2009AJ....137.3761B

Query : 2009AJ....137.3761B

2009AJ....137.3761B - Astron. J., 137, 3761-3777 (2009/April-0)

Ultraviolet quasi-stellar objects.

BIANCHI L., HUTCHINGS J.B., EFREMOVA B., HERALD J.E., BRESSAN A. and MARTIN C.

Abstract (from CDS):

We present a sample of spectroscopically confirmed quasi-stellar objects (QSOs) with FUV-NUV color (as measured by Galaxy Evolution Explorer (GALEX) photometry, FUV band: 1344-1786 Å, NUV band: 1771-2831 Å) bluer than canonical QSO templates and than the majority of known QSOs. We analyze their FUV to NIR colors, luminosities, and optical spectra. The sample includes a group of 150 objects at low redshift (z < 0.5), and a group of 21 objects with redshift 1.7 < z < 2.6. For the low-redshift objects, the "blue" FUV-NUV color may be caused by enhanced Lyα emission, since Lyα transits the GALEX FUV band from z = 0.1 to z = 0.47. Synthetic QSO templates constructed with Lyα up to three times stronger than in standard templates match the observed UV colors of our low-redshift sample. Optical photometric and spectroscopic properties of these QSOs are not atypical. The Hα emission increases, and the optical spectra become bluer, with increasing absolute UV luminosity. The lack of selected objects at intermediate redshift is consistent with the fact that for z = 0.48-1.63, Lyα is included in the GALEX NUV band, making the observed FUV-NUV redder than the limit of our sample selection. The UV-blue QSOs at redshift ∼2, where the GALEX bands sample rest-frame ~450-590 Å (FUV) and ~590-940 Å (NUV), are fainter than the average of UV-normal QSOs at similar redshift in NUV, while they have comparable luminosities in other bands. Therefore, we speculate that their observed FUV-NUV color may be explained by a combination of steep flux rise toward short wavelengths and dust absorption below the Lyman limit, such as from small grains or crystalline carbon (nanodiamonds). The ratio of Lyα to C IV could be measured in 10 objects; it is higher (30% on average) than for UV-normal QSOs, and close to the value expected for shock or collisional ionization. However, optical spectra are taken at different times than the UV photometry, which may bias the comparison if lines are variable. These QSO groups are uniquely set apart by the GALEX photometry within larger samples, given that their optical properties are not unusual.

Abstract Copyright: ∼

Journal keyword(s): quasars: absorption lines - quasars: emission lines - quasars: general - ultraviolet: galaxies

VizieR on-line data: <Available at CDS (J/AJ/137/3761): table1.dat table2.dat table3.dat>

Nomenclature: Tables 1-3: [BHE2009] GALEX JHHMMSS.ss+DDMMSS.s N=172+23+150.

Simbad objects: 173

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Number of rows : 173
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 [VV2003c] J000048.2-095404 Sy1 00 00 48.1613136504 -09 54 04.133572020   19.90 19.32     ~ 5 0
2 2MASX J00122399-1022269 Sy1 00 12 24.0235889448 -10 22 26.551199748   17.59 17.25     ~ 61 0
3 2SLAQ J003157.42+001838.0 Sy1 00 31 57.4270572144 +00 18 37.980583488   19.69 19.17     ~ 9 0
4 [VV2006] J003505.6-103536 QSO 00 35 05.6139804576 -10 35 36.444391368   18.80 18.65     ~ 21 0
5 [SDG98] 1-3430 Sy1 00 44 00.7516071960 -08 49 16.507166232   19.98 19.50     ~ 7 0
6 2MASX J00480998+1514553 Sy1 00 48 09.9465926064 +15 14 54.536882028   19.75 19.12     ~ 8 0
7 SDSS J005023.47+143953.9 Sy1 00 50 23.4805844688 +14 39 53.929260000   20.70 20.12     ~ 6 0
8 [VV2003c] J005057.5+143754 Sy1 00 50 57.4715871072 +14 37 53.844028896   20.32 19.76     ~ 5 0
9 2MASS J00532881-0857552 Sy1 00 53 28.8106547160 -08 57 55.116154656   18.25 17.92     ~ 29 0
10 [VV2006] J005408.5-094637 QSO 00 54 08.4672624096 -09 46 38.306246340   18.36 18.05     ~ 30 0
11 2MASS J00570440+1417594 Sy1 00 57 04.4073372168 +14 17 59.379477216   19.33 18.96     ~ 22 0
12 [VV2006c] J013918.3+131901 QSO 01 39 18.2325038304 +13 19 01.544089656   20.38 19.91     ~ 4 0
13 SDSS J013928.93-103427.0 Sy1 01 39 28.9419856824 -10 34 27.019820964   20.40 19.76     ~ 8 0
14 [VV2006c] J014145.0+130228 Sy1 01 41 44.9738751696 +13 02 29.087176056   20.22 19.67     ~ 7 0
15 2MASS J01415363+1257268 Sy1 01 41 53.6225841672 +12 57 26.986010868   19.72 19.22     ~ 11 0
16 2SLAQ J014234.40-011417.3 Sy1 01 42 34.4062702896 -01 14 17.428210584   18.95 18.70     ~ 36 0
17 2MASX J01424883+1421256 Sy1 01 42 48.8710921896 +14 21 25.876800324   19.46 18.65     ~ 9 0
18 SDSS J014651.29-085140.3 Sy1 01 46 51.3031560552 -08 51 40.349186748   20.44 19.90     ~ 6 0
19 [VV2006] J015229.3-083640 QSO 01 52 29.2587030288 -08 36 40.150238148   20.19 19.69     ~ 23 0
20 [VV2006] J015808.6+141658 QSO 01 58 08.6158122408 +14 16 58.152455796   20.52 20.13     ~ 21 0
21 SDSS J020257.65+141613.6 Sy1 02 02 57.6554643024 +14 16 13.684741932   19.59 18.98     ~ 10 0
22 SDSS J020319.87-082811.5 Sy1 02 03 19.8755220384 -08 28 11.501037984   19.76 19.50     ~ 22 0
23 [VV2006] J020419.4+143928 QSO 02 04 19.3845331656 +14 39 28.359483300   19.27 18.99     ~ 21 0
24 [VV2003c] J020946.3-083349 Sy1 02 09 46.3341806784 -08 33 49.558707936   19.61 19.15     ~ 7 0
25 2MASS J02234747-0836557 Sy1 02 23 47.4906301848 -08 36 55.574211564   19.13 18.75     ~ 30 0
26 FBQS J0231-0049 Sy1 02 31 01.1572809192 -00 49 43.940259300   20.37 19.74     ~ 8 1
27 [VV2003c] J024559.0-074500 Sy1 02 45 58.9961687808 -07 45 00.441779832   20.31 19.94     ~ 5 0
28 2SLAQ J024601.25-005937.2 Sy1 02 46 01.2597899256 -00 59 37.364394840   18.70 18.36     ~ 43 0
29 2MASS J02470325-0714219 Sy1 02 47 03.2499103104 -07 14 21.662611044   20.40 19.69     ~ 23 0
30 2XMM J024912.7-082216 Sy1 02 49 12.7534163616 -08 22 16.583498364   19.73 19.29     ~ 10 0
31 [VV2006] J025221.2-085515 QSO 02 52 21.1181339304 -08 55 15.688805088   18.47 18.30     ~ 26 0
32 SDSS J032225.40-081255.3 Sy1 03 22 25.4063074968 -08 12 55.381966632   18.14 17.82     ~ 12 0
33 [VV2003c] J033113.4-054655 Sy1 03 31 13.4395357608 -05 46 55.425726912   20.43 19.89     ~ 7 0
34 [VV2003c] J034736.4-045722 Sy1 03 47 36.4173149160 -04 57 23.008881096   19.68 19.27     ~ 9 0
35 [VV2003c] J035950.2-064915 Sy1 03 59 50.1632418024 -06 49 15.426351408   20.13 19.65     ~ 6 0
36 1RXS J040225.7-062849 Sy1 04 02 26.7281196168 -06 29 02.537513052   20.33 19.47     ~ 11 0
37 [VV2003c] J040446.8-045429 Sy1 04 04 46.7405196552 -04 54 30.183937380   20.74 20.24     ~ 7 0
38 [VV2003c] J074542.5+421405 Sy1 07 45 42.4281415152 +42 14 05.843868756   19.78 19.31     ~ 6 0
39 SDSS J074615.57+302400.4 Sy1 07 46 15.5841374448 +30 24 00.558689004   20.21 19.68     ~ 8 0
40 [VV2003c] J074857.3+423214 Sy1 07 48 57.3144682200 +42 32 14.470918188   19.46 19.10     ~ 7 0
41 [VV2006c] J075239.0+253403 QSO 07 52 39.0109128552 +25 34 03.057959568   20.43 19.81     ~ 5 0
42 2MASS J07530463+2524354 Sy1 07 53 04.6415056248 +25 24 35.741422296   19.40 18.99     ~ 9 0
43 [VV2006] J075627.7+205413 QSO 07 56 27.7050111840 +20 54 14.028914016   20.23 19.93     ~ 23 0
44 1RXS J075852.1+463005 Sy1 07 58 53.4723938784 +46 30 15.109076988   19.32 18.86     ~ 11 0
45 2MASS J07591907+2856504 Sy1 07 59 19.0729407432 +28 56 50.283393252   19.21 18.73     ~ 12 0
46 ATO J120.3831+47.6044 Sy1 08 01 31.9656875184 +47 36 16.062127020   16.51 16.29     ~ 78 1
47 2MASX J08130742+3614416 Sy1 08 13 07.4735328648 +36 14 41.670084228   18.77 18.40     ~ 10 0
48 2MASS J08165189+4953347 Sy1 08 16 51.8703335544 +49 53 34.848072240   18.31 17.99     ~ 31 0
49 2MASS J08191630+4817458 Sy1 08 19 16.2939591480 +48 17 45.553752852   19.52 18.93     ~ 26 0
50 [VV2006] J082338.0+455621 QSO 08 23 38.0127006432 +45 56 21.629043924   21.92 21.33     ~ 22 0
51 [VV2006] J082616.1+502049 QSO 08 26 16.1048663640 +50 20 49.095161556   19.06 18.83     ~ 30 0
52 2MASS J08304540+4502358 Sy1 08 30 45.4096827816 +45 02 35.818478448   18.44 18.02     ~ 27 0
53 US 1640 QSO 08 46 58.1162626896 +46 50 11.124192732   19.79 19.51     ~ 25 0
54 SDSS J085120.61+570318.3 Sy1 08 51 20.6083514712 +57 03 18.347981616   19.16 18.78     ~ 28 0
55 [VV2003c] J085318.5+551525 Sy1 08 53 18.4916306760 +55 15 24.815415852   20.85 20.14     ~ 5 0
56 [VV2006] J085344.8+565337 QSO 08 53 44.8248807648 +56 53 38.020943436   20.81 20.57     ~ 23 0
57 [VV2003c] J085813.3+552850 Sy1 08 58 13.1994560160 +55 28 50.700265212   19.92 19.54     ~ 6 0
58 US 2121 Sy1 09 00 29.6354175528 +43 19 37.649361684   18.83 18.40     ~ 31 0
59 [VV2003c] J090231.2+520749 Sy1 09 02 31.2048867096 +52 07 49.641467844   18.50 18.20     ~ 12 0
60 [VV2006] J090814.5+550700 QSO 09 08 14.4698065320 +55 07 00.381708948   20.12 19.73     ~ 28 0
61 SDSS J090940.45+532707.0 Sy1 09 09 40.4509822488 +53 27 07.126878420   19.39 19.06     ~ 6 0
62 [VV2003c] J091159.1+584823 Sy1 09 11 59.1451781856 +58 48 23.403125376   19.95 19.62     ~ 5 0
63 [VV2006] J091624.7+040942 QSO 09 16 24.7788920304 +04 09 43.340464908   18.11 17.94     ~ 22 0
64 2MASS J09163564+6027225 Sy1 09 16 35.5507853400 +60 27 22.533108624   19.50 19.13     ~ 19 0
65 2MASS J09172954+6031439 Sy1 09 17 29.5288164600 +60 31 43.985829180   18.90 18.59     ~ 23 0
66 SDSS J091953.24+595128.8 Sy1 09 19 53.2536701184 +59 51 28.909232316   19.94 19.26     ~ 10 0
67 [VV2003c] J092308.2+561455 Sy1 09 23 08.1742556040 +56 14 55.503189132   20.80 19.96     ~ 5 0
68 SDSS J092831.47+611128.1 Sy1 09 28 31.4778913680 +61 11 28.115158848   19.41 19.08     ~ 11 0
69 [VV2003c] J092858.9-002129 Sy1 09 28 58.8990842640 -00 21 29.282467716   20.37 19.66     ~ 8 0
70 2dFGRS TGN286Z100 Sy1 10 02 55.1114612760 -00 24 49.873468824   18.69 18.35 17.912   ~ 17 0
71 2SLAQ J100626.14-003515.9 Sy1 10 06 26.1438346584 -00 35 15.935658864   19.85 19.31     ~ 9 0
72 2MASS J10131485-0052338 Sy1 10 13 14.8587569952 -00 52 33.636789840   18.12 17.86     ~ 40 0
73 2dFGRS TGN355Z210 Sy1 10 14 34.1485202352 +00 17 08.546342064   20.05 19.39 18.168   ~ 7 0
74 2SLAQ J101636.66+001333.5 Sy1 10 16 36.6610249944 +00 13 33.494261448   19.80 19.29     ~ 11 0
75 Ton 34 QSO 10 19 56.5979680488 +27 44 01.738221864   16.06 15.69     ~ 114 0
76 1RXS J103646.6+641322 Sy1 10 36 45.7752027720 +64 13 06.995036640   19.89 19.27     ~ 12 0
77 2MASS J10370003+6345255 Sy1 10 37 00.0261575856 +63 45 25.458763716   19.49 19.03     ~ 11 0
78 LEDA 1190253 Sy1 11 22 09.4032853560 +01 17 19.368927960   18.42 18.01 17.069   ~ 28 1
79 2dFGRS TGN372Z134 Sy1 11 22 50.0069770272 +00 30 30.977352792   19.51 18.92 17.630   ~ 17 0
80 2MASX J11322343+6419590 Sy1 11 32 23.4310828752 +64 19 58.426885272   18.43 18.11     ~ 26 0
81 LBQS 1133+0039 Sy1 11 35 41.2038764472 +00 22 35.347155996   17.78 17.53 17.650   ~ 43 1
82 [VV2006] J113638.6+011032 QSO 11 36 38.6642602680 +01 10 31.770638400   19.88 19.71     ~ 27 0
83 LBQS 1134+0156 Sy1 11 37 06.8486226432 +01 39 47.925846360   17.49 17.27     ~ 47 1
84 1RXS J114632.5+030521 Sy1 11 46 32.8624322328 +03 05 06.925635672   20.11 19.59     ~ 9 0
85 [VV2003c] J123921.7-032624 Sy1 12 39 21.7471470600 -03 26 25.063887084   20.55 19.81     ~ 6 0
86 2MASS J13512021+0337165 Sy1 13 51 20.2171460064 +03 37 16.488286824   18.46 18.14     ~ 18 0
87 GAMA 318702 Sy1 14 08 16.0295583624 +01 55 28.349674248   20.21 19.36     ~ 10 0
88 2MASS J14150591+0445459 Sy1 14 15 05.9097795648 +04 45 46.139829876   19.14 18.77     ~ 23 0
89 2MASS J14155684+0520296 Sy1 14 15 56.8384440000 +05 20 29.573202120   17.98 17.53     ~ 40 0
90 2E 1414.0+0130 Sy1 14 16 39.9050926752 +01 16 29.407034496   19.63 19.09     ~ 20 0
91 [VV2006] J141807.1+050430 QSO 14 18 07.0161626400 +05 04 31.041691644   20.09 19.55     ~ 24 0
92 2E 1417.0+0345 Sy1 14 19 34.1943851400 +03 31 53.076427320   19.23 18.90     ~ 12 0
93 SDSS J141943.80+031355.2 Sy1 14 19 43.7972 +03 13 55.218   20.72 20.07     ~ 6 0
94 2MASS J14291709+0546043 Sy1 14 29 17.0782534461 +05 46 04.165465718   20.25 19.62     ~ 7 0
95 2MASS J14294076+0321257 Sy1 14 29 40.7388752352 +03 21 25.916198112   18.65 18.43     ~ 36 0
96 [VV2003c] J143754.5+044708 Sy1 14 37 54.4290404352 +04 47 08.248460856   19.49 19.10     ~ 10 0
97 [VV2006] J145055.6+015418 QSO 14 50 55.6412863008 +01 54 18.730596960   19.99 19.80     ~ 22 0
98 SDSS J145553.78+603224.8 Sy1 14 55 53.7825549840 +60 32 24.657394884   19.43 18.85     ~ 9 0
99 [VV2006] J145645.3+595435 QSO 14 56 45.2841867216 +59 54 34.957385640   20.53 20.42     ~ 20 0
100 [VV2003c] J152342.5+033147 Sy1 15 23 42.4871480400 +03 31 47.901862344   20.17 19.78     ~ 10 0
101 [VV2003c] J153219.8+033811 Sy1 15 32 19.8495057624 +03 38 10.904189352   20.57 19.99     ~ 5 0
102 1WGA J1534.8+0328 Sy1 15 34 48.7366105776 +03 28 43.495871052   19.70 19.08     ~ 6 0
103 [BHE2009] GALEX J154912.35+030641.8 Sy1 15 49 12.3219427080 +03 06 40.841519544   20.90 20.04     ~ 7 0
104 [VV2006] J155013.5+033744 QSO 15 50 13.5242687064 +03 37 44.285361492   19.83 19.55     ~ 24 0
105 2MASS J16054591+5322107 Sy1 16 05 45.9286712880 +53 22 10.780744944   18.09 17.82     ~ 26 0
106 2MASS J16065535+5340166 Sy1 16 06 55.3558207728 +53 40 16.893404544 17.87 19.10 18.65 18.25 17.88 ~ 36 1
107 [VV2003c] J160815.1+524451 Sy1 16 08 15.1326464976 +52 44 51.735946920   19.68 19.32     ~ 6 0
108 2MASS J16114356+4946440 Sy1 16 11 43.5774172056 +49 46 44.065263504   18.14 17.82     ~ 25 0
109 LEDA 2408850 Sy1 16 11 56.3148114816 +52 11 16.868679144   17.43 16.85     ~ 31 0
110 [VV2003c] J161350.6+494156 Sy1 16 13 50.5505047368 +49 41 55.910218056   20.56 19.96     ~ 6 0
111 [VV2006] J161821.6+492602 QSO 16 18 21.5857696968 +49 26 02.592742812   18.92 18.81     ~ 24 0
112 1WGA J1631.6+4652 Sy1 16 31 42.4974390864 +46 52 43.221023904   19.74 19.24     ~ 11 0
113 SDSS J163327.54+475844.9 QSO 16 33 27.5428212408 +47 58 45.096917988   19.76 19.34     ~ 7 0
114 1RXS J163437.1+441540 Sy1 16 34 37.8979430568 +44 15 33.258203460   19.35 19.03     ~ 11 0
115 LEDA 140646 Sy1 16 36 25.4203362504 +42 13 46.865386560   18.35 18.09     ~ 26 1
116 2MASS J16533575+3732553 Sy1 16 53 35.7473225232 +37 32 55.365048168   18.26 18.00     ~ 25 0
117 2MASS J16563702+3714397 Sy1 16 56 36.9863970864 +37 14 39.589041120   18.99 18.53     ~ 20 0
118 LAMOST J165757.51+382327.7 Sy1 16 57 57.5101101912 +38 23 27.719897568   18.72 18.44     ~ 15 0
119 3XMM J172052.2+590154 Sy1 17 20 52.2559600344 +59 01 54.090474420   20.72 19.79     ~ 23 0
120 2MASS J21120484-0635352 Sy1 21 12 04.8525802464 -06 35 35.308081680   18.00 17.73     ~ 30 0
121 [VV2006] J211858.6-063027 QSO 21 18 58.5951352464 -06 30 27.042837768   19.91 19.69     ~ 18 0
122 LAMOST J213857.38+010706.9 Sy1 21 38 57.3833506032 +01 07 07.041199296   19.14 18.83     ~ 12 0
123 [VV2006c] J213933.1+123422 QSO 21 39 33.1125262608 +12 34 22.081901880   20.23 19.73     ~ 5 0
124 [VV2006c] J220146.8-075404 QSO 22 01 46.7872624176 -07 54 04.721454144   19.84 19.38     ~ 5 0
125 2MASS J22055585+0041228 Sy1 22 05 55.8516100992 +00 41 22.704818496   19.36 18.99     ~ 9 0
126 [VV2006c] J221542.5+133316 QSO 22 15 42.5152304496 +13 33 16.383619872   19.88 19.44     ~ 5 0
127 2MASS J22182668+1240070 Sy2 22 18 26.6712271440 +12 40 07.361420016   20.23 19.28     ~ 9 0
128 2MASS J22205381-0835529 Sy1 22 20 53.8007415576 -08 35 52.874902140   18.68 18.35     ~ 24 0
129 2MASS J22220373-0927121 Sy1 22 22 03.7358781816 -09 27 12.086530740   18.13 17.88     ~ 23 0
130 2SLAQ J222315.10-002610.5 Sy1 22 23 15.1148358312 -00 26 10.534206300   19.53 19.12     ~ 27 0
131 SDSS J222323.22-084741.6 QSO 22 23 23.2265624160 -08 47 41.556095340   19.77 19.51     ~ 22 0
132 [VV2006c] J223232.9-093633 QSO 22 32 32.8740667440 -09 36 34.038105876   20.87 20.29     ~ 5 0
133 2MASS J22324253+0058556 QSO 22 32 42.5535822168 +00 58 55.721519976   20.14 19.54     ~ 7 0
134 2MASS J22333668-0743370 Sy1 22 33 36.7196065392 -07 43 37.127555292   20.06 19.36     ~ 11 0
135 FBQS J2234-0921 QSO 22 34 38.0604433752 -09 21 46.087878240   19.15 18.77     ~ 20 0
136 1WGA J2235.8+1428 QSO 22 35 53.8839092064 +14 28 05.510571924   19.52 19.19     ~ 9 0
137 PB 7235 Sy1 22 49 16.8795879384 -08 47 07.368370224   19.00 18.73     ~ 21 0
138 [VV2006c] J224936.7+132037 QSO 22 49 36.6864160968 +13 20 38.475141972   20.09 19.60     ~ 5 0
139 2SLAQ J225209.58-000540.9 Sy1 22 52 09.5910815640 -00 05 41.008258500   20.36 19.70     ~ 10 0
140 2MASS J22564967-0814409 Sy1 22 56 49.6888065648 -08 14 41.407390932   19.66 18.91     ~ 8 0
141 2MASS J23023863+0053190 QSO 23 02 38.6521457112 +00 53 18.586632624   20.15 19.65     ~ 21 0
142 SDSS J230440.56-082220.8 QSO 23 04 40.5786686712 -08 22 20.854451748   20.15 19.57     ~ 6 0
143 2MASS J23045634+1344325 Sy1 23 04 56.3424762240 +13 44 32.303360976   19.55 18.84     ~ 11 0
144 [VV2006] J230725.0+000959 QSO 23 07 24.9811095528 +00 09 57.771232092   19.92 19.68     ~ 30 0
145 2dFGRS TGS897Z084 Sy1 23 09 06.0985032744 -01 07 16.459718124   19.29 18.63 17.150   ~ 17 0
146 2MASS J23092940-0912308 Sy1 23 09 29.4171219624 -09 12 30.967024932   20.20 19.39     ~ 7 0
147 2SLAQ J231309.71+002633.7 Sy1 23 13 09.7145721840 +00 26 33.736499052   20.19 19.58     ~ 17 0
148 6dFGS gJ231429.2-104815 Sy1 23 14 29.1834873624 -10 48 14.664727656   18.73 18.43     ~ 30 0
149 SDSS J231650.39+144319.2 QSO 23 16 50.3889367392 +14 43 19.247637828   19.71 19.25     ~ 6 0
150 2MASS J23171178-0036036 Sy1 23 17 11.7957515760 -00 36 03.701783448   18.42 18.07     ~ 40 0
151 1WGA J2317.2-0032 Sy1 23 17 19.6184722008 -00 32 12.031514880   19.02 18.62     ~ 11 0
152 3XMM J231742.5+000535 Sy1 23 17 42.6072708168 +00 05 35.130802308   18.81 18.45     ~ 35 0
153 2MASX J23232797+0020330 Sy1 23 23 27.9957481224 +00 20 32.958599640   18.43 17.95     ~ 19 0
154 2SLAQ J232408.36+002118.9 Sy1 23 24 08.3665582440 +00 21 18.969749172   19.49 19.10     ~ 10 0
155 [VV2003c] J232422.4-010123 Sy1 23 24 22.3988573592 -01 01 23.350658412   21.61 20.83     ~ 4 0
156 SDSS J233108.06-094711.7 Sy1 23 31 08.0675984904 -09 47 11.829661944   19.53 19.11     ~ 7 0
157 [VV2006] J233139.7+010427 QSO 23 31 39.7627379016 +01 04 27.078875112   19.07 18.81     ~ 32 0
158 SDSS J233228.96+150232.0 QSO 23 32 28.9680615408 +15 02 32.118681120   19.41 19.16     ~ 23 0
159 2MASX J23325447+1513055 Sy1 23 32 54.4667670696 +15 13 05.448863316   18.25 17.88     ~ 39 0
160 SDSS J233336.00+133531.4 Sy1 23 33 35.9985328176 +13 35 31.480907640   19.86 19.43     ~ 8 0
161 [VV2003c] J233603.0+001728 Sy1 23 36 02.9868147432 +00 17 28.773473892   20.18 19.66     ~ 26 0
162 2SLAQ J233611.30+004435.7 Sy1 23 36 11.3144484384 +00 44 35.746216728   20.68 20.23     ~ 11 0
163 PB 7699 Sy1 23 36 33.7077956136 -09 26 16.988146260   19.29 18.90     ~ 23 0
164 2SLAQ J234019.82-005908.3 Sy1 23 40 19.8331091544 -00 59 08.367611604   19.30 19.08     ~ 30 0
165 2MASS J23460134-1015485 Sy1 23 46 01.3169600352 -10 15 49.111994772   20.05 19.56     ~ 10 0
166 SDSS J235045.65-090747.3 Sy1 23 50 45.6587616672 -09 07 47.580454776   20.08 19.62     ~ 7 0
167 2MASX J23520105+1425265 Sy1 23 52 01.0467708312 +14 25 27.006912228   19.38 18.83     ~ 12 0
168 [VV2003c] J235309.0+003951 Sy1 23 53 09.0048878352 +00 39 51.872654952   20.54 19.67     ~ 8 0
169 [VV96] J235438.4+005747 QSO 23 54 39.1481792352 +00 57 51.946595244   19.68 19.47     ~ 36 0
170 SDSS J235457.09+004219.9 Sy1 23 54 57.0940241832 +00 42 19.920832920   18.53 18.17     ~ 44 0
171 2MASS J23555419+1436528 Sy1 23 55 54.1992852528 +14 36 52.442849520   18.64 18.22     ~ 28 0
172 RX J2356.8+1518 Sy1 23 56 51.4055483784 +15 18 48.064311828   18.32 18.06     ~ 35 1
173 [VV2006c] J235758.8+144623 Sy1 23 57 58.7929302480 +14 46 23.310906168   19.90 19.35     ~ 9 0

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