35d −31° 42′ 21.9″ 5.74 −0.97 718 B3V
122 54309 34360 07j 07m 22.59d −23° 50′ 26.6″ 5.75 −4.04 2964 B2V:nn
34 45765 30836 06j 28m 37.41d −17° 27′ 57.7″ 5.76 0.19 424 K0III
79 49980 32809 06j 50m 21.77d −17° 05′ 04.4″ 5.77 −2.62 1552 K3III
132 55589 34888 07j 13m 07.20d −11° 15′ 04.9″ 5.77 −0.77 661 K0
15 44081 30011 06j 18m 58.98d −20° 55′ 32.2″ 5.79 −2.97 1842 B3II/III
169 58461 35998 07j 25m 08.44d −13° 45′ 07.1″ 5.79 3.08 114 F3V
173 58612 36024 07j 25m 25.27d −25° 13′ 04.0″ 5.79 −4.19 3228 B5III
178 59067 36251 07j 27m 51.66d −11° 33′ 24.7″ 5.79 −1.66 1009 B8Vv comp VB
17 CMa 17 94 51055 33248 06j 55m 02.74d −20° 24′ 17.5″ 5.80 −0.54 605 A2V
130 55344 34758 07j 11m 41.61d −20° 52′ 59.2″ 5.84 −0.04 489 A0IV/V
MZ CMa[7] 159 57615 35626 07j 21m 04.34d −25° 53′ 30.0″ 5.87 −0.86 723 M3III
5 43396 29679 06j 15m 08.40d −20° 16′ 20.1″ 5.88 −1.39 929 K2III
26 CMa 26 131 55522 34798 07j 12m 12.22d −25° 56′ 33.4″ 5.91 −0.80 718 B2IV/V MM CMa
42 46189 31037 06j 30m 46.29d −27° 46′ 10.5″ 5.92 −1.78 1128 B3IV/V
72 49095 32366 06j 45m 23.08d −31° 47′ 34.5″ 5.92 3.99 79 F7V
53 47182 31599 06j 36m 46.60d −13° 19′ 15.5″ 5.95 −0.91 769 K4/K5III
9 43544 29771 06j 16m 07.70d −16° 37′ 04.8″ 5.97 −1.07 836 B2/B3V
6 43429 29692 06j 15m 17.71d −18° 28′ 37.2″ 5.99 1.96 208 K1III
134 55762 34914 07j 13m 24.01d −22° 40′ 26.9″ 5.99 −0.90 780 K4III
OS CMa[10] 125 54764 34561 07j 09m 33.37d −16° 14′ 04.2″ 6.00 B1Ib/II
HQ CMa[11] 158 57593 35611 07j 20m 54.92d −26° 57′ 49.9″ 6.00 −2.71 1801 B3V
58 47561 31758 06j 38m 35.43d −16° 52′ 24.6″ 6.01 0.26 460 A0IV
146 56578 35213 07j 16m 38.38d −23° 18′ 39.8″ 6.02 1.53 258 A5m...
14 44021 29993 06j 18m 48.79d −15° 01′ 30.0″ 6.04 −0.73 738 M1III:
69 49001 32368 06j 45m 23.38d −23° 27′ 45.0″ 6.04 0.15 492 K2III
172 58585 36017 07j 25m 19.98d −21° 58′ 57.4″ 6.04 −3.90 3165 A6II
10 43745 29843 06j 17m 03.52d −22° 42′ 52.6″ 6.05 3.04 130 F8/G0V
33 45588 30711 06j 27m 11.48d −25° 51′ 21.5″ 6.05 3.67 97 F8/G0V
62 47827 31859 06j 39m 36.22d −23° 41′ 44.3″ 6.05 −0.32 614 A0V
90 50806 33094 06j 53m 33.76d −28° 32′ 19.4″ 6.05 3.99 84 G3/G5V
152 57118 35442 07j 19m 01.92d −19° 16′ 49.1″ 6.06 F2Ia
12 CMa 12 76 49333 32504 06j 47m 01.49d −21° 00′ 55.5″ 6.07 −0.49 668 B7II/III HK CMa, variabel saking α 2 CVn
117 53629 34142 07j 04m 47.04d −22° 01′ 53.8″ 6.09 1.07 330 K2IIICN...
121 54173 34318 07j 06m 52.48d −24° 57′ 38.1″ 6.09 −1.28 970 K2III
133 55568 34782 07j 12m 04.12d −30° 49′ 17.1″ 6.10 2.71 155 A8III/IV
56 47366 31674 06j 37m 40.79d −12° 59′ 05.3″ 6.11 1.46 277 K1III:
26 44996 30468 06j 24m 20.58d −12° 57′ 43.0″ 6.12 −2.73 1918 B4V
136 55857 34924 07j 13m 36.45d −27° 21′ 22.9″ 6.12 −4.88 5175 B2II
85 50643 33079 06j 53m 21.85d −18° 55′ 58.5″ 6.13 0.39 458 A3III
39 46064 31024 06j 30m 34.89d −13° 08′ 53.4″ 6.16 −1.57 1148 B2III
164 58346 35920 07j 24m 17.24d −22° 54′ 46.0″ 6.20 −0.31 652 B8/B9V
103 51823 33492 06j 57m 42.64d −27° 32′ 15.1″ 6.22 −1.25 1019 B2/B3V
91 50853 33126 06j 53m 55.46d −24° 32′ 19.5″ 6.23 0.43 472 A0V
127 54958 34617 07j 10m 09.36d −18° 41′ 08.1″ 6.23 2.74 162 F3V
168 58439 35975 07j 24m 50.88d −19° 00′ 44.2″ 6.24 −2.45 1781 A2Ib/II
V350 CMa[7] 65 48501 32144 06j 42m 46.08d −22° 26′ 55.8″ 6.26 2.81 159 F2V
107 52273 33666 06j 59m 39.26d −21° 36′ 10.4″ 6.26 −1.90 1399 B2III
21 44891 30420 06j 23m 46.14d −15° 04′ 16.5″ 6.27 −2.15 1575 K2/K3III
52619 33760 07j 00m 42.53d −28° 29′ 22.1″ 6.28 2.11 222 F3/F5V
16 44225 30062 06j 19m 38.19d −22° 06′ 11.3″ 6.29 −0.61 784 K3III
HR CMa[7] 46 46407 31205 06j 32m 46.88d −11° 09′ 59.0″ 6.30 0.88 395 K0III:...
148 56731 35241 07j 16m 57.22d −30° 53′ 49.0″ 6.30 0.46 481 A9II
25 44956 30376 06j 23m 14.50d −31° 47′ 25.1″ 6.31 1.27 332 G8III
KM CMa[7] 45 46347 31086 06j 31m 24.01d −32° 52′ 06.8″ 6.31 −1.10 988 M4III
78 49891 32744 06j 49m 44.00d −24° 04′ 33.7″ 6.31 0.04 584 A0/A1V
17* 44394 30190 06j 21m 05.43d −11° 49′ 02.4″ 6.32 −1.70 1309 K5
32 45420 30669 06j 26m 42.66d −14° 36′ 12.2″ 6.32 0.14 560 K0/K1III
51 47012 31469 06j 35m 30.81d −22° 06′ 32.4″ 6.32 0.33 513 K0III
82 50093 32827 06j 50m 36.96d −25° 46′ 42.3″ 6.32 −1.52 1203 B2III/IV
111 52348 33703 07j 00m 08.29d −20° 09′ 30.4″ 6.32 −1.50 1194 B3V
138 55985 34954 07j 13m 57.34d −30° 20′ 23.3″ 6.32 −1.92 1449 B2III
174 58766 36045 07j 25m 42.99d −31° 44′ 19.4″ 6.32 −1.09 988 B2/B3III
KX CMa[7] 86 50648 33040 06j 53m 00.31d −26° 57′ 26.9″ 6.33 −0.70 830 M6III
IL CMa[12] 120 54031 34248 07j 06m 00.49d −30° 39′ 20.6″ 6.34 −0.69 830 B3V
135 55856 34940 07j 13m 48.39d −22° 54′ 20.8″ 6.34 −2.08 1575 B2IV
143 56341 35132 07j 15m 47.30d −23° 44′ 25.1″ 6.34 −0.89 911 A0V
55 47247 31593 06j 36m 41.07d −22° 36′ 53.1″ 6.35 −0.46 751 B3V
99 51411 33330 06j 55m 54.78d −31° 47′ 24.7″ 6.36 −1.83 1417 B3V
104 51925 33532 06j 58m 07.56d −27° 09′ 51.8″ 6.36 −1.89 1455 B2V
V352 CMa[7] 43162 29568 06j 13m 45.33d −23° 51′ 43.9″ 6.37 5.26 54 G5V
30 45184 30503 06j 24m 43.99d −28° 46′ 47.3″ 6.37 4.65 72 G2V
48 46602 31266 06j 33m 26.68d −20° 55′ 26.0″ 6.39 1.12 368 K0III+...
108 52140 33591 06j 58m 43.70d −30° 59′ 53.0″ 6.41 −0.46 771 B3V
68 48938 32322 06j 44m 51.96d −27° 20′ 32.6″ 6.43 4.31 87 F7V
38 46037 30988 06j 30m 11.81d −19° 12′ 53.4″ 6.44 −1.49 1259 M0/M1III
149 56876 35326 07j 17m 48.01d −26° 47′ 51.2″ 6.45 −0.80 921 B5Vn
60 47579 31736 06j 38m 22.91d −23° 34′ 49.1″ 6.48 −0.07 667 A2V
118 53975 34297 07j 06m 35.97d −12° 23′ 38.2″ 6.48 −4.42 4939 B7Iab...
44379 30141 06j 20m 35.17d −23° 38′ 16.1″ 6.49 0.03 639 K0III
HD 47186 47186 31540 06j 36m 08.79d –27° 37′ 20.3″ 7.8 4.9 123 G6V gadhah 2 planit (b & c)
HD 45364 45364 30579 06j 25m 38.48d −31° 28′ 51.4″ 8.07 5.50 106 G8V gadhah 2 planit (b & c)
VY CMa 58061 35793 07j 22m 58.29d −25° 46′ 03.5″ 9.75 -9.4 5000 M3Ie–4Ie lintang ingkang paling ageng ingkang dipunmangertosi
SN 1975A 06j 16m 26d −21° 21′ 24″ 14.16 114,000,000 S NGC 2207
SN 1999ec 06j 16m 16.16d −21° 22′ 9.8″ 114,000,000 S NGC 2207
SN 2003H 06j 16m 25.68d −21° 22′ 23.8″ 114,000,000 S NGC 2207

Uga delengen[besut | besut sumber]

Cathetan suku[besut | besut sumber]

  1. http://www.uranometriaargentina.com
  2. http://www.closeststars.com/
  3. http://www.constellationsofwords.com/stars/Adara.html
  4. http://www.behindthename.com/name/afaf
  5. a b c salah satunggaling rasi lintang miturut bangsa Cina
  6. http://memory-beta.wikia.com/wiki/Canis_Major_constellation
  7. a b c d e f g h i j k N.N. Samus, et al., General Catalogue of Variable Stars (Samus+ 2007-2009), 2009yCat....102025S
  8. http://simbad.u-strasbg.fr/simbad/sim-basic?Ident=hp+cma&submit=SIMBAD+search
  9. http://articles.adsabs.harvard.edu//full/1997IBVS.4471....1K/0000007.000.html?high=4c565f05dc10973
  10. http://articles.adsabs.harvard.edu//full/2000IBVS.4870....1K/0000006.000.html?high=4c565f05dc10973
  11. http://articles.adsabs.harvard.edu//full/1987IBVS.3058....1K/0000007.000.html?high=4c565f05dc09287
  12. http://articles.adsabs.harvard.edu//full/1997IBVS.4471....1K/0000008.000.html?high=4c565f05dc10973