2014MNRAS.437.3603S

Query : 2014MNRAS.437.3603S

2014MNRAS.437.3603S - Mon. Not. R. Astron. Soc., 437, 3603-3625 (2014/February-1)

A 1500 deg2 near infrared proper motion catalogue from the UKIDSS Large Area Survey.

SMITH L., LUCAS P.W., BURNINGHAM B., JONES H.R.A., SMART R.L., ANDREI A.H., CATALAN S. and PINFIELD D.J.

Abstract (from CDS):

The United Kingdom Infrared Deep Sky Survey (UKIDSS) Large Area Survey (LAS) began in 2005, with the start of the UKIDSS programme as a 7 year effort to survey roughly 4000 deg2 at high Galactic latitudes in Y, J, H and K bands. The survey also included a significant quantity of two epoch J band observations, with an epoch baseline greater than 2 years to calculate proper motions. We present a near-infrared proper motion catalogue for the 1500 deg2 of the two epoch LAS data, which includes 135625 stellar sources and a further 88324 with ambiguous morphological classifications, all with motions detected above the 5σ level. We developed a custom proper motion pipeline which we describe here. Our catalogue agrees well with the proper motion data supplied for a 300 deg2 subset in the current Wide Field Camera Science Archive (WSA) 10th data release (DR10) catalogue, and in various optical catalogues, but it benefits from a larger matching radius and hence a larger upper proper motion detection limit. We provide absolute proper motions, using LAS galaxies for the relative to absolute correction. By using local second-order polynomial transformations, as opposed to linear transformations in the WSA, we correct better for any local distortions in the focal plane, not including the radial distortion that is removed by the UKIDSS pipeline. We present the results of proper motion searches for new brown dwarfs and white dwarfs. We discuss 41 sources in the WSA DR10 overlap with our catalogue with proper motions >300 mas/yr, several of which are new detections. We present 15 new candidate ultracool dwarf binary systems.

Abstract Copyright: © 2013 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2013)

Journal keyword(s): catalogues - proper motions - binaries: general - brown dwarfs - stars: kinematics and dynamics - stars: low-mass

VizieR on-line data: <Available at CDS (J/MNRAS/437/3603): tablea1.dat>

Simbad objects: 146

goto Full paper

goto View the references in ADS

Number of rows : 146
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 LP 365-11 PM* 07 28 25.7386759557 +24 31 51.807084905   17.9   15.9   ~ 4 0
2 LP 65-25 PM* 07 35 02.8548902726 +24 57 04.297728727   17.4   15.4   ~ 4 0
3 * ups Gem PM* 07 35 55.3500141720 +26 53 44.680194960 7.54 5.60 4.06 2.82 1.91 M0III 203 0
4 SDSS J073933.53+230710.1 BD? 07 39 33.55395 +23 07 10.2601           ~ 1 0
5 2MASS J07414920+2351275 BD* 07 41 49.20936 +23 51 27.5076           T5 18 0
6 LSR J0745+2627 WD* 07 45 08.9492727904 +26 27 06.456144666   20.1   18.6   DC 17 0
7 2MASS J07474639+2605167 LM* 07 47 46.39296 +26 05 16.7892           M8.5 2 0
8 LP 366-18 PM* 07 49 17.1703511639 +21 03 35.694592149   20.0 18.71 17.9   ~ 4 0
9 ULAS J075003.88+272545.4 BD* 07 50 04.33847 +27 25 46.9993           T8.5 13 0
10 LP 310-12 PM* 07 52 08.1118324014 +27 00 01.437069942   17.4   15.8   ~ 9 0
11 LP 366-23 BD? 07 56 09.8972486040 +21 05 33.234483552   20.9   18.4   ~ 6 0
12 LP 366-27 PM* 07 56 40.8530357295 +23 36 35.561115020   19.9   17.8   ~ 4 0
13 2MASS J07565631+2314577 BD* 07 56 56.31432 +23 14 57.7896           L3.5 8 0
14 LP 366-28 PM* 07 57 37.3666692624 +23 28 35.894422524   20.5   18.2   ~ 5 0
15 LP 366-38 WD* 08 04 40.6318654130 +22 39 49.680692854   19.0   17.5   DZ 17 0
16 SDSS J080441.06+182611.7 BD* 08 04 41.14860 +18 26 12.1458           L5.0 2 0
17 LP 424-14 PM* 08 09 40.2358177830 +19 32 04.206305989   18.2   16.0   ~ 5 0
18 LP 366-46 PM* 08 09 43.5246297672 +21 46 56.081102700     17.39     ~ 4 0
19 2MASS J08104526+2228442 PM* 08 10 45.2415434926 +22 28 44.008053436           ~ 1 0
20 G 91-36B PM* 08 11 27.8286916323 +20 39 28.434617458           ~ 1 0
21 G 91-36 Pe* 08 11 27.9018298245 +20 39 26.128466507   16.03 14.85 14.61   ~ 9 0
22 G 40-12 PM* 08 13 24.1975646153 +26 57 10.581230912   15.9   14.1   ~ 7 0
23 LP 367-56 PM* 08 16 36.2878370495 +23 06 16.033575944   19.3   17.0   ~ 4 0
24 EGGR 531 WD* 08 16 42.0407530166 +21 37 35.817201995   17.50   16.5   DA8.3 25 0
25 ULAS J082155.56+250939.8 BD* 08 21 55.79389 +25 09 40.1726           T4.5 3 0
26 LP 367-113 PM* 08 23 47.9726893597 +24 56 57.660620996   19.8   16.7   sdM3.5 8 0
27 LSPM J0825+2359 PM* 08 25 32.5872116799 +23 59 30.729403978   20.8   18.2   ~ 4 0
28 LP 311-21 PM* 08 28 35.0415544202 +26 45 32.929520542   19.5   16.8   ~ 4 0
29 LP 367-160 WD* 08 29 22.8837676960 +25 39 39.559108385   20.1   18.4   DC 9 0
30 2MASS J08302320+2355396 BD? 08 30 23.20104 +23 55 39.6372           ~ 2 0
31 LP 321-30 PM* 08 33 21.4607296513 +23 00 11.690522680   18.8   16.7   ~ 34 0
32 LSR J0836+2432 WD* 08 36 18.0561505122 +24 32 56.564236387   20.1   19.0   DQpec 10 0
33 LP 368-47 PM* 08 44 09.6329089536 +25 41 57.874412976     19.01     ~ 4 0
34 ULAS J085335.33+285902.4 PM* 08 53 35.491 +28 59 05.04           ~ 1 0
35 LP 313-25 PM* 09 13 01.6101212376 +30 37 57.843083856   19.5   18.2   ~ 5 0
36 LP 260-3 LM* 09 16 06.5028270742 +32 56 02.885551146   19.1   18.1   M2 6 0
37 LP 313-36 LM* 09 17 43.2042408526 +30 56 50.892818201   18.7   17.1   M2V 8 0
38 LP 313-56 WD* 09 24 30.8517906067 +31 20 33.514747654   18.1   17.4   DC 15 0
39 SDSS J092753.47+014915.0 PM* 09 27 53.49684 +01 49 15.1636         21.12 ~ 1 0
40 LP 607-53 PM* 09 27 59.4184869624 +01 48 07.878175920   20.1   17.6   ~ 3 0
41 2MASSW J0929336+342952 BD* 09 29 33.64992 +34 29 52.7496           L8V 22 0
42 LP 260-35 * 09 32 49.0204676952 +32 52 13.735537032     19.23     ~ 3 0
43 SDSS J093336.30+333702.6 BD? 09 33 36.28789 +33 37 03.5858           ~ 2 0
44 2MASS J09461216+1116311 PM* 09 46 12.1692890784 +11 16 31.142845416         18.99 ~ 2 0
45 LP 488-31 PM* 09 46 12.6409178664 +11 16 37.188406596   13.37 12.27 11.89   ~ 6 0
46 WISE J095047.32+011733.3 BD* 09 50 47.11535 +01 17 36.4519           T8p 16 1
47 LP 548-50 PM* 09 53 24.2329253208 +05 27 00.972239580   19.9   16.9 15.64 M4 4 0
48 LP 548-50 B LM* 09 53 24.55680 +05 26 58.3980         20.20 M9.5V 4 0
49 2MASS J09561312+0145145 LM* 09 56 13.12464 +01 45 14.5044         20.29 M9 3 0
50 LP 609-3 PM* 09 56 14.8729808928 +01 44 58.720589808   17.52 15.87 15.97 14.12 M2 4 0
51 LSPM J1008+0150 PM* 10 08 40.0594973160 +01 50 53.754595008   20.3   18.8   ~ 2 0
52 ULAS J100904.16+015846.5 PM* 10 09 04.16976 +01 58 46.5780         17.99 ~ 1 0
53 2MASS J11582415-0122452 LM* 11 58 24.15432 -01 22 45.2388         20.31 M8 2 0
54 LP 614-5 PM* 11 58 25.6947263856 -01 22 58.390948416     17.53   15.34 ~ 3 0
55 2MASS J11594823+0706583 LM* 11 59 48.2308974240 +07 06 58.340639124         18.49 M7V 7 0
56 LP 554-14 WD* 11 59 48.5518164816 +07 07 08.375669760   17.4   17.7 17.81 DC 10 0
57 2MASS J12015958+0735545 LM* 12 01 59.5779447960 +07 35 54.532638564         18.66 M8V 7 0
58 LSPM J1202+0742S PM* 12 02 09.3225825288 +07 42 47.735307468           ~ 3 0
59 LSPM J1202+0742N PM* 12 02 09.6355598712 +07 42 53.877820500       13.1   ~ 3 0
60 2MASS J12025343-0056080 BD? 12 02 53.4211634400 -00 56 08.147305212         19.92 ~ 3 0
61 UPM J1203-0053 PM* 12 03 31.3300874448 -00 53 32.909900856       14.3 14.0 F9 3 0
62 SDSS J120815.59+084543.0 WD* 12 08 15.6129804048 +08 45 43.165145952         17.77 DA 8 0
63 2MASS J12081689+0845279 LM* 12 08 16.8921369456 +08 45 28.099668096         17.67 M9V 9 0
64 * 10 Vir PM* 12 09 41.3099647056 +01 53 52.404517716       5.3   K0/1III 53 0
65 UCAC4 460-049958 PM* 12 09 41.393088 +01 54 04.52124       13.79   ~ 1 0
66 ULAS J120949.00+015238.2 PM* 12 09 48.9808274760 +01 52 39.749385036         17.97 ~ 2 0
67 BD+13 2618C BD* 13 00 42.08415 +12 21 15.0536         23.28 T8.5p 128 0
68 BD+13 2618 Er* 13 00 46.5566863405 +12 22 32.677229903 12.314 11.233 9.750 8.785 7.653 M0V 348 1
69 ULAS J131513.09+104157.6 PM* 13 15 13.1633562912 +10 41 57.704517456         19.49 ~ 2 0
70 HD 115151 PM* 13 15 13.3542614280 +10 41 19.084213968       8.7   G5 24 0
71 SDSS J131901.67+120907.4 BD? 13 19 01.69464 +12 09 07.2972           ~ 1 0
72 2MASS J13204159+0957506 LM* 13 20 41.6073617712 +09 57 50.660944128         17.46 M7.5 12 0
73 HD 116012 PM* 13 20 43.7752667238 +04 07 58.605889318   9.53   8.0   K0V 75 0
74 2MASS J13204427+0409045 BD* 13 20 44.2866018228 +04 09 04.577880008         19.89 L2.5V 17 0
75 BD+10 2540 PM* 13 20 50.1257091984 +09 55 58.313814672   11.04   9.548   K2 40 0
76 2MASS J13251249+1230219 PM* 13 25 12.4819038504 +12 30 22.172260212         20.37 ~ 1 0
77 2MASS J13251392+1230136 PM* 13 25 13.8996549168 +12 30 13.545761004         17.96 ~ 1 0
78 2MASS J13272682+0916061 PM* 13 27 26.8283595696 +09 16 06.161630268         17.95 ~ 4 0
79 LSPM J1327+0916 PM* 13 27 28.5052771680 +09 16 32.467755324   15.5   12.6   ~ 4 0
80 2MASS J13283475+0808196 LM* 13 28 34.75296 +08 08 19.6980         20.52 ~ 2 0
81 2MASS J13283554+0808198 BD? 13 28 35.5494913272 +08 08 19.785648228         18.34 ~ 3 0
82 2MASS J13284331+0758378 LM* 13 28 43.3184772600 +07 58 37.858117152           M7/8 3 0
83 HD 118865B BD* 13 39 43.79136 +01 04 36.4224           T5 8 0
84 BD+13 2724 PM* 13 54 10.6451325144 +12 53 49.563653424   10.57 9.74     G5 3 0
85 ULAS J135441.13+124747.3 PM* 13 54 41.13360 +12 47 47.3856         21.97 ~ 1 0
86 2MASS J14044027-0040190 PM* 14 04 40.2597367872 -00 40 19.207662600         15.52 ~ 2 0
87 2MASS J14044046-0040262 PM* 14 04 40.4505793824 -00 40 26.368176324         17.17 ~ 2 0
88 G 64-52 ** 14 12 10.9829594273 -00 35 03.983961443   14.65 13.011 12.738   M3.5 34 0
89 LP 619-50 Er* 14 12 12.1209742492 -00 35 16.326266461   21 20.14 18.07 15.76 M6.5V 29 0
90 2MASS J14201691+1207390 PM* 14 20 16.9074736248 +12 07 38.893638792         16.18 ~ 1 0
91 2MASS J14201788+1207538 BD? 14 20 17.88576 +12 07 53.8644         20.76 ~ 2 0
92 GD 165B BD* 14 24 39.09480 +09 17 10.4352         20.53 L4V 205 0
93 GD 165 WD* 14 24 39.1495824408 +09 17 14.160753960   14.46 14.32 14.6 14.91 DA4.1 162 0
94 BD+06 2932 PM* 14 43 17.9691516998 +05 49 39.761109950   11.33 10.51     G6V 106 0
95 LSPM J1449+0533 PM* 14 49 36.4690419288 +05 33 37.764902376   20.8   18.6   ~ 2 0
96 SDSS J144946.22+053654.7 PM* 14 49 46.20360 +05 36 53.2404         22.14 ~ 1 0
97 LSPM J1451+0922 PM* 14 51 16.2313292736 +09 22 46.387353252   21.1   18.9   ~ 2 0
98 ULAS J145124.61+092004.9 PM* 14 51 24.6884524440 +09 20 05.193836988         17.63 ~ 2 0
99 TVLM 868-20073 PM* 14 54 08.2198868808 +00 53 25.125121464         18.91 M9 4 0
100 Wolf 559 PM* 14 54 09.368064 +00 53 38.27004   15.70 14.11 13.80   M3 6 0
101 LSPM J1455+0419 PM* 14 55 22.4134501488 +04 19 36.189724584   15.0   13.3   ~ 4 0
102 ULAS J145523.26+041948.6 PM* 14 55 23.3424274752 +04 19 48.985254480         19.36 ~ 1 0
103 LSPM J1459+0851 WD? 14 59 32.0670831696 +08 51 25.860049020   19.8   18.8   ~ 14 0
104 LSPM J1459+0857B BD* 14 59 35.24616 +08 57 51.1632         17.92 T4.5 15 0
105 2MASS J14594161+0835081 PM* 14 59 41.6196670560 +08 35 08.212269552         18.69 ~ 1 0
106 ULAS J145941.92+083513.5 PM* 14 59 41.92608 +08 35 13.5168         20.28 ~ 1 0
107 2MASS J14594953+3301258 BD? 14 59 49.53912 +33 01 25.8456           ~ 2 0
108 SDSS J150231.69+312056.5 BD? 15 02 31.70865 +31 20 56.8616           ~ 1 0
109 BD+06 2986 PM* 15 04 53.5261634600 +05 38 17.160679455 12.262 11.13 9.815 8.998 8.257 K8V 100 0
110 ULAS J150457.65+053800.8 BD* 15 04 57.65616 +05 38 00.8268         23.85 sdT5.5 22 0
111 SDSS J150528.19+311501.0 LM* 15 05 28.2038095877 +31 15 02.820826613           M1 2 0
112 LP 272-48 PM* 15 10 38.4258851605 +33 10 17.004259924   18.3   16.1   ~ 7 0
113 LP 327-24 PM* 15 11 51.1911622434 +30 33 06.036222249   18.7   17.4   M5 9 0
114 2MASS J15135488+3035467 BD? 15 13 54.9037635118 +30 35 46.043033063           ~ 6 0
115 LP 327-28 PM* 15 14 26.0243821284 +30 23 33.921148864   21.1   18.6   M5.5V 10 0
116 LP 327-47 PM* 15 21 51.7285668766 +30 48 26.092138655   19.4   16.1   ~ 9 0
117 SDSS J152225.04+304916.9 BD? 15 22 25.04375 +30 49 17.4273           ~ 1 0
118 BD-01 3055 PM* 15 25 55.7766974770 -02 04 18.105091553   11.230 10.426 10.385   K0 24 0
119 ULAS J152557.45-020456.4 PM* 15 25 57.46296 -02 04 57.0252         22.28 ~ 1 0
120 SDSS J153158.92+282954.6 BD? 15 31 58.95826 +28 29 54.6222           ~ 1 0
121 LSPM J1532+2851 Pe* 15 32 51.6823080912 +28 51 22.957028424   12.33 12.25 12.2   ~ 5 0
122 ULAS J153252.29+285128.2 PM* 15 32 52.38719 +28 51 29.1145         18.39 ~ 1 0
123 2MASS J15443281+2655509 BD? 15 44 32.81544 +26 55 50.9664           ~ 3 0
124 2MASS J15495158+0857303 PM* 15 49 51.5907655416 +08 57 30.305902968         15.45 ~ 1 0
125 2MASS J15495189+0857313 PM* 15 49 51.9061471944 +08 57 31.335534036         20.03 ~ 1 0
126 2MASS J15593876+2550362 LM* 15 59 38.8061272744 +25 50 36.319039939           M7 4 0
127 SDSS J160036.76+284301.5 PM* 16 00 36.69663 +28 43 04.2086           ~ 1 0
128 LP 385-28 PM* 16 05 52.8129859099 +25 11 38.643293559   18.6   16.0   ~ 6 0
129 LP 385-32 PM* 16 06 35.7252673226 +24 28 40.832787030   20.1   16.9   ~ 4 0
130 LSPM J1609+2457 BD? 16 09 04.1830532040 +24 57 11.227940820       18.9   ~ 7 0
131 2MASS J16162649+2218591 BD* 16 16 26.49984 +22 18 59.1912           L5 7 0
132 SDSS J162052.28+275116.0 BD? 16 20 52.28806 +27 51 16.4656           ~ 1 0
133 LP 330-6 WD* 16 22 40.1548123203 +29 19 12.923240055   20.5   18.6   DC 10 0
134 SDSS J162339.05+253511.2 BD? 16 23 39.09402 +25 35 11.2128           ~ 2 0
135 LSPM J1625+2519 ** 16 25 28.84 +25 19 08.8   18.5   15.7   M3e 3 0
136 LP 330-15 PM* 16 26 24.5577898139 +28 56 26.006563180   19.9   17.5   ~ 5 0
137 LP 330-16 PM* 16 27 40.1727203998 +29 27 15.092725331   18.0   15.3   ~ 8 0
138 2MASS J16335278+3052241 BD* 16 33 52.78800 +30 52 24.1212           L2 3 0
139 SDSS J163713.54+303808.2 BD? 16 37 13.58331 +30 38 08.1249           ~ 2 0
140 SDSS J163836.79+281003.1 BD? 16 38 36.78648 +28 10 03.5472           ~ 2 0
141 SDSS J164131.59+282015.7 BD? 16 41 31.58664 +28 20 15.4932           ~ 2 0
142 LSPM J1641+3210 LM* 16 41 43.4086691079 +32 10 38.907462247   21.2   18.9   M7V 8 0
143 SDSS J164301.34+322406.7 BD? 16 43 01.36528 +32 24 06.3990           ~ 2 0
144 LP 330-50 PM* 16 44 14.7579871896 +32 03 39.601379520           ~ 4 0
145 2MASS J16445601+3112297 BD? 16 44 56.01264 +31 12 29.7612           ~ 2 0
146 2MASSI J1645220+300407 BD* 16 45 22.0676289480 +30 04 07.078541628           L3 14 0

To bookmark this query, right click on this link: simbad:objects in 2014MNRAS.437.3603S and select 'bookmark this link' or equivalent in the popup menu