Table 4. Open in new tab SDSS spectral...

No.	Object	\|$\rm FWHM_{H\alpha ^b}$\|	\|$\rm FWHM_{H\beta ^b}$\|	\|$\log L_{\rm H\alpha ^b}$\|	\|$\log L_{\rm H\beta ^b}$\|	log L₅₁₀₀	\|$L_{\rm H\alpha ^b}/L_{\rm H\beta ^b}$\|	log (M_BH/M_\|$\odot$\|)
1	Mrk 1018	4152	6011	42.17	41.74	43.86	2.67	8.40
2	MCG 04-22-042	2062	2989	42.34	41.97	43.69	2.33	7.71
3	Mrk 705	2062	2039	42.03	41.57	43.38	2.88	7.22
4	RX J1007.1 + 2203	2092	2407	42.17	41.67	43.66	3.17	7.50
5	CBS 126	2639	2914	43.00	42.53	44.18	2.94	7.93
6	Mrk 141	3624	6672	41.91	41.39	43.51	3.31	8.31
7	Mrk 142	1494	1650	42.00	41.58	43.60	2.64	7.15
8	Ton 1388	2966	4004	44.11	43.60	45.27	3.25	8.75
9	SBS 1136 + 594	2637	3249	42.72	42.24	43.86	2.99	7.86
10	PG 1138 + 222	2246	2246	42.55	42.02	43.95	3.34	7.59
11	KUG 1141 + 371	6795	9049	41.82	41.36	43.28	2.83	8.46
12	Mrk 1310	2252	2717	41.31	40.92	42.75	2.46	7.16
13	RX J1209.8 + 3217	2019	2038	42.54	42.08	44.09	2.89	7.57
14	Mrk 50	4838	5837	41.78	41.33	43.07	2.83	7.98
15	Mrk 771	2800	3358	42.66	42.19	43.91	2.92	7.92
16	PG 1307 + 085	3650	4612	43.67	43.18	44.78	3.13	8.63
17	Ton 730	3009	3520	42.49	42.12	43.95	2.33	7.98
18	RX J1355.2 + 5612	1141	1192	42.67	42.16	44.16	3.22	7.14
19	Mrk 1392	4183	5371	42.29	41.83	43.60	2.91	8.17
20	Mrk 290	3612	4533	42.22	41.82	43.58	2.53	8.01
21	Mrk 493	1095	1095	41.71	41.29	43.41	2.63	7.51
22	KUG 1618 + 410	2045	2418	41.22	40.75	42.90	2.92	7.13
23	RX J1702.5 + 3247	2330	2442	43.27	42.82	44.70	2.82	8.03

No.

Object

|$\rm FWHM_{H\alpha ^b}$|

|$\rm FWHM_{H\beta ^b}$|

|$\log L_{\rm H\alpha ^b}$|

|$\log L_{\rm H\beta ^b}$|

log L₅₁₀₀

|$L_{\rm H\alpha ^b}/L_{\rm H\beta ^b}$|

log (M_BH/M_|$\odot$|)

(1)

(2)

(3)

(4)

(5)

(6)

(7)

(8)

(9)

Mrk 1018

4152

6011

42.17

41.74

43.86

2.67

8.40

MCG 04-22-042

2062

2989

42.34

41.97

43.69

2.33

7.71

Mrk 705

2062

2039

42.03

41.57

43.38

2.88

7.22

RX J1007.1 + 2203

2092

2407

42.17

41.67

43.66

3.17

7.50

CBS 126

2639

2914

43.00

42.53

44.18

2.94

7.93

Mrk 141

3624

6672

41.91

41.39

43.51

3.31

8.31

Mrk 142

1494

1650

42.00

41.58

43.60

2.64

7.15

Ton 1388

2966

4004

44.11

43.60

45.27

3.25

8.75

SBS 1136 + 594

2637

3249

42.72

42.24

43.86

2.99

7.86

PG 1138 + 222

2246

42.55

42.02

43.95

3.34

7.59

KUG 1141 + 371

6795

9049

41.82

41.36

43.28

2.83

8.46

Mrk 1310

2252

2717

41.31

40.92

42.75

2.46

7.16

RX J1209.8 + 3217

2019

2038

42.54

42.08

44.09

2.89

7.57

Mrk 50

4838

5837

41.78

41.33

43.07

2.83

7.98

Mrk 771

2800

3358

42.66

42.19

43.91

2.92

7.92

PG 1307 + 085

3650

4612

43.67

43.18

44.78

3.13

8.63

Ton 730

3009

3520

42.49

42.12

43.95

2.33

7.98

RX J1355.2 + 5612

1141

1192

42.67

42.16

44.16

3.22

7.14

Mrk 1392

4183

5371

42.29

41.83

43.60

2.91

8.17

Mrk 290

3612

4533

42.22

41.82

43.58

2.53

8.01

Mrk 493

1095

41.71

41.29

43.41

2.63

7.51

KUG 1618 + 410

2045

2418

41.22

40.75

42.90

2.92

7.13

RX J1702.5 + 3247

2330

2442

43.27

42.82

44.70

2.82

8.03

No.	Object	\|$\rm FWHM_{H\alpha ^b}$\|	\|$\rm FWHM_{H\beta ^b}$\|	\|$\log L_{\rm H\alpha ^b}$\|	\|$\log L_{\rm H\beta ^b}$\|	log L₅₁₀₀	\|$L_{\rm H\alpha ^b}/L_{\rm H\beta ^b}$\|	log (M_BH/M_\|$\odot$\|)
1	Mrk 1018	4152	6011	42.17	41.74	43.86	2.67	8.40
2	MCG 04-22-042	2062	2989	42.34	41.97	43.69	2.33	7.71
3	Mrk 705	2062	2039	42.03	41.57	43.38	2.88	7.22
4	RX J1007.1 + 2203	2092	2407	42.17	41.67	43.66	3.17	7.50
5	CBS 126	2639	2914	43.00	42.53	44.18	2.94	7.93
6	Mrk 141	3624	6672	41.91	41.39	43.51	3.31	8.31
7	Mrk 142	1494	1650	42.00	41.58	43.60	2.64	7.15
8	Ton 1388	2966	4004	44.11	43.60	45.27	3.25	8.75
9	SBS 1136 + 594	2637	3249	42.72	42.24	43.86	2.99	7.86
10	PG 1138 + 222	2246	2246	42.55	42.02	43.95	3.34	7.59
11	KUG 1141 + 371	6795	9049	41.82	41.36	43.28	2.83	8.46
12	Mrk 1310	2252	2717	41.31	40.92	42.75	2.46	7.16
13	RX J1209.8 + 3217	2019	2038	42.54	42.08	44.09	2.89	7.57
14	Mrk 50	4838	5837	41.78	41.33	43.07	2.83	7.98
15	Mrk 771	2800	3358	42.66	42.19	43.91	2.92	7.92
16	PG 1307 + 085	3650	4612	43.67	43.18	44.78	3.13	8.63
17	Ton 730	3009	3520	42.49	42.12	43.95	2.33	7.98
18	RX J1355.2 + 5612	1141	1192	42.67	42.16	44.16	3.22	7.14
19	Mrk 1392	4183	5371	42.29	41.83	43.60	2.91	8.17
20	Mrk 290	3612	4533	42.22	41.82	43.58	2.53	8.01
21	Mrk 493	1095	1095	41.71	41.29	43.41	2.63	7.51
22	KUG 1618 + 410	2045	2418	41.22	40.75	42.90	2.92	7.13
23	RX J1702.5 + 3247	2330	2442	43.27	42.82	44.70	2.82	8.03

Table 4.

Open in new tab

SDSS spectral fitting results.

No.	Object	\|$\rm FWHM_{H\alpha ^b}$\|	\|$\rm FWHM_{H\beta ^b}$\|	\|$\log L_{\rm H\alpha ^b}$\|	\|$\log L_{\rm H\beta ^b}$\|	log L₅₁₀₀	\|$L_{\rm H\alpha ^b}/L_{\rm H\beta ^b}$\|	log (M_BH/M_\|$\odot$\|)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)
1	Mrk 1018	4152	6011	42.17	41.74	43.86	2.67	8.40
2	MCG 04-22-042	2062	2989	42.34	41.97	43.69	2.33	7.71
3	Mrk 705	2062	2039	42.03	41.57	43.38	2.88	7.22
4	RX J1007.1 + 2203	2092	2407	42.17	41.67	43.66	3.17	7.50
5	CBS 126	2639	2914	43.00	42.53	44.18	2.94	7.93
6	Mrk 141	3624	6672	41.91	41.39	43.51	3.31	8.31
7	Mrk 142	1494	1650	42.00	41.58	43.60	2.64	7.15
8	Ton 1388	2966	4004	44.11	43.60	45.27	3.25	8.75
9	SBS 1136 + 594	2637	3249	42.72	42.24	43.86	2.99	7.86
10	PG 1138 + 222	2246	2246	42.55	42.02	43.95	3.34	7.59
11	KUG 1141 + 371	6795	9049	41.82	41.36	43.28	2.83	8.46
12	Mrk 1310	2252	2717	41.31	40.92	42.75	2.46	7.16
13	RX J1209.8 + 3217	2019	2038	42.54	42.08	44.09	2.89	7.57
14	Mrk 50	4838	5837	41.78	41.33	43.07	2.83	7.98
15	Mrk 771	2800	3358	42.66	42.19	43.91	2.92	7.92
16	PG 1307 + 085	3650	4612	43.67	43.18	44.78	3.13	8.63
17	Ton 730	3009	3520	42.49	42.12	43.95	2.33	7.98
18	RX J1355.2 + 5612	1141	1192	42.67	42.16	44.16	3.22	7.14
19	Mrk 1392	4183	5371	42.29	41.83	43.60	2.91	8.17
20	Mrk 290	3612	4533	42.22	41.82	43.58	2.53	8.01
21	Mrk 493	1095	1095	41.71	41.29	43.41	2.63	7.51
22	KUG 1618 + 410	2045	2418	41.22	40.75	42.90	2.92	7.13
23	RX J1702.5 + 3247	2330	2442	43.27	42.82	44.70	2.82	8.03

No.	Object	\|$\rm FWHM_{H\alpha ^b}$\|	\|$\rm FWHM_{H\beta ^b}$\|	\|$\log L_{\rm H\alpha ^b}$\|	\|$\log L_{\rm H\beta ^b}$\|	log L₅₁₀₀	\|$L_{\rm H\alpha ^b}/L_{\rm H\beta ^b}$\|	log (M_BH/M_\|$\odot$\|)
(1)	(2)	(3)	(4)	(5)	(6)	(7)	(8)	(9)
1	Mrk 1018	4152	6011	42.17	41.74	43.86	2.67	8.40
2	MCG 04-22-042	2062	2989	42.34	41.97	43.69	2.33	7.71
3	Mrk 705	2062	2039	42.03	41.57	43.38	2.88	7.22
4	RX J1007.1 + 2203	2092	2407	42.17	41.67	43.66	3.17	7.50
5	CBS 126	2639	2914	43.00	42.53	44.18	2.94	7.93
6	Mrk 141	3624	6672	41.91	41.39	43.51	3.31	8.31
7	Mrk 142	1494	1650	42.00	41.58	43.60	2.64	7.15
8	Ton 1388	2966	4004	44.11	43.60	45.27	3.25	8.75
9	SBS 1136 + 594	2637	3249	42.72	42.24	43.86	2.99	7.86
10	PG 1138 + 222	2246	2246	42.55	42.02	43.95	3.34	7.59
11	KUG 1141 + 371	6795	9049	41.82	41.36	43.28	2.83	8.46
12	Mrk 1310	2252	2717	41.31	40.92	42.75	2.46	7.16
13	RX J1209.8 + 3217	2019	2038	42.54	42.08	44.09	2.89	7.57
14	Mrk 50	4838	5837	41.78	41.33	43.07	2.83	7.98
15	Mrk 771	2800	3358	42.66	42.19	43.91	2.92	7.92
16	PG 1307 + 085	3650	4612	43.67	43.18	44.78	3.13	8.63
17	Ton 730	3009	3520	42.49	42.12	43.95	2.33	7.98
18	RX J1355.2 + 5612	1141	1192	42.67	42.16	44.16	3.22	7.14
19	Mrk 1392	4183	5371	42.29	41.83	43.60	2.91	8.17
20	Mrk 290	3612	4533	42.22	41.82	43.58	2.53	8.01
21	Mrk 493	1095	1095	41.71	41.29	43.41	2.63	7.51
22	KUG 1618 + 410	2045	2418	41.22	40.75	42.90	2.92	7.13
23	RX J1702.5 + 3247	2330	2442	43.27	42.82	44.70	2.82	8.03

Notes: Column (1): identification number assigned in this paper. Column (2): NED name of the sample objects. Column (3): FWHM of the |$\rm H\alpha$| broad component. Column (4): FWHM of the |$\rm H\beta$| broad component. Column (5): logarithmic of the luminosity of the |$\rm H\alpha$| broad component in units of erg s⁻¹. Column (6): logarithmic of the luminosity of the |$\rm H\beta$| broad component in units of erg s⁻¹. Column (7): logarithmic of the 5100 Å monochromatic luminosity in units of erg s⁻¹. Column (8): broad-line Balmer decrement derived from |$L_{\rm H\alpha ^b}$|/|$L_{\rm H\beta ^b}$|⁠. Column (9): logarithmic of Black hole mass M_BH derived from |$\rm FWHM({H\beta ^b})$| and L₅₁₀₀ (Vestergaard & Peterson 2006) in units of M_|$\odot$|.

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