2006ApJS..163..160R

Query : 2006ApJS..163..160R

2006ApJS..163..160R - Astrophys. J., Suppl. Ser., 163, 160-172 (2006/March-0)

Three years of ChaMPlane northern field WIYN spectroscopy.

ROGEL A.B., LUGGER P.M., COHN H.N., SLAVIN S.D., GRINDLAY J.E., ZHAO P. and HONG J.

Abstract (from CDS):

We present initial results of WIYN spectroscopic observations of selected objects detected in the Chandra Multiwavelength Plane (ChaMPlane) Survey in fields toward the Galactic anticenter. ChaMPlane is designed to identify low-luminosity X-ray sources, both accretion-powered and stellar coronal, in the Galaxy. It also includes a wide-field optical imaging Survey conducted with the NOAO Mosaic cameras to identify optical counterparts, as well as Hα-selected objects in the ∼5 times larger field. We report spectroscopic classifications for 1069 objects in Galactic anticenter (i.e., northern) fields, resulting in 612 type determinations. These include 5 new cataclysmic variables, 4 Be stars, 14 lithium-absorption stars, 182 stellar coronal sources (primarily dMe stars), and 30 new quasars. Bright optical counterparts of Chandra sources in this sample are most frequently dMe stars, whereas a majority of the faintest (R>20.5 mag) spectroscopically classified Chandra source counterparts are quasars. The bulk of Hα-selected sources appears to be roughly evenly divided between dMe stars and M stars at all magnitudes.

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Journal keyword(s): Stars: Binaries: Close - Galaxy: Stellar Content - Stars: Novae, Cataclysmic Variables - Galaxies: Quasars: General - Stars: Emission-Line, Be - Surveys

Nomenclature: Tables 4 to 8: ChOPS JHHMMSS.ss+DDMMSS.s N=5+4+7+2+4. Tables 6 to 8: CXOPS JHHMMSS.s+DDMMSS N=7+5+26. Table 4: [RLC2006] CVN (Nos CV1-CV5), [RLC2006] XBN (Nos XB1, XB2).

Simbad objects: 75

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Number of rows : 75
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 [VV2006] J033106.0+440328 QSO 03 31 05.9690033064 +44 03 27.292461192           ~ 4 0
2 CXOPS J033111.0+435338 ISM 03 31 11.01 +43 53 38.2           ~ 1 0
3 V* GK Per No* 03 31 12.0098863320 +43 54 15.469951212   14.139 13.090 12.589   K1IV 935 0
4 [VV2006] J033112.2+433845 QSO 03 31 12.1854911544 +43 38 44.260280808           ~ 3 0
5 CXOPS J033114.5+435351 ISM 03 31 14.53 +43 53 51.5           ~ 1 0
6 [VV2006] J033120.6+434001 QSO 03 31 20.6572401600 +43 40 00.932978964           ~ 3 0
7 2MASS J03312761+4346222 * 03 31 27.6126575232 +43 46 22.177498728           ~ 1 0
8 [VV2006] J033136.6+434211 QSO 03 31 36.6769745472 +43 42 11.108333376           ~ 4 0
9 ChOPS J235902.60+621325.1 X 03 59 02.61 +62 13 25.1           ~ 1 0
10 ChOPS J042026.60+325239.7 AGN 04 20 26.60 +32 52 39.7           ~ 1 0
11 ChOPS J042048.59+324522.0 AGN 04 20 48.59 +32 45 22.0           ~ 1 0
12 ChOPS J042051.72+324517.5 AGN 04 20 51.72 +32 45 17.5           ~ 1 0
13 [VV2006] J042117.4+330206 QSO 04 21 17.4668050272 +33 02 05.481310020           ~ 4 0
14 CXOPS J042127.7+325038 Sy1 04 21 27.7 +32 50 38           ~ 4 0
15 ChOPS J042130.28+330729.2 X 04 21 30.28 +33 07 29.2           ~ 1 0
16 [VV2006] J042133.9+325558 QSO 04 21 33.867 +32 55 57.80           ~ 4 0
17 [VV2006] J042140.6+331204 QSO 04 21 40.5977 +33 12 03.920           ~ 5 0
18 CXOPS J042140.7+324941 Sy1 04 21 40.8 +32 49 41           ~ 4 0
19 V* V518 Per HXB 04 21 42.7227473352 +32 54 26.939156184 13.00 13.50 13.2     M4.5V 651 1
20 CXOPS J042148.3+325816 AGN 04 21 48.2 +32 58 16           ~ 2 0
21 [VV2006] J042154.4+325310 QSO 04 21 54.395 +32 53 09.81           ~ 4 0
22 CXOPS J042155.0+330037 AGN 04 21 55.04 +33 00 36.3           ~ 1 0
23 [VV2006] J042155.1+324726 QSO 04 21 55.0757836776 +32 47 25.974640248           ~ 5 0
24 V* T Tau TT* 04 21 59.4319873992 +19 32 06.432393336   11.22 10.12 9.80   K0IV/Ve 1404 1
25 [VV2006] J042200.2+325708 QSO 04 22 00.246 +32 57 08.03           ~ 4 0
26 [VV2006] J042200.9+325237 QSO 04 22 00.960 +32 52 36.38           ~ 4 0
27 [VV2006] J042201.5+325730 QSO 04 22 01.5 +32 57 30           ~ 5 0
28 [VV2006] J042210.4+330126 QSO 04 22 10.348 +33 01 25.84           ~ 4 0
29 [ZGH2005] OS00676-071512 Sy1 04 22 11.8 +32 56 04           ~ 5 0
30 2MASS J04300315+6451427 Y*O 04 30 03.1656284160 +64 51 42.846442164           M 3 0
31 [CHP2004] J043039.6+645109 HXB 04 30 39.59 +64 51 08.5           ~ 4 0
32 CXOPS J043041.4+643924 Sy2 04 30 41.2 +64 39 26           ~ 3 0
33 [MKH2002] 14 HXB 04 30 46.90 +64 51 06.8           ~ 5 0
34 NGC 1569 IG 04 30 49.186 +64 50 52.52 11.72 11.86 11.03     ~ 1241 3
35 ChOPS J043054.36+645207.7 * 04 30 54.673 +64 52 08.60     21.68     ~ 2 0
36 [CHP2004] J043057.4+645049 HXB 04 30 57.41 +64 50 48.6           ~ 7 0
37 CXOU J043105.1+645058 ISM 04 31 05.16 +64 50 58.2           ~ 2 0
38 2MASS J04312524+6451534 AGN 04 31 25.25 +64 51 53.4       15.660   ~ 9 0
39 ChOPS J043534.31+292037.9 X 04 35 34.32 +29 20 37.9           ~ 1 0
40 [VV2006] J043657.6+294156 QSO 04 36 57.6 +29 41 56           ~ 5 0
41 NAME Per B AGN 04 37 04.37535450 +29 40 13.8179631   21.7       ~ 514 2
42 3C 129 rG 04 49 09.064 +45 00 39.40   19       ~ 258 2
43 2MASS J04492723+4504438 Be* 04 49 27.2270507784 +45 04 43.846204008           ~ 3 0
44 PSR J0538+2813 Psr 05 38 25.06 +28 17 11.0           ~ 197 2
45 2MASS J05382860+2828458 * 05 38 28.6071777960 +28 28 45.773998968           ~ 1 0
46 2MASS J05383155+2814595 * 05 38 31.5518035728 +28 14 59.603705484           ~ 2 0
47 NAME Gal Anticenter reg 05 46 +28.9           ~ 913 0
48 HD 291594 * 06 21 59.6532320064 -00 14 56.794373340   11.49 10.97     F5 3 0
49 2MASS J06222210-0025150 * 06 22 22.1440110360 -00 25 15.212341092           ~ 1 0
50 [VV2006] J062240.5-002113 QSO 06 22 40.5 -00 21 13           ~ 3 0
51 1A 0620-00 HXB 06 22 44.5423857312 -00 20 44.290460544 10.60 11.40 11.2     K3V-K7V 1113 0
52 PN M 1-16 PN 07 37 18.902 -09 38 47.96   12.7       ~ 182 0
53 [VV2006] J073749.7-094432 QSO 07 37 49.7 -09 44 32           ~ 3 0
54 ChOPS J073810.09-092341.1 X 07 38 10.10 -09 23 41.2           ~ 1 0
55 2MASS J18264973-0355596 Y*? 18 26 49.7454517032 -03 55 59.646769824           ~ 4 0
56 2MASS J18272393-0407174 Y*? 18 27 23.93328 -04 07 17.4072           ~ 3 0
57 2MASS J18273709-0349385 Y*O 18 27 37.0934499672 -03 49 38.513854560           ~ 10 0
58 EM* MWC 297 Ae* 18 27 39.5265500160 -03 49 52.133050776 15.57 14.34 12.31 11.34   B1.5Ve 297 0
59 2MASS J19070322+0922142 * 19 07 03.2310883368 +09 22 14.357004996           ~ 1 0
60 GBS 1900+14 gB 19 07 13 +09 19.6           ~ 857 0
61 2MASS J22241366+6536262 * 22 24 13.6331111448 +65 36 26.418572280           ~ 1 0
62 2MASX J22245655+6531361 Sy1 22 24 56.550 +65 31 36.10           ~ 3 0
63 [VV2006] J222525.1+652917 QSO 22 25 25.1 +65 29 17           ~ 3 0
64 2MASS J22263208+6549545 * 22 26 32.0856973080 +65 49 54.529986072           ~ 3 0
65 NVSS J222635+653403 Rad 22 26 35.0 +65 34 03           ~ 4 1
66 ChOPS J222729.04+654026.2 * 22 27 29.04 +65 40 26.3           ~ 1 0
67 2MASS J22280289+6104300 * 22 28 02.8957082904 +61 04 30.023238216           ~ 1 0
68 2MASS J22283345+6111055 * 22 28 33.4603447296 +61 11 05.659548000           ~ 3 0
69 PSR J2229+6114 Psr 22 29 05.262 +61 14 08.48           ~ 221 2
70 2MASS J22301334+6131405 Be* 22 30 13.3475809272 +61 31 40.628473680           ~ 3 0
71 ChOPS J223030.43+612255.3 Be* 22 30 30.43 +61 22 55.3           ~ 2 0
72 ChOPS J223048.26+611453.7 Be* 22 30 48.2132731560 +61 14 53.616422544           ~ 3 0
73 [ZGH2005] XS02810B2-018 Sy1 23 58 13.5 +62 24 48           ~ 4 0
74 [VV2006] J235813.3+623345 QSO 23 58 13.5932542968 +62 33 45.373834080           ~ 4 0
75 CTB 1 SNR 23 59 13 +62 26.2           ~ 159 0

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