2016ApJ...832...67N

Query : 2016ApJ...832...67N

2016ApJ...832...67N - Astrophys. J., 832, 67-67 (2016/November-3)

The origin of double-peaked narrow lines in active galactic nuclei. II. Kinematic classifications for the population at z < 0.1.

NEVIN R., COMERFORD J., MULLER-SANCHEZ F., BARROWS R. and COOPER M.

Abstract (from CDS):

We present optical long-slit observations of the complete sample of 71 Type 2 active galactic nuclei (AGNs) with double-peaked narrow emission lines at z < 0.1 in the Sloan Digital Sky Survey. Double-peaked emission lines are produced by a variety of mechanisms including disk rotation, kiloparsec-scale dual AGNs, and narrow-line region (NLR) kinematics (outflows or inflows). We develop a novel kinematic classification technique to determine the nature of these objects using long-slit spectroscopy alone. We determine that 86% of the double-peaked profiles are produced by moderate-luminosity AGN outflows, 6% are produced by rotation, and 8% are ambiguous. While we are unable to directly identify dual AGNs with long-slit data alone, we explore their potential kinematic classifications with this method. We also find a positive correlation between the NLR size and luminosity of the AGN NLRs (RNLR∝ L[O III]0.21±0.05), indicating a clumpy two-zone ionization model for the NLR.

Abstract Copyright: © 2016. The American Astronomical Society. All rights reserved.

Journal keyword(s): galaxies: active - galaxies: interactions - galaxies: kinematics and dynamics - galaxies: nuclei - galaxies: nuclei

VizieR on-line data: <Available at CDS (J/ApJ/832/67): table1.dat table2.dat table3.dat table4.dat>

Simbad objects: 71

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Number of rows : 71
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 2MASS J00024907+0045051 Sy1 00 02 49.0771278648 +00 45 04.933132632   19.05 18.23     ~ 29 0
2 LEDA 3099131 Sy2 00 09 11.6026757880 -00 36 54.780123708 18 19.09 18.27 15.92   ~ 52 1
3 LEDA 1461975 Sy2 01 35 55.8263420472 +14 35 29.635003716   18.51 17.88     ~ 14 0
4 2MASX J01560516-0007219 Sy2 01 56 05.1412176504 -00 07 21.775066824   18.64 17.84     ~ 16 0
5 LEDA 2265440 Sy1 07 31 17.5457336952 +45 28 03.241350300           ~ 12 0
6 2MASX J07365650+4759467 Sy1 07 36 56.4808318656 +47 59 46.905553176           ~ 13 0
7 LEDA 2261682 Sy2 07 49 53.3817694896 +45 14 54.524561604           ~ 42 0
8 2MASS J07522333+2736434 Sy2 07 52 23.3523533328 +27 36 43.084949544           ~ 12 0
9 2MASX J08021869+3046228 Sy2 08 02 18.6595636632 +30 46 22.819359144   18.34 17.73     ~ 20 0
10 2MASX J08033733+3926333 Sy2 08 03 37.32659 +39 26 33.1263   18.15 17.57     ~ 28 0
11 2MASS J08143013+2657299 Sy1 08 14 30.1306473528 +26 57 29.816609472           ~ 10 0
12 2MASX J08210788+5021156 Sy2 08 21 07.8842973600 +50 21 15.750134640   19.47 18.67     ~ 13 0
13 SDSS J085416.75+502631.9 Sy2 08 54 16.7641929792 +50 26 31.966282536   19.47 18.75     ~ 14 0
14 MCG+11-11-032 Sy2 08 55 12.5539742880 +64 23 45.428865000   17       ~ 72 0
15 LEDA 2050419 Sy1 09 30 24.8436382296 +34 30 57.251509668           ~ 13 0
16 2MASS J09442760+1447171 AGN 09 44 27.5912818560 +14 47 17.036778336           ~ 8 0
17 2MASS J09594260+2619141 Sy2 09 59 42.6028171056 +26 19 14.140674336           ~ 12 0
18 LEDA 1148660 Sy2 09 59 50.3188552200 -00 13 39.015134040   19.15 18.46     ~ 11 0
19 Z 8-77 Sy2 10 13 46.8173594520 -00 54 51.236467848   18.25 17.58 15.014   ~ 78 0
20 2MASS J10183577+5127530 Sy2 10 18 35.7710526408 +51 27 52.996615488           ~ 8 0
21 2MASS J10275363+1049504 Sy1 10 27 53.6347752648 +10 49 50.481777000           ~ 9 0
22 2MASX J10565334+3319451 Sy1 10 56 53.3674639728 +33 19 45.673385952           ~ 18 0
23 2MASS J11082179+5918519 AGN 11 08 21.8020488672 +59 18 51.941478204           ~ 6 0
24 2dFGRS TGN437Z131 Sy2 11 09 57.1326206136 +02 01 38.617514436   16.725   15.567   ~ 24 0
25 2MASX J11120176+2750537 Sy2 11 12 01.7851371624 +27 50 53.810053440           ~ 25 0
26 2MASS J11133339+1657116 Sy2 11 13 33.4046260656 +16 57 11.702438244           ~ 8 0
27 2MASS J11363059+1358491 LIN 11 36 30.6150769272 +13 58 48.930440448           ~ 5 0
28 2MASS J11375937+1437339 Sy2 11 37 59.3673827232 +14 37 33.744204804           ~ 7 0
29 2MASS J11404802+4452084 AGN 11 40 48.0015403584 +44 52 08.379151788           ~ 5 0
30 2MASX J11484015-0216370 Sy2 11 48 40.1443869240 -02 16 37.190316648   18.88 18.14 16.256   ~ 12 0
31 Z 40-49 Sy2 11 50 28.1565386688 +04 41 41.769499488   15.5       ~ 27 0
32 LEDA 1377131 Sy2 11 52 45.6546787656 +10 16 23.811271392   17.94 17.57     ~ 21 0
33 2MASS J11524934+1903001 Sy1 11 52 49.3361708904 +19 03 00.205206084           ~ 18 0
34 2MASS J11561077+0459432 Sy2 11 56 10.7673260760 +04 59 43.376553312           ~ 10 0
35 LEDA 1428221 AGN 12 03 20.6522578248 +13 19 31.387862280           ~ 24 1
36 2MASS J12035734+2808567 Sy2 12 03 57.3423000744 +28 08 56.849994240           ~ 7 0
37 2MASS J12080207+2304306 Sy1 12 08 02.0854343664 +23 04 30.561937680           ~ 7 0
38 2MASS J12210494+6049540 Sy1 12 21 04.9633286280 +60 49 53.876294220           ~ 7 0
39 2MASS J12352494+0608109 Sy2 12 35 24.9491999232 +06 08 10.656331296           ~ 10 0
40 2MASS J12353859+0502216 AGN 12 35 38.5978482336 +05 02 21.404628924           ~ 9 0
41 LEDA 4344181 AGN 12 50 49.4691995880 +07 46 17.961702600           ~ 6 0
42 2MASS J13072972+1243554 Sy2 13 07 29.7265927464 +12 43 55.277738040           ~ 6 0
43 2MASX J13151589+2134034 Sy1 13 15 15.9333774120 +21 34 03.437385348           ~ 13 0
44 2MASS J13210460-0014457 Sy2 13 21 04.5988953144 -00 14 45.818090736   19.42 18.71     ~ 12 0
45 2MASX J13284845+2752280 Sy2 13 28 48.4535304528 +27 52 27.836065992           ~ 27 0
46 NGC 5245 Sy2 13 37 23.2364626608 +03 53 50.778513996   15.3       ~ 29 0
47 2MASS J13504647+2311280 Sy1 13 50 46.4790127896 +23 11 28.017607380   17.93 17.35     ~ 14 0
48 2MASX J13520776+0525555 Sy2 13 52 07.7339954520 +05 25 55.878264156           ~ 15 0
49 2MASS J14203962+4959067 Sy2 14 20 39.6144312216 +49 59 06.735999660           ~ 7 0
50 LEDA 3487297 Sy2 14 31 32.8392149880 +43 58 07.286963304           ~ 11 0
51 2MASS J14343457+1405481 Sy2 14 34 34.5788361864 +14 05 48.243849288           ~ 7 0
52 SDSS J144804.17+182537.9 Sy2 14 48 04.1759164584 +18 25 37.857917856           ~ 19 0
53 2MASS J14521727+5110502 Sy2 14 52 17.2695156408 +51 10 50.223879156           ~ 9 0
54 2MASX J15165924+0517513 Sy2 15 16 59.2405273272 +05 17 51.555037668           ~ 22 0
55 LEDA 55014 Sy1 15 24 33.3519367896 +27 43 11.512965216   18.07 17.42     ~ 16 0
56 NGC 5929 Sy1 15 26 06.1564333536 +41 40 14.384294616   13.0 14.00     ~ 450 0
57 2MASS J15321722+4532255 Sy2 15 32 17.2337831616 +45 32 25.538172252           ~ 6 0
58 2MASS J15323891+2601241 Sy2 15 32 38.9122379112 +26 01 24.442362876           ~ 6 0
59 2MASS J15331529+5750019 Sy2 15 33 15.3115779024 +57 50 01.914031860           ~ 8 0
60 2MASS J15520593+0433172 Sy2 15 52 05.9034745450 +04 33 17.550568794           ~ 15 0
61 2MASX J15561929+0948551 Sy2 15 56 19.2978089376 +09 48 55.465772400           ~ 22 0
62 2MASX J16052460+1522338 Sy2 16 05 24.5978470920 +15 22 33.620058768           ~ 9 0
63 2MASS J16063671+3427546 AGN 16 06 36.7133157912 +34 27 54.527481792           ~ 5 0
64 2MASS J16293960+2408559 Sy2 16 29 39.5910996288 +24 08 56.015310660           ~ 7 0
65 2MASS J16305676+1649572 Sy1 16 30 56.7514524528 +16 49 57.080157168           ~ 19 0
66 2MASS J16331602+2627165 Sy2 16 33 16.0411097544 +26 27 16.422717528           ~ 9 0
67 2MASS J16520613+3107075 Sy2 16 52 06.1457800944 +31 07 07.550400720           ~ 12 0
68 2MASX J17204922+3106462 Sy2 17 20 49.2554849472 +31 06 46.419668100           ~ 9 0
69 2MASX J22542099-0051345 Sy2 22 54 21.0011988648 -00 51 34.176140352   18.77 18.05     ~ 15 0
70 LEDA 989436 Sy2 23 04 42.8246931384 -09 33 45.348723216   15.83   14.59   ~ 32 0
71 2dFGRS TGS886Z108 Sy2 23 10 51.9549319608 -09 00 11.962756332   17.372   16.161   ~ 16 0

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