Dhaptar lintang ing rasi lintang Carina

Punika minangka lintang-lintang ingkang wonten ing rasi lintang Carina

Nama	B	G^[1]	HD	HIP	RA	Dec	vis. mag.	abs. mag.	Jarak (tc)	Sp. class	Kaanan	Nama sanès	Asal Basa	Teges
α Car	α	7	45348	30438	06^j 23^m 57.09^d	−52° 41′ 44.6″	−0.62	−5.53	313	F0Ib	lintang paling cerah angka 2, nyaketi ukuran superraksasa	Canopus / Suhail	Yunani	nama nakhoda kapal Menelaus nalika nylametaken Helen of Troy / cemerlang
β Car	β	123	80007	45238	09^j 13^m 12.24^d	−69° 43′ 02.9″	1.67	−0.99	111	A2IV		Miaplacidus	Arab lan Latin	Tirta Wening
ε Car	ε	89	71129	41037	08^j 22^m 30.86^d	−59° 30′ 34.3″	1.86	−4.58	632	K3III+B2V	lintang gandha	Avior	Latin	Manuk (Peksi)
ι Car	ι	127	80404	45556	09^j 17^m 05.43^d	−59° 16′ 30.9″	2.21	−4.42	692	A8Ib		Turais / Scutulum	Arab / Latin	perisai (tameng)
θ Car	θ	223	93030	52419	10^j 42^m 57.43^d	−64° 23′ 40.1″	2.74	−2.91	439	B0Vp		Vathorz Posterior	Nurwègen lan Latin	horizon ing toya
υ Car A	υ	160	85123	48002	09^j 47^m 06.14^d	−65° 04′ 19.3″	2.92	−5.56	1622	A9	lintang gandha	Vathorz Prior	Nurwègen lan Latin	horizon di air
ω Car	ω	185	89080	50099	10^j 13^m 44.28^d	−70° 02′ 16.5″	3.29	−1.99	370	B8III		Simiram	Mikronesia	srengéngé ingkang sumunar ing toya
PP Car	p	203	91465	51576	10^j 32^m 01.48^d	−61° 41′ 07.3″	3.30	−2.62	497	B4Vne	varaibel saking γ Cas	南船二	China	lintang kedua padha rasi Prau ing Kidul^[2]
V337 Car	q	187	89388	50371	10^j 17^m 05.01^d	−61° 19′ 56.4″	3.39	−3.38	736	K3II	variabel ireguler	南船一	China	lintang angka 1 ing rasi Prau ing Kidul
V357 Car	a	117	79351	45080	09^j 10^m 58.11^d	−58° 58′ 00.9″	3.43	−2.11	418	B2IV	lintang gandha
χ Car	χ	65	65575	38827	07^j 56^m 46.74^d	−52° 58′ 56.6″	3.46	−1.91	387	B3IVp	varaibel saking β Cep	Drys, Drus	Yunani	wit oak
HD 84810	l	157	84810	47854	09^j 45^m 14.83^d	−62° 30′ 28.5″	3.69	−4.64	1509	G5Iab/Ib	variabel Cepheid	海石四	China	lintang angka 4 ing rasi Karang ing Laut^[2]
HD 94510	u	246	94510	53253	10^j 53^m 29.57^d	−58° 51′ 11.8″	3.78	1.42	97	K0III-IV...
HD 90853	s	196	90853	51232	10^j 27^m 52.75^d	−58° 44′ 21.9″	3.81	−3.71	1042	F2II		海山一	China	lintang angka 1 ing rasi Laut lan Gunung^[2]
HD 76728	c	108	76728	43783	08^j 55^m 02.86^d	−60° 38′ 41.0″	3.84	−1.06	312	B8III	lintang gandha
V382 Car	x	260	96918	54463	11^j 08^m 35.40^d	−58° 58′ 30.2″	3.93	−7.37	5927	G0Ia0	ukuran hiper raksasa, variabel Cepheid
HD 79447	i	119	79447	45101	09^j 11^m 16.77^d	−62° 19′ 01.3″	3.96	−1.97	499	B3IV
I Car	I	193	90589	50954	10^j 24^m 23.74^d	−74° 01′ 53.6″	3.99	2.94	53	F2IV
HD 83183	h	147	83183	46974	09^j 34^m 26.66^d	−59° 13′ 47.2″	4.08	−4.83	1976	B5II		海石三	China	lintang angka 3 ing rasi Karang ing Laut
V343 Car	d	99	74375	42568	08^j 40^m 37.04^d	−59° 45′ 39.7″	4.31	−3.87	1411	B1.5III	variabel saking β Cep
HD 80230	g	125	80230	45496	09^j 16^m 12.10^d	−57° 32′ 29.2″	4.34	−1.74	536	M1III
N Car	N	11	47306	31407	06^j 34^m 58.59^d	−52° 58′ 32.3″	4.35	−4.31	1762	B9III
A Car	A	18	50337	32761	06^j 49^m 51.32^d	−53° 37′ 21.0″	4.41	−1.74	553	G6II	V415 Car^[3], lintang gandha
HD 91942	r	208	91942	51849	10^j 35^m 35.31^d	−57° 33′ 27.5″	4.45	−3.68	1376	K3/K4II
G Car	G	116	78791	44599	09^j 05^m 08.83^d	−72° 36′ 09.7″	4.47	−1.25	454	F6II-III
V344 Car	f	103	75311	43105	08^j 46^m 42.56^d	−56° 46′ 11.3″	4.50	−1.62	546	B3Vne	variabel saking γ Cas
HD 83944	m	150	83944	47391	09^j 39^m 21.04^d	−61° 19′ 41.2″	4.51	0.33	224	B9V
V520 Car	w	224	93070	52468	10^j 43^m 32.31^d	−60° 33′ 59.9″	4.58	−2.99	1065	K3Ib	variabel ireguler
V533 Car	y	263	97534	54751	11^j 12^m 36.02^d	−60° 19′ 03.5″	4.59	−8.34	12538	A6Ia	variabel saking α Cyg
HD 96566	z¹	257	96566	54301	11^j 06^m 32.47^d	−62° 25′ 26.9″	4.62	−0.65	370	G8III
P Car	P	195	90772	51192	10^j 27^m 24.48^d	−57° 38′ 19.7″	4.65			A6Ia	V399 Car, variabel Cepheid
E Car	E	115	78764	44626	09^j 05^m 38.38^d	−70° 32′ 18.7″	4.66	−2.94	1079	B2IVe	V345 Car, variabel γ Cas
HD 92397	t²	213	92397	52102	10^j 38^m 45.01^d	−59° 10′ 58.8″	4.69	−4.08	1852	K4/K5III:
K Car	K	202	91375	51438	10^j 30^m 20.08^d	−71° 59′ 33.8″	4.72	0.22	259	A2III
B Car	B	82	68456	39903	08^j 09^m 00.86^d	−61° 18′ 06.1″	4.74	3.09	70	F5V
V518 Car		221	92938	52370	10^j 42^m 14.14^d	−64° 27′ 59.2″	4.76	−0.97	456	B3V
HD 81101	k	132	81101	45856	09^j 20^m 56.83^d	−62° 24′ 16.7″	4.79	0.62	223	G6III
		229	93194	52502	10^j 44^m 06.94^d	−63° 57′ 40.0″	4.80	−1.06	484	B5Vn
D Car	D	77	66591	39138	08^j 00^m 19.97^d	−63° 34′ 03.0″	4.81	−1.29	542	B3V
HD 73389	e²	96	73389	42134	08^j 35^m 19.65^d	−58° 00′ 33.5″	4.84	0.60	229	K0III
		238	93607	52736	10^j 46^m 51.24^d	−64° 23′ 00.6″	4.87	−0.83	449	B3IV
Q Car	Q	50	61248	36942	07^j 35^m 39.70^d	−52° 32′ 01.7″	4.93	−0.48	394	K3III
V376 Car	b¹	109	77002	43937	08^j 56^m 58.43^d	−59° 13′ 45.7″	4.93	−1.47	621	B2IV-V	variabel saking β Cep
		204	91496	51495	10^j 31^m 02.07^d	−73° 13′ 17.4″	4.94	−2.42	964	K4/K5III
L Car	L	191	90264	50847	10^j 22^m 58.18^d	−66° 54′ 05.5″	4.97	−0.63	430	B8V
HD 92063	t¹	210	92063	51912	10^j 36^m 20.56^d	−59° 33′ 51.5″	5.08	0.50	269	K1III
		44	59219	36114	07^j 26^m 21.86^d	−51° 01′ 06.6″	5.09	−1.09	562	K0III
V371 Car	z²	261	96919	54461	11^j 08^m 34.01^d	−61° 56′ 49.8″	5.11	−6.04	5525	B9Ia	variabel saking α Cyg
		23	53047	33779	07^j 00^m 51.51^d	−51° 24′ 09.5″	5.14	−1.25	617	M1III
V386 Car		27	54118	34105	07^j 04^m 18.32^d	−56° 44′ 59.0″	5.14	0.45	282	A0p:	variabel saking α² CVn
M Car	M	184	88981	50083	10^j 13^m 30.68^d	−66° 22′ 22.2″	5.15	0.31	304	Am
C Car	C	84	69863	40429	08^j 15^m 15.95^d	−62° 54′ 56.2″	5.16	0.81	242	A+...	lintang gandha
HD 77370	b²	110	77370	44143	08^j 59^m 24.38^d	−59° 05′ 03.8″	5.17	3.08	85	F3V
V460 Car		73	66342	39070	07^j 59^m 37.55^d	−60° 35′ 13.5″	5.19	−2.34	1045	M0II
		264	97583	54767	11^j 12^m 45.27^d	−64° 10′ 11.2″	5.22	0.30	314	B9V	lintang gandha
		237	93549	52701	10^j 46^m 29.61^d	−64° 15′ 47.7″	5.23	−0.37	429	B7IV	anggota saking kluster lintang IC 2602
		176	88323	49698	10^j 08^m 42.84^d	−65° 48′ 55.9″	5.26	0.16	341	K0III	lintang gandha
V524 Car		244	94367	53154	10^j 52^m 30.85^d	−57° 14′ 25.5″	5.26	−6.08	6037	B9Ia
HD 73390	e¹	95	73390	42129	08^j 35^m 15.58^d	−58° 13′ 29.1″	5.27	−2.08	962	B3V+...
		199	91056	51313	10^j 28^m 52.60^d	−64° 10′ 20.2″	5.27	−4.64	3135	K3Ib
		131	80951	45581	09^j 17^m 25.21^d	−74° 53′ 39.8″	5.28	−1.44	721	A1V
		152	84121	47479	09^j 40^m 42.60^d	−57° 59′ 00.9″	5.30	1.16	220	A3IV
		236	93540	52678	10^j 46^m 16.58^d	−64° 30′ 52.5″	5.33	−0.45	466	B7:V
V519 Car^[4]		222	92964	52405	10^j 42^m 40.57^d	−59° 12′ 56.8″	5.36	−6.23	6792	B2.5Ia
		40	57917	35589	07^j 20^m 38.81^d	−52° 05′ 09.3″	5.38	−0.52	493	B9V
		128	80671	45571	09^j 17^m 17.40^d	−68° 41′ 22.5″	5.38	2.75	109	F4V
		15	49689	32494	06^j 46^m 52.69^d	−51° 15′ 55.6″	5.39	−1.83	906	K1II/IIIp+G:
		97	73887	42286	08^j 37^m 18.85^d	−62° 51′ 12.3″	5.45	0.39	335	K0III
		138	82350	46358	09^j 27^m 06.50^d	−71° 36′ 07.5″	5.46	1.51	201	K2III
H Car	H	146	83095	46741	09^j 31^m 36.32^d	−73° 04′ 51.3″	5.46	−1.47	791	K4III
		211	92207	52004	10^j 37^m 27.08^d	−58° 44′ 00.0″	5.47	−6.52	8150	A0Ia
V450 Car^[4]		26	53921	34000	07^j 03^m 15.11^d	−59° 10′ 41.3″	5.50	−0.35	482	B9IV
		38	57852	35564	07^j 20^m 21.46^d	−52° 18′ 42.8″	5.50	2.79	113	F2
		217	92664	52221	10^j 40^m 11.46^d	−65° 06′ 00.9″	5.51	−0.26	466	B9p Si
		78	67364	39566	08^j 05^m 03.71^d	−53° 06′ 28.5″	5.52	0.11	393	K3/K4III
		121	79698	45219	09^j 12^m 55.62^d	−59° 24′ 50.3″	5.54	−0.28	475	G6II
		162	85656	48310	09^j 50^m 55.60^d	−62° 44′ 42.5″	5.56	−1.78	959	K1IIICN...
		60	64067	38152	07^j 49^m 06.72^d	−56° 24′ 37.4″	5.57	−1.72	934	G5II
		9	46569	31079	06^j 31^m 18.22^d	−51° 49′ 34.3″	5.58	2.73	121	F8V
		259	96706	54327	11^j 06^m 49.93^d	−70° 52′ 40.6″	5.58	−2.12	1128	B2V
		69	65907	38908	07^j 57^m 46.30^d	−60° 18′ 12.1″	5.59	4.54	53	G2V...
		104	76113	43499	08^j 51^m 36.53^d	−57° 38′ 01.0″	5.59	−1.12	716	B8III
O Car	O	17	49877	32531	06^j 47^m 18.71^d	−55° 32′ 24.2″	5.60	−0.72	598	K5III	V448 Car, variabel semureguler
		64	65273	38656	07^j 54^m 53.39^d	−57° 18′ 10.4″	5.62	0.51	343	K3/K4III
		80	68434	39957	08^j 09^m 33.63^d	−56° 05′ 07.7″	5.66	0.33	380	A3m...
		188	89715	50520	10^j 19^m 05.12^d	−64° 40′ 34.6″	5.66	0.90	292	A1V
		62	64722	38438	07^j 52^m 29.75^d	−54° 22′ 01.9″	5.70	−2.56	1462	B1.5IV
		180	88661	49934	10^j 11^m 46.47^d	−58° 03′ 38.0″	5.70	−2.29	1294	B2IVnpe
		66	65662	38783	07^j 56^m 18.65^d	−60° 31′ 35.3″	5.74	−2.17	1244	K4II
		228	93163	52487	10^j 43^m 51.21^d	−64° 14′ 56.6″	5.74	−1.71	1009	B3:V
		265	97670	54829	11^j 13^m 30.79^d	−59° 37′ 09.5″	5.74	−3.00	1821	B1.5V
V374 Car		71	66194	38994	07^j 58^m 50.56^d	−60° 49′ 28.2″	5.77	−1.72	1028	B2IVnpe
		135	81830	46225	09^j 25^m 27.38^d	−61° 57′ 02.2″	5.77	1.47	236	A4V+...
		61	64185	38160	07^j 49^m 12.95^d	−60° 17′ 02.5″	5.78	3.06	114	F1V
		106	76538	43669	08^j 53^m 48.67^d	−60° 21′ 14.2″	5.78	−2.35	1376	B5III
		161	85655	48339	09^j 51^m 12.03^d	−59° 25′ 32.4″	5.79	−1.01	746	K2IIICNp...
		111	77615	44256	09^j 00^m 45.75^d	−60° 57′ 49.8″	5.80	−2.13	1259	G8II
		153	84152	47498	09^j 41^m 02.10^d	−57° 15′ 34.0″	5.80	0.57	362	K0/K1III
		178	88473	49764	10^j 09^m 30.20^d	−68° 40′ 58.2″	5.80	−0.46	583	A0IV
		14	49517	32402	06^j 45^m 53.72^d	−52° 24′ 35.0″	5.81	−2.32	1376	K3III
		243	93943	52922	10^j 49^m 24.46^d	−59° 19′ 25.6″	5.85	−1.24	853	B9.5IV/V
		130	80950	45585	09^j 17^m 27.63^d	−74° 44′ 04.8″	5.86	1.32	264	A0V
		47	60060	36444	07^j 29^m 59.74^d	−52° 39′ 04.6″	5.87	0.84	330	K0III
		74	66441	39184	08^j 00^m 49.96^d	−54° 09′ 04.7″	5.87	−0.79	700	B5Vn
V482 Car^[4]		143	82536	46620	09^j 30^m 23.45^d	−58° 21′ 42.9″	5.88	−1.68	1058	M2III
V514 Car^[4]		212	92287	52043	10^j 38^m 02.66^d	−57° 15′ 22.7″	5.89	−2.08	1278	B3IV
		141	82406	46460	09^j 28^m 30.60^d	−66° 42′ 07.2″	5.90	1.33	268	A0V
		139	82347	46482	09^j 28^m 47.19^d	−62° 16′ 23.5″	5.91	0.06	482	K1III
		169	87283	49164	10^j 02^m 00.11^d	−60° 25′ 15.2″	5.93	−4.03	3196	A9IV
		192	90454	50993	10^j 24^m 59.50^d	−58° 34′ 34.7″	5.93	1.13	297	F2III
T Car		249	94776	53394	10^j 55^m 17.26^d	−60° 31′ 01.9″	5.93	1.07	306	K0III
		48	60228	36496	07^j 30^m 30.91^d	−54° 23′ 58.0″	5.95	0.33	433	M1III
		247	94683	53334	10^j 54^m 29.60^d	−61° 49′ 35.8″	5.95	−2.59	1663	K4III
		76	54732	34349	07^j 07^m 13.30^d	−51° 58′ 06.2″	5.96	−0.23	564	K0III
		35	56705	35084	07^j 15^m 21.27^d	−52° 29′ 58.3″	5.96	0.58	389	K0V
		87	70839	40932	08^j 21^m 12.10^d	−57° 58′ 23.6″	5.96	−3.36	2380	B1.5III
		215	92436	52127	10^j 38^m 59.70^d	−58° 49′ 00.8″	5.96	−0.53	648	M1III
			91533	51623	10^j 32^m 47.82^d	−58° 40′ 00.3″	5.98	−6.71	11241	A2Iab
V522 Car^[4]		240	93737	52827	10^j 48^m 05.42^d	−59° 55′ 09.0″	5.98			A0Ia
		134	81613	46101	09^j 24^m 05.50^d	−61° 38′ 55.6″	5.99	0.92	337	K0III
		248	94650	53272	10^j 53^m 42.13^d	−70° 43′ 13.2″	5.99	−0.89	776	B6V
		268	98560	55280	11^j 19^m 16.84^d	−64° 34′ 57.4″	5.99	3.12	122	F6IV
		198	90874	51194	10^j 27^m 25.40^d	−65° 42′ 17.0″	6.00	1.76	229	A2V
		24	53349	33800	07^j 01^m 05.18^d	−58° 56′ 25.1″	6.01	2.36	175	F0V
		105	76346	43620	08^j 53^m 03.80^d	−56° 38′ 58.5″	6.02	1.23	296	A0V
		124	80094	45418	09^j 15^m 17.66^d	−58° 23′ 18.2″	6.02	0.00	522	B7IV
		34	56239	34780	07^j 12^m 01.98^d	−63° 11′ 24.2″	6.03	−0.29	598	A0IV/V
		137	82068	46328	09^j 26^m 44.18^d	−64° 55′ 47.5″	6.05	1.88	223	A3Vn
V390 Car^[5]		52	61966	37248	07^j 39^m 00.34^d	−53° 16′ 24.2″	6.06	−0.05	544	B9IV-Vp...
V535 Car^[4]		267	98292	55140	11^j 17^m 19.02^d	−67° 49′ 24.6″	6.06	−2.52	1698	M2III
		179	88647	49926	10^j 11^m 35.49^d	−58° 49′ 40.2″	6.07	−0.75	755	M5III
		182	88825	50044	10^j 13^m 01.16^d	−59° 55′ 05.1″	6.07	−2.84	1976	B4Ve
		256	96544	54294	11^j 06^m 29.30^d	−58° 40′ 30.1″	6.07	−1.81	1226	K2II/III
		219	92682	52150	10^j 39^m 15.94^d	−74° 29′ 36.2″	6.08	−1.57	1105	K3II
		116	91619	51676	10^j 33^m 25.40^d	−58° 11′ 24.6″	6.09	−7.01	13583	B7Ia
		57	63382	37854	07^j 45^m 35.52^d	−56° 43′ 21.3″	6.10	−1.20	942	F0II
R Car		145	82901	46806	09^j 32^m 14.60^d	−62° 47′ 20.0″	6.10		416	M6.5 IIIpev
		88	70982	40926	08^j 21^m 07.65^d	−64° 06′ 21.4″	6.11	0.34	464	G6/G8III
V461 Car^[4]		75	66546	39225	08^j 01^m 23.05^d	−54° 30′ 56.0″	6.12	−1.92	1320	B2IV-V
		70	65908	38863	07^j 57^m 12.76^d	−63° 17′ 48.8″	6.14	0.37	464	B8V
V478 Car^[4]		129	80710	45615	09^j 17^m 51.67^d	−67° 03′ 03.2″	6.14	−1.96	1358	K2III
		172	87543	49281	10^j 03^m 34.14^d	−61° 53′ 02.6″	6.14	−2.49	1734	B4:Vne
		252	95208	53546	10^j 57^m 15.81^d	−75° 05′ 59.2″	6.16	−3.12	2345	K1II
		253	95324	53701	10^j 59^m 14.05^d	−61° 19′ 14.7″	6.16	0.93	363	B8IV
		254	96088	54082	11^j 04^m 00.25^d	−57° 57′ 19.2″	6.16	−3.63	2964	B3III
		10	47001	31265	06^j 33^m 26.31^d	−52° 19′ 45.5″	6.18	−0.17	607	G8III
V492 Car^[4]		167	86659	48782	09^j 56^m 59.84^d	−69° 06′ 06.6″	6.18	−1.43	1087	B3V
		170	87436	49233	10^j 02^m 59.95^d	−60° 10′ 43.3″	6.18	−3.80	3228	A6II/III
		194	90630	50976	10^j 24^m 44.56^d	−73° 58′ 18.3″	6.18	0.53	441	A2/A3V
V655 Car^[4]		201	91272	51425	10^j 30^m 08.81^d	−66° 59′ 04.8″	6.19	−1.70	1235	B4IV
		56	62897	37599	07^j 42^m 53.36^d	−58° 13′ 48.5″	6.20	−0.23	629	K0III
		102	75086	42936	08^j 45^m 05.55^d	−58° 43′ 27.6″	6.20	−1.23	997	B7III
		168	87238	49160	10^j 01^m 58.09^d	−57° 20′ 59.4″	6.20	−0.62	753	K1II
η Car	η	231	93308		10^j 45^m 03.60^d	−59° 41′ 03.0″	6.21		7500	LBV	lintang hiper raksasa biru, anggota saking kluster lintang Trumpler 16	Tseen She / Foramen	China / Latin	altar langit /pambuka^[6]
		158	84850	47913	09^j 45^m 55.82^d	−58° 47′ 38.4″	6.22	1.68	264	F5IV
		186	89263	50287	10^j 16^m 03.26^d	−59° 54′ 12.4″	6.22	1.63	270	A5V
V532 Car^[4]			97451	54708	11^j 12^m 03.60^d	−58° 25′ 24.1″	6.24	−0.53	736	M4III
		79	67536	39530	08^j 04^m 42.94^d	−62° 50′ 10.9″	6.25	−1.67	1249	B2.5Vn
		207	91767	51732	10^j 34^m 12.72^d	−60° 59′ 15.5″	6.25	−0.78	830	K2/K3III
		232	93344	52520	10^j 44^m 20.10^d	−70° 51′ 35.0″	6.25	1.12	346	A5IV/V
		21	52603	33588	06^j 58^m 39.81^d	−55° 43′ 44.1″	6.26	1.59	280	K2III
		100	74622	42717	08^j 42^m 20.90^d	−55° 46′ 28.8″	6.26	1.23	331	K2III
υ Car B	υ		85124		09^j 47^m 06.70^d	−65° 04′ 21.0″	6.26		1623	A8 Ib	komponèn saking sistem lintang υ Car
		234	93372	52535	10^j 44^m 27.25^d	−72° 26′ 37.1″	6.26	3.74	104	F6V
		235	93502	52679	10^j 46^m 17.12^d	−60° 36′ 10.4″	6.26	1.01	365	A0IV
		245	94491	53231	10^j 53^m 21.18^d	−58° 53′ 36.5″	6.26	−2.16	1575	B5V
		144	82858	46737	09^j 31^m 33.05^d	−66° 43′ 08.6″	6.27	−0.40	703	K1III
		76	66607	39238	08^j 01^m 31.58^d	−55° 27′ 16.8″	6.28	−0.28	668	B4V
		49	61031	36856	07^j 34^m 39.58^d	−51° 28′ 28.3″	6.29	−1.76	1331	A1III/IV
		238*	93662	52797	10^j 47^m 38.41^d	−57° 28′ 02.7″	6.29	−3.35	2763	M1II
		243*	94275	53100	10^j 51^m 46.93^d	−57° 16′ 20.3″	6.29	−0.05	604	A6III
		59	63926	38087	07^j 48^m 19.51^d	−56° 28′ 15.9″	6.30	−2.91	2264	K0III+...
		72	66341	39073	07^j 59^m 40.09^d	−60° 12′ 26.6″	6.30	−1.81	1364	B8III
		133	81502	46049	09^j 23^m 27.33^d	−60° 18′ 08.4″	6.30	−2.91	2264	K1/K2II/III
		166	86606	48715	09^j 56^m 09.76^d	−71° 23′ 21.5″	6.30	−2.69	2050	B1Ib
		81	68423	39843	08^j 08^m 24.65^d	−63° 48′ 03.0″	6.32	−0.58	782	B6V
		124*	80126	45437	09^j 15^m 34.73^d	−57° 34′ 39.9″	6.32	−1.32	1098	G8II
QZ Car		227	93206	52526	10^j 44^m 22.92^d	−59° 59′ 36.0″	6.32	−3.23	2650	B0Ib:	lintang gandha, anggota saking kluster lintang Collinder 228
		142	82458	46407	09^j 27^m 49.19^d	−71° 46′ 52.3″	6.33	2.57	184	F3/F5V
V486 Car^[4]		154	84416	47591	09^j 42^m 12.99^d	−66° 54′ 53.4″	6.33	0.04	592	A0V
		216	92536	52160	10^j 39^m 22.85^d	−64° 06′ 42.5″	6.33	0.49	479	B8V
		98	74341	42579	08^j 40^m 43.55^d	−57° 32′ 43.9″	6.34	2.13	227	A3V
		190	90074	50785	10^j 22^m 10.48^d	−58° 15′ 56.3″	6.34	1.23	343	G6III
			90289	50916	10^j 23^m 50.66^d	−57° 57′ 14.1″	6.34	−0.59	793	K5Ib-II
		241	93649	52730	10^j 46^m 48.09^d	−69° 12′ 35.3″	6.34	−2.04	1545	A2IV
		262	97472	54673	11^j 11^m 29.57^d	−71° 26′ 10.3″	6.34	0.08	583	K2/K3III
		97*	74148	42440	08^j 39^m 13.24^d	−60° 19′ 02.4″	6.35	0.71	437	A0V
		189	89805	50562	10^j 19^m 42.04^d	−65° 08′ 14.1″	6.35	−2.59	2000	K2II
V429 Car^[4]		220	92740	52308	10^j 41^m 17.52^d	−59° 40′ 36.9″	6.35	−4.72	5344	WN7 + A(SB1)
		242	93739	52785	10^j 47^m 30.62^d	−69° 26′ 15.8″	6.35	−1.57	1249	B2IV
		63	65189	38667	07^j 55^m 00.44^d	−52° 35′ 00.1″	6.36	−1.08	1003	B8III
		94	72322	41653	08^j 29^m 36.40^d	−55° 11′ 27.3″	6.36	−0.36	721	G0V
V473 Car^[4]		107	76640	43763	08^j 54^m 54.05^d	−58° 14′ 22.9″	6.36	−0.77	869	B5V
		122	79699	45214	09^j 12^m 50.63^d	−60° 55′ 00.5″	6.36	0.21	553	B9V
		250	95109	53589	10^j 57^m 48.19^d	−59° 43′ 55.9″	6.36			G3Ia
		113	78632	44665	09^j 06^m 07.61^d	−64° 29′ 59.7″	6.37	0.08	590	K3III
		51	61394	36977	07^j 36^m 01.62^d	−55° 53′ 15.8″	6.39	0.06	601	K1/K2IIICN.
		258	96568	54289	11^j 06^m 24.32^d	−64° 50′ 23.8″	6.39	0.58	473	A3V
		2	44267	29913	06^j 17^m 51.74^d	−52° 43′ 58.9″	6.40	−0.70	858	K2/K3III
		55	62758	37530	07^j 42^m 10.22^d	−58° 37′ 51.4″	6.40	−1.18	1069	B2.5V
		151	84046	47422	09^j 39^m 45.15^d	−62° 56′ 34.7″	6.40	−0.01	623	B8/B9III/IV
		20	51210	33012	06^j 52^m 45.44^d	−59° 20′ 28.6″	6.41	0.62	470	A3m...
		171	87438	49223	10^j 02^m 49.42^d	−62° 09′ 24.0″	6.41	−3.23	2763	K3Ib
		200	91270	51461	10^j 30^m 39.24^d	−61° 21′ 23.4″	6.41	−0.57	811	M2III
		183	88907	50067	10^j 13^m 21.20^d	−61° 39′ 31.8″	6.42	−1.06	1022	B2V
V507 Car^[4]		196**	90966	51265	10^j 28^m 18.28^d	−63° 09′ 52.5″	6.42	−2.56	2037	B2/B3III:ne
			91094	51327	10^j 29^m 03.67^d	−65° 10′ 34.8″	6.42	0.00	627	M1III
		266	98025	55003	11^j 15^m 42.76^d	−57° 21′ 21.1″	6.42	0.16	583	A3V
		112	78293	44565	09^j 04^m 48.00^d	−57° 51′ 09.5″	6.43	−1.21	1101	A8III
		233	93359	52537	10^j 44^m 32.42^d	−70° 51′ 18.9″	6.43	1.25	354	A6IV
		68	65867	38963	07^j 58^m 21.47^d	−51° 26′ 54.9″	6.44	0.43	518	A8/A9IV
V469 Car^[4]		93	72303	41644	08^j 29^m 29.82^d	−54° 12′ 42.5″	6.44	−0.28	720	Ap Si
		16	49705	32477	06^j 46^m 41.70^d	−54° 41′ 42.2″	6.45	0.93	414	G6III
		136	81896	46143	09^j 24^m 37.16^d	−70° 04′ 32.8″	6.45	0.06	617	K1III
V495 Car^[4]		174	88158	49642	10^j 07^m 56.64^d	−62° 13′ 17.2″	6.45	−0.55	817	Ap Si
HD 93131		226	93131	52488	10^j 43^m 52.27^d	−60° 07′ 04.0″	6.45	−5.06	6520	WN7 + A	Wolf-Rayet star, anggota saking kluster lintang Collinder 228
		22	52622	33577	06^j 58^m 36.39^d	−56° 23′ 41.2″	6.46	1.46	326	F2II
		30	54967	34350	07^j 07^m 16.28^d	−59° 42′ 59.2″	6.46	−1.79	1455	B3V
			93738	52815	10^j 47^m 53.55^d	−64° 15′ 46.3″	6.46	0.67	469	B9.5V
		13	49219	32269	06^j 44^m 12.81^d	−54° 41′ 43.9″	6.47	−0.30	736	B5/B6V
		86	70267	40655	08^j 17^m 55.79^d	−59° 10′ 00.3″	6.47	2.01	254	F5V
V487 Car^[4]		156	84809	47893	09^j 45^m 40.64^d	−57° 11′ 09.8″	6.47	−0.66	869	B8III/IV
		239	93695	52806	10^j 47^m 44.34^d	−59° 52′ 30.9″	6.47	−1.41	1230	B5Vvar
		251	95122	53556	10^j 57^m 20.22^d	−69° 02′ 17.0″	6.48	−0.55	832	B7V
		214	92399	52103	10^j 38^m 45.39^d	−59° 15′ 44.7″	6.50	−1.82	1502	B4/B5III/IV
S Car		177	88366	49751	10^j 09^m 22.01^d	−61° 32′ 57.1″	6.94	−1.10	1320	M2/M3e
AG Car			94910	53461	10^j 56^m 11.58^d	−60° 27′ 12.8″	7.09			B2:pe
HD 65216			65216	38558	07^j 53^m 41.3^d	−63° 38′ 50.4″	7.98		112	G5V	gadhah planit (b)
LHS 288					10^j 44^m 21.2^d	−63° 38′ 50.4″	13.90	15.51	15.610	M5.5V	Proxima Carinae^[7], lintang paling caket angka 42
OGLE-TR-113					10^j 52^m 24.4^d	−61° 12′ 36″	14.42		1800	K	gadhah planit transit (b)
OGLE-TR-111					10^j 53^m 17.9^d	−61° 24′ 20.3″	15.55		5000	G	gadhah planit transit (b) lan a planit angka 2
OGLE-TR-132					10^j 50^m 34.7^d	−61° 57′ 25.9″	15.72		7110	F	gadhah planit transit (b)
OGLE-TR-182					11^j 09^m 18.73^d	−61° 05′ 42.93″	16.84		12700	G	gadhah planit transit (b)
OGLE-TR-211					10^j 40^m 14.39^d	−62° 27′ 20.2″			5300	F	gadhah planit transit (b)
OGLE2-TR-L9					11^j 07^m 55^d	−61° 08′ 46″			2935	F3	gadhah planit transit (b)

Uga delengen

Pratélan lintang miturut rasi lintang

Cathetan suku

ESA (1997). "The Hipparcos and Tycho Catalogues". Diarsip saka sing asli ing 2003-05-28. Dibukak ing 2013-02-08.
Kostjuk, N. D. (2002). "HD-DM-GC-HR-HIP-Bayer-Flamsteed Cross Index". Diarsip saka sing asli ing 2005-10-26. Dibukak ing 2013-02-08.
Roman, N. G. (1987). "Identification of a Constellation from a Position". Diarsip saka sing asli ing 2006-11-24. Dibukak ing 2013-02-08.
"SIMBAD Astronomical Database". Centre de Données astronomiques de Strasbourg. Dibukak ing 2013-02-08.

↑ "Archive copy". Diarsip saka sing asli ing 2012-02-27. Dibukak ing 2013-02-08.{{cite web}}: CS1 maint: archived copy as title (link)
↑ ^a ^b ^c salah satunggaling rasi lintang miturut bangsa Cina
↑ http://articles.adsabs.harvard.edu//full/1989IBVS.3323....1K/0000005.000.html?high=4c565f05dc10973
↑ ^a ^b ^c ^d ^e ^f ^g ^h ⁱ ^j ^k ^l ^m ⁿ ^o ^p ^q ^r N.N. Samus, et al., General Catalogue of Variable Stars (Samus+ 2007-2009), 2009yCat....102025S
↑ http://articles.adsabs.harvard.edu//full/1985IBVS.2681....1K/0000006.000.html?high=4c1e33745313663
↑ http://www.encyclo.co.uk/define/Foramen
↑ http://www.closeststars.com/

[1] "Archive copy". Diarsip saka sing asli ing 2012-02-27. Dibukak ing 2013-02-08.{{cite web}}: CS1 maint: archived copy as title (link)

[sb0-2] salah satunggaling rasi lintang miturut bangsa Cina

[3] ttp://articles.adsabs.harvard.edu//full/1989IBVS.3323....1K/0000005.000.html?high=4c565f05dc10973

[sb8-4] ↑ ^a ^b ^c ^d ^e ^f ^g ^h ⁱ ^j ^k ^l ^m ⁿ ^o ^p ^q ^r N.N. Samus, et al., General Catalogue of Variable Stars (Samus+ 2007-2009), 2009yCat....102025S

[5] ttp://articles.adsabs.harvard.edu//full/1985IBVS.2681....1K/0000006.000.html?high=4c1e33745313663

[6] ttp://www.encyclo.co.uk/define/Foramen

[7] ttp://www.closeststars.com/

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