Object	RA	Dec.	F(Hα)	Diameter	[SII]/Hα
name	(J2000.0)	(J2000.0)	(erg cm-2 s-1)	('')	ratio
	(°)	(°)	×10-15
1	9.4056797	39.862778	7.8	12.9	0.86
2	9.8472862	40.738834	51.5	15.3	1.06
3	9.8783941	40.357998	7.1	8.8	0.96
4	9.9373655	40.498367	31.8	12.6	1.09
5	9.9593277	40.349838	43.9	14.8	0.40
6	9.968482	40.495148	112.7	19.6	0.67
7	10.046629	40.960224	7.8	19.8	1.37
8	10.0589018	40.620914	8.4	14.2	1.26
9	10.1020517	40.815052	13.9	11.3	1.03
10	10.126564	40.721081	0.6	2.1	0.56
11	10.1330128	40.547215	10.0	6.7	0.37
12	10.1337214	40.508747	10.0	14.1	1.09
13	10.1393518	40.726681	64.9	15.2	0.51
14	10.1402712	40.546425	87.5	16.4	0.40
15	10.1508045	40.819435	34.8	17.5	0.59
16	10.1652269	40.580177	66.4	17.2	0.41
17	10.1692801	40.811764	10.8	9.7	0.39
18	10.1965523	40.923656	47.0	7.0	1.17
19	10.1972914	40.529202	8.0	7.4	0.38
20	10.2623024	41.0746	7.3	6.0	1.38
21	10.2665014	40.783951	11.5	7.7	0.89
22	10.2762041	40.869125	22.0	10.4	0.41
23	10.2771988	40.651047	19.1	19.6	0.55
24	10.2952595	40.831676	47.0	13.3	0.70
25	10.2960691	41.099934	16.3	13.5	0.59
26	10.2964392	41.122688	10.8	21.3	1.66
27	10.2981033	40.80397	22.0	17.5	1.01
28	10.2999973	41.108936	19.6	23.4	0.79
29	10.3255005	40.819576	25.2	20.0	1.06
30	10.3335094	41.301712	30.3	20.8	1.00
31	10.3789129	41.088413	13.9	11.3	1.03
32	10.3917561	41.247833	7.6	15.9	1.46
33	10.3965063	41.340069	22.0	12.3	0.42
34	10.3986397	41.115501	30.3	7.4	0.80
35	10.4203758	40.639297	11.3	11.4	0.41
36	10.4724016	41.453789	18.3	16.4	1.02
37	10.5428724	40.86359	17.1	12.1	1.11
38	10.5503168	40.791389	1.3	4.7	1.26
39	10.5617714	40.867516	7.4	8.9	1.24
40	10.584218	41.465248	81.7	12.5	0.60
41	10.6017151	41.291477	19.6	9.5	0.96
42	10.6060371	40.873493	3.9	10.5	1.37
43	10.6072426	41.296906	4.8	4.1	1.17
44	10.6137457	41.491959	8.6	8.4	0.70
45	10.6318827	41.101646	32.5	10.3	0.84
46	10.6862478	40.909912	5.2	8.0	0.85
47	10.6966658	41.022324	24.1	14.4	1.00
48	10.7049685	41.401382	20.0	8.4	0.93
49	10.706274	41.565147	60.5	15.9	0.65
50	10.7235756	41.430981	45.9	7.4	0.91
51	10.730814	40.996078	14.9	11.7	0.73
52	10.7325888	41.440166	24.7	16.5	0.90
53	10.7364969	41.582928	17.9	20.0	1.15
54	10.7659559	41.604427	87.5	20.1	0.79
55	10.766037	41.082691	42.9	16.1	0.53
56	10.7774887	41.649517	37.3	17.6	0.56
57	10.7843409	41.101158	12.9	16.1	1.22
58	10.7860861	41.085117	10.3	10.2	0.91
59	10.7866192	41.05183	7.0	11.0	0.95
60	10.7957678	41.627312	50.4	12.5	0.45
61	10.7966137	41.486042	22.0	12.7	0.95
62	10.8106556	40.909092	42.9	23.9	0.47
63	10.8312664	41.050423	12.9	13.1	0.53
64	10.8446941	41.109844	10.5	17.4	1.07
65	10.8452797	41.098709	15.6	14.9	0.69
66	10.8662777	41.308483	118.0	11.1	0.81
67	10.8721495	41.317833	28.3	12.7	0.76
68	10.8975859	41.235611	7.0	14.3	1.60
69	10.9093084	41.736958	7.3	11.7	0.75
70	10.913332	41.448254	59.2	6.9	0.90
71	10.918602	41.1814	10.5	8.5	1.16
72	10.9261484	41.764786	9.4	13.1	0.64
73	10.9388771	41.446407	4.5	9.4	1.29
74	10.9410877	41.742714	11.0	11.3	0.48
75	10.9473724	41.214676	9.8	8.3	0.80
76	10.9731379	41.200802	18.3	10.9	0.89
77	10.9744349	41.688019	7.8	13.5	0.85
78	10.9776745	41.881714	38.2	10.4	1.01
79	10.983777	41.785252	45.9	25.0	0.76
80	10.9928131	41.224857	95.9	12.1	1.02
81	10.9976645	41.806274	24.1	17.6	0.52
82	11.0045404	41.351501	4.4	3.6	0.55
83	11.019249	41.814159	50.4	16.4	0.42
84	11.0212221	41.455238	81.7	14.3	0.51
85	11.0231409	41.336361	22.0	15.0	0.71
86	11.0551329	41.841881	13.9	12.3	0.44
87	11.0558453	41.331738	22.0	5.8	0.96
88	11.0700617	41.861652	4.9	11.6	1.20
89	11.0834484	41.301193	66.4	15.4	0.42
90	11.0850019	41.5807	4.8	6.4	0.49
91	11.0955467	41.308174	1.9	3.2	0.49
92	11.1053743	41.413929	17.5	20.7	0.94
93	11.1101227	41.816521	11.5	17.0	1.35
94	11.1169834	41.303799	9.0	9.7	0.96
95	11.1231985	41.878918	51.5	15.2	0.41
96	11.1341314	41.393314	76.2	15.1	0.44
97	11.1494112	41.423695	93.8	13.0	0.75
98	11.1525688	41.418209	138.7	19.1	0.62
99	11.1561966	41.413376	8.6	5.6	0.46
100	11.1617689	41.424114	93.8	12.7	0.49
101	11.1721048	41.465294	16.3	12.6	0.94
102	11.1800842	41.447426	40.9	14.3	0.69
103	11.1815004	41.437695	214.8	17.4	0.64
104	11.1823425	41.964668	28.3	13.8	1.22
105	11.1915255	41.88311	1.0	2.8	0.87
106	11.1961946	41.489052	57.8	11.6	0.89
107	11.2065029	41.885338	28.3	18.8	1.03
108	11.2103958	41.4646	6.8	8.4	0.86
109	11.2106609	41.906368	9.6	11.8	0.92
110	11.2119102	41.536724	79.8	18.7	0.36
111	11.2131958	41.484985	57.8	8.7	0.98
112	11.2199574	41.916546	19.1	6.7	1.15
113	11.2269049	41.5312	17.1	11.8	0.82
114	11.2318478	41.948826	2.1	8.2	0.95
115	11.2510681	41.473709	8.6	7.3	0.81
116	11.2566252	41.992016	14.5	11.9	0.44
117	11.2709312	41.648121	41.9	19.2	0.52
118	11.2815895	41.596478	5.6	9.6	1.40
119	11.2828627	41.539677	19.6	13.3	0.41
120	11.290204	41.852699	34.0	12.7	0.52
121	11.2954798	41.668118	6.3	13.8	1.44
122	11.3005543	41.838196	22.0	19.9	0.71
123	11.307682	41.596668	4.2	8.8	1.36
124	11.3085947	41.604435	69.5	10.0	0.98
125	11.3134565	41.573505	10.5	19.2	1.11
126	11.3197832	41.789722	21.5	20.7	0.60
127	11.3282585	41.909809	33.3	23.7	0.64
128	11.3416309	41.66563	13.9	14.9	1.06
129	11.3532457	41.727592	5.8	6.3	0.85
130	11.3551655	41.684525	14.2	12.1	0.47
131	11.3582821	41.722782	10.8	7.4	0.44
132	11.3604527	41.714699	2.1	5.4	0.53
133	11.3649511	41.717503	4.9	6.6	1.05
134	11.3656368	41.871372	27.0	18.6	0.44
135	11.3659668	41.774178	81.7	18.5	0.44
136	11.3698902	41.775375	31.0	12.0	0.55
137	11.3733635	41.791794	13.6	18.2	1.35
138	11.383029	41.801659	22.5	14.3	0.54
139	11.3980255	41.968945	23.6	9.8	0.81
140	11.4002151	41.901939	27.0	26.4	1.08
141	11.4016514	41.79921	13.2	13.9	0.66
142	11.4078999	41.839176	14.5	14.8	0.83
143	11.4142132	41.786888	11.5	12.2	1.13
144	11.4316845	41.930859	170.6	23.0	0.77
145	11.4854908	42.186268	162.9	24.5	0.53
146	11.5171375	41.836693	21.5	27.5	1.14
147	11.5838375	41.88327	45.9	24.6	0.44
148	11.6234102	41.969452	24.1	13.7	0.83
149	11.6344233	41.995224	54.0	12.7	0.38
150	11.6405077	42.182217	87.5	23.3	0.56
151	11.6407747	41.993465	4.2	5.0	0.60
152	11.6475868	42.227032	28.3	12.3	0.76
153	11.6587248	42.187496	5.3	10.2	0.87
154	11.662818	42.12149	6.1	10.2	1.16
155	11.6689005	42.191399	29.6	20.2	1.03
156	11.6789007	42.21674	9.2	13.6	1.12
*Note: data taken from Lee & Lee (2014).

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