Deconstructing the Antlia cluster core | Astronomy & Astrophysics (A&A)

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Table A.2

Heliocentric radial velocity for Antlia members up to date.

ID	NGC	RA(J2000)	Dec(J2000)	Hubble type	V _R,h
		hh mm ss	dd mm ss		km s^-1

FS90-01		10 25 05.04	−35 58 58.8	SmV	3220 ± 05¹
FS90-18		10 26 44.88	−36 51 50.4	SmIV	2331 ± 05¹
FS90-28		10 27 02.16	−34 57 50.4	SbII	3402 ± 08²
FS90-29		10 27 02.40	−36 13 30.0	Sc	3122 ± 06²
FS90-44		10 27 21.12	−35 16 30.0	S0	2931 ± 45³
FS90-50		10 27 32.64	−35 59 09.6	S0	2722 ± 31³
FS90-64		10 27 57.84	−35 49 19.2	dSB0	2261 ± 45³
FS90-68		10 28 03.12	−35 26 31.2	SBab	3219 ± 18^a
					3188 ± 45³
FS90-70		10 28 06.96	−35 35 20.4	dE	2864 ± 70^b
FS90-72		10 28 07.92	−35 38 20.4	S0	2986 ± 38^b
FS90-77		10 28 15.12	−35 32 02.4	dE,N	2396 ± 17^a
					2382 ± 49^b
FS90-79		10 28 19.2	−35 27 21.6	S0	2772 ± 15^a
					2930 ± 60^b
FS90-80		10 28 18.96	−35 45 28.8	dS0	2519 ± 31³
ANTLJ102820-354236		10 28 19.68	−35 42 36.0	dE,N	2904 ± 40^a
FS90-84		10 28 24.00	−35 31 40.8	E	2489 ± 26^a
					2428 ± 30⁴
FS90-85		10 28 24.0	−35 34 22.8	dE	2000 ± 200^b
FS90-87		10 28 25.2	−35 14 34.8	dE,N	3429 ± 13^a
ANTLJ102829-351510.8		10 28 29.3	−35 15 10.8	dE,N	3226 ± 40^a
FS90-93		10 28 31.92	−35 40 40.8	SmV	3608 ± 57^a
FS90-94		10 28 31.92	−35 42 21.6	S0	2791 ± 24^a
					2786 ± 45³
FS90-98		10 28 35.04	−35 27 39.6	BCD	2890 ± 94^b
FS90-103		10 28 45.12	−35 34 40.8	dE	2054 ± 29^b
FS90-105	3257	10 28 48.0	−35 39 28.8	SB01	3237 ± 15^a
					3200 ± 26^b
FS90-106		10 28 51.36	−35 09 39.6	BCD	2409 ± 115^b
FS90-108		10 28 53.28	−35 19 12.0	dE,N	2611 ± 39^b
FS90-109		10 28 53.04	−35 32 52.8	dE	1632 ± 32^a
					1618 ± 24^b
FS90-110		10 28 53.04	−35 35 34.8	M32	2911 ± 7^b
FS90-111	3258	10 28 54.00	−35 36 21.6	E	2792 ± 50^a
					2792 ± 28^b
FS90-120		10 29 02.16	−35 34 04.8	ImV	2721 ± 30^a
					2634 ± 13^b
FS90-123		10 29 03.12	−35 40 30.0	dE,N	1865 ± 25^b
FS90-125	3260	10 29 06.24	−35 35 34.8	S02	2439 ± 46^b
ANTLJ102910-353920.1		10 29 10.32	−35 39 21.6	dE,N	1940 ± 155^b
FS90-131		10 29 11.04	−35 41 24.0	Sb(r)	2158 ± 10^a
					2104 ± 60^b
FS90-133		10 29 12.00	−35 39 28.8	dE,N	2219 ± 15^a
					2205 ± 24^b
FS90-134		10 29 13.20	−35 29 24.0	S0	1355 ± 60^b
ANTLJ102914-353923.6		10 29 14.40	−35 39 25.2	dE,N	4067 ± 115^b
FS90-136		10 29 15.36	−35 25 58.8	dE,N	2995 ± 16^a
					2989 ± 10^b
FS90-137		10 29 15.12	−35 41 34.8	ImV	3987 ± 36^b
FS90-139		10 29 15.60	−35 04 04.8	dE,N	1950 ± 55³
FS90-140		10 29 18.24	−35 35 6.0	dE,N	1924 ± 31^b
FS90-142		10 29 20.16	−35 35 09.6	dS0	2245 ± 13^b
FS90-152		10 29 28.86	−34 40 22.8	E	4093 ± 45³
FS90-153		10 29 31.44	−35 15 39.6	S0	1785 ± 13^a
					1733 ± 39^b
FS90-159		10 29 41.52	−35 17 31.2	dE,N	2821 ± 21^a
FS90-162		10 29 43.44	−35 29 49.2	dE,N	2933 ± 31^a
FS90-165		10 29 46.08	−35 42 25.2	S0	2695 ± 14^a
					2604 ± 45³
FS90-168	3267	10 29 48.48	−35 19 22.8	SB01/2	3709 ± 33^b
FS90-169		10 29 48.48	−35 25 12.0	E	2999 ± 37^b
FS90-172		10 29 51.84	−34 54 36.0	S0	2549 ± 19⁵
FS90-173		10 29 51.60	−35 10 04.8	dE	2677 ± 32^a
					2609 ± 45³
FS90-175		10 29 53.52	−35 22 37.2	dSB01	1834 ± 25^a
					1781 ± 66^b
FS90-176		10 29 54.48	−35 17 16.8	dE,N	1751 ± 34^a
FS90-177		10 29 54.48	−35 19 19.2	dE,N	3540 ± 9^a
					3505 ± 45^b
FS90-184	3269	10 29 57.60	−35 13 30.0	S0/a	3754 ± 33^b
FS90-185	3268	10 29 58.56	−35 19 30.0	E	2800 ± 21^b
FS90-186		10 29 59.52	−35 18 10.8	dE	3721 ± 45^a
FS90-187		10 30 01.20	−35 48 54.0	dS0	1960 ± 55³
FS90-188		10 30 02.40	−35 24 28.8	dE	2673 ± 17^b
FS90-192		10 30 04.56	−35 20 31.2	M32	2511 ± 18^a
					2526 ± 4^b
FS90-195		10 30 06.48	−35 18 25.2	dE	3495 ± 64^a
FS90-196		10 30 06.48	−35 23 31.2	dE	3593 ± 9^b
ANTLJ103013-352458.3		10 30 13.92	−35 24 57.6	dE,N	2613 ± 200^b
FS90-208		10 30 18.72	−35 11 49.2	S0	1774 ± 100^b
FS90-209		10 30 19.44	−35 34 48.0	dE	3065 ± 13^b
FS90-212		10 30 21.36	−35 35 31.2	SmIII	2364 ± 27^b
ANTLJ103021-35314.8		10 30 21.38	−35 31 04.8	dE,N	2707 ± 19^a
FS90-213		10 30 21.60	−35 12 14.4	dE	2151 ± 60^a
					2185 ± 21^b
ANTLJ103022-353806		10 30 22.08	−35 38 06.0	dE,N	3405 ± 40^a
FS90-216		10 30 22.56	−35 10 26.4	E	2957 ± 22^a
					2944 ± 103^b
FS90-219		10 30 24.72	−35 06 32.4	Sb	1781 ± 45³
FS90-220		10 30 24.72	−35 15 18.0	S0/a	1160 ± 8^a
					1182 ± 45³
FS90-222		10 30 25.44	−35 33 43.2	S0/a	2077 ± 6^a
					2140 ± 45³
FS90-223		10 30 25.68	−35 13 19.2	dE,N	2701 ± 29^a
					2661 ± 9^b
FS90-224	3271	10 30 26.64	−35 21 36.0	Sb02	3737 ± 27^b
FS90-226	3273	10 30 29.28	−35 36 36.0	S0/a	2660 ± 08^a
					2503 ± 20⁶
FS90-227		10 30 31.44	−35 23 06.0	dE	2948 ± 34^a
					2921 ± 60^b
FS90-228		10 30 31.68	−35 14 38.4	dE,N	2450 ± 18^a
					2417 ± 13^b
ANTLJ103033-352638.6		10 30 33.36	−35 26 38.4	dE,N	2311 ± 130^b
FS90-231		10 30 34.56	−35 23 13.2	dE,N	2915 ± 20^a
					2909 ± 38^b
ANTLJ103036-353046.8		10 30 36.48	−35 30 46.8	dE,N	3394 ± 27^a
ANTLJ103037-352708.8		10 30 37.44	−35 27 07.2	dE,N	2400 ± 100^b
FS90-238		10 30 45.6	−35 21 32.4	Sm	3078 ± 37^a
ANTLJ103047-353918		10 30 46.8	−35 39 18.0	dE,N	3412 ± 32^a
FS90-241		10 30 48.48	−35 32 20.4	dE,N	3518 ± 36^a
FS90-244		10 30 51.60	−36 44 13.2	SBb(r)II	3161 ± 45³
FS90-253		10 31 00.24	−34 33 50.4	SB0	2111 ± 18⁵
FS90-258		10 31 03.12	−34 40 15.6	dE,N	2450 ± 55³
FS90-277		10 31 24.72	−35 13 15.6	SBb(rs)II	2597 ± 19⁵
FS90-298		10 31 48.48	−36 01 44.4	Sd	3168 ± 38⁴
FS90-300		10 31 52.08	−34 51 14.4	Sa	3200 ± 22²
FS90-301		10 31 51.84	−35 12 14.4	S0	2423 ± 45³
FS90-304		10 31 55.92	−35 24 32.4	Sa	2476 ± 16²
FS90-306		10 31 56.16	−34 59 27.6	SB0	1981 ± 45³
FS90-307		10 31 57.12	−34 53 45.6	dE	2784 ± 30^a
FS90-309		10 31 59.04	−35 11 45.6	SB0	2289 ± 19⁵
FS90-318		10 32 08.40	−34 40 15.6	dE,N	2588 ± 45³
FS90-321		10 32 12.24	−34 40 08.4	SB0	2129 ± 45³
FS90-323		10 32 14.88	−35 15 28.8	Sm	3825 ± 45³
FS90-325		10 32 25.20	−35 00 00.0	Sd	3058 ± 10⁷
FS90-331		10 32 59.28	−34 52 58.8	S0	2779 ± 19⁵
FS90-341		10 34 01.20	−35 16 55.2	Sa pec	2573 ± 08⁸
FS90-343		10 34 07.20	−35 19 26.4	S0	2754 ± 09⁹
FS90-345		10 34 13.68	−36 13 55.2	S0	3372 ± 45³
FS90-353		10 34 55.44	−35 28 19.2	Sd	2662 ± 45³
FS90-373		10 37 22.80	−35 21 36.0	dE,N	2349 ± 55³

Notes. The upper index in Col. 6 indicates the reference for the V_R,h measurement:

Reference. The rest of the measurements were obtained from NED, and their references are:

^(a)

this paper;

^(b)

Smith Castelli et al. (2008, 2012).

⁽¹⁾

Matthews et al. (1995);

⁽²⁾

Theureau et al. (1998);

⁽³⁾

Jones et al. (2009);

⁽⁴⁾

Huchra et al. (2012);

⁽⁵⁾

de Vaucouleurs et al. (1991);

⁽⁶⁾

Ogando et al. (2008);

⁽⁷⁾

Mathewson et al. (1992);

⁽⁸⁾

Lauberts & Valentijn (1989);

⁽⁹⁾

Longhetti et al. (1998).

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