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The 3 columns in color are computed by VizieR, and are not part of the original data.
J/AJ/139/2014/table1
Post annotation
BV light curves of 11 RR Lyrae (Kinman+, 2010)
ROTSE1 RR Lyrae variables that are identified in the GCVS (21 rows)
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ROTSE1

Type

Per
d
Wmag
mag
Amp
mag
Name

Type2

Per2
d
Simbad

_RA
deg
_DE
deg
1J122907.47+343850.0rrab 0.5586813.17 1.0RR CVnRRab 0.55860Simbad187.28112+34.64722
2J123245.60+270145.7rrab 0.5866812.20 1.0S ComRRab 0.58659Simbad188.19000+27.02936
3J123556.02+371224.9rrab 0.6684712.98 0.7SV CVnRRab 0.66806Simbad188.98342+37.20692
4J123757.13+295805.8rrab 0.4726615.02 1.3FV ComRRab 0.47246Simbad189.48804+29.96828
5J124004.01+273014.0rrc 0.2927811.57 0.3U ComRRc 0.29273Simbad190.01671+27.50389
6J124055.05+370507.0rrab 0.4416913.20 0.8SW CVnRRab 0.44165Simbad190.22937+37.08528
7J124354.34+280114.8rrab 0.5408015.11 1.0DV ComRRab 0.54084Simbad190.97642+28.02078
8J124716.30+351206.2rrab 0.6184915.10 1.2DS CVnRRab 0.61843Simbad191.81792+35.20172
9J125000.65+310824.4rrab 0.5365414.75 1.0TX ComRRab 0.53647Simbad192.50271+31.14011
10J125110.42+325808.3rrab 0.5746313.38 0.4AP CVnRRab 0.57465Simbad192.79342+32.96897
11J125421.57+321433.3rrab 0.5134514.11 0.9TY CVnRRab 0.51344Simbad193.58987+32.24258
12J125455.50+231526.3rrab 0.5417614.82 0.9BD ComRR 0.54161Simbad193.73125+23.25731
13J125952.34+301432.6rrab 0.5323514.75 0.9UW ComRRab 0.53233Simbad194.96808+30.24239
14J130129.21+320512.3rrab 0.5519814.63 1.1TZ CVnRRab 0.55187Simbad195.37171+32.08675
15J130213.65+241419.6rrab 0.6616313.95 0.8BF ComRRab 0.66141Simbad195.55687+24.23878
16J130507.95+231642.8rrab 0.4690113.09 0.9RY ComRRab 0.46895Simbad196.28312+23.27856
17J131226.95+302117.9rrab 0.7372313.64 0.5UZ ComRRab 0.73694Simbad198.11229+30.35497
18J131703.38+360656.3rrab 0.6778315.10 1.0DZ CVnRRab 0.67732Simbad199.26408+36.11564
19J132942.14+285248.2rrc 0.4251812.02 0.4VW CVnEW 0.85001Simbad202.42558+28.88006
20J133430.88+291815.5rrab 0.5235315.38 1.2WW CVnRRab 0.52340Simbad203.62867+29.30431
21J133455.38+262700.2rrab 0.5735215.30 1.3BT ComRRab 0.57355Simbad203.73075+26.45006
J/AJ/139/2014/newVar
Post annotation
BV light curves of 11 RR Lyrae (Kinman+, 2010)
ROTSE1 RR Lyrae variables not identified in the GCVS, with spectroscopic results (tables 2, 5 and 6 of the paper) (11 rows)
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Full

LC

ROTSE1

Per
d
e_
d
D

Wmag
mag
Amp
mag
Qual

Note

Simbad

Type

HRV
km/s
DS

FWHM
0.1nm
[m/H]
[-]
u_

VMAG
mag
Dist
kpc
_RA
deg
_DE
deg
1LCJ123250.33+292123.6 0.26217 0.00003 0.511.68 0.161SimbadEW 32-3.8 3.2     2.43 0.62188.20971+29.35656
2LCJ123811.00+385028.0 0.53331 0.00006 0.213.94 1.152SimbadRR0-139 3.5 1.8-0.8   0.69 3.70189.54583+38.84111
3LCJ123854.21+245307.9 0.62841 0.00014 0.413.24 0.393SimbadRR0-118 2.3 1.9-0.8   0.68 2.89189.72587+24.88553
4LCJ124855.82+331934.5 0.20415 0.00002 0.512.51 0.254SimbadEW -65-3.9 3.2     2.68 0.79192.23258+33.32625
5LCJ125947.50+365843.6 0.30817 0.00002 0.210.62 0.355SimbadEW -40-5.4 3.5     1.68 0.49194.94792+36.97878
6LCJ130441.18+381805.1 0.68636 0.00011 0.314.03 0.996SimbadRR0 -19 7.5 1.2-1.9   0.44 4.17196.17158+38.30142
7LCJ130705.50+365757.1 0.22348 0.00002 0.411.59 0.25  SimbadEW           3.46 0.37196.77292+36.96586
8LCJ132849.66+360757.1 0.58633 0.00016 0.514.87 0.867SimbadRR0-272 3.8 1.7-1.0   0.65 6.02202.20692+36.13253
9LCJ133048.36+335353.8 0.35292 0.00005 0.514.30 0.758SimbadRR1-128 5.9 1.9-1.4: 0.57 2.75202.70150+33.89828
10LCJ133204.15+385533.7 0.28913 0.00007 0.911.16 0.159SimbadEW 4-0.2 2.6     1.88 0.58203.01729+38.92603
11LCJ133234.47+351949.5 0.35983 0.00006 0.513.14 0.36  SimbadEW -39 3.7 3.1     1.99 1.45203.14362+35.33042
J/AJ/139/2014/table3
Post annotation
BV light curves of 11 RR Lyrae (Kinman+, 2010)
Photoelectric photometry of ROTSE1 variables in Table 2 (126 rows)
 
Full

ROTSE1

HJD
d
Vmag
mag
B-V
mag
Phase

1J123250.33+292123.62452407.818411.422 0.378 0.691
2J123250.33+292123.62452408.811711.371 0.374 0.585
3J123250.33+292123.62452409.689211.450 0.376 0.259
4J123250.33+292123.62452411.687411.414 0.380 0.071
5J123250.33+292123.62452411.790311.440 0.377 0.267
6J123250.33+292123.62452416.739511.457 0.375 0.707
7J123250.33+292123.62452417.789411.419 0.367 0.709
8J123250.33+292123.62452418.721811.440 0.373 0.488
9J123811.00+385028.02452407.718413.630 0.336 0.245
10J123811.00+385028.02452407.824813.791 0.361 0.444
11J123811.00+385028.02452408.821613.642 0.358 0.314
12J123811.00+385028.02452409.695313.482 0.243 0.953
13J123811.00+385028.02452411.694613.712 0.358 0.704
14J123811.00+385028.02452411.798913.534 0.250 0.900
15J123811.00+385028.02452411.827113.494 0.268 0.494
16J123811.00+385028.02452417.796513.452 0.287 0.152
17J123811.00+385028.02452417.801513.459 0.246 0.161
18J123811.00+385028.02452418.732913.637 0.301 0.908
19J123811.00+385028.02452418.738413.611 0.300 0.919
20J123854.21+245307.92452407.726313.137 0.449 0.480
21J123854.21+245307.92452407.833413.167 0.446 0.651
22J123854.21+245307.92452408.830412.989 0.416 0.237
23J123854.21+245307.92452409.702213.159 0.442 0.625
24J123854.21+245307.92452409.815013.159 0.397 0.804
25J123854.21+245307.92452411.701313.063 0.366 0.806
26J123854.21+245307.92452411.806712.859 0.314 0.974
27J123854.21+245307.92452411.834012.868 0.323 0.017
28J123854.21+245307.92452417.810713.171 0.418 0.528
29J123854.21+245307.92452417.816613.114 0.444 0.538
30J123854.21+245307.92452418.747412.882 0.311 0.019
31J123854.21+245307.92452418.752612.878 0.351 0.027
32J124855.82+331934.52452407.740512.198 0.291 0.323
33J124855.82+331934.52452407.850512.308 0.285 0.593
34J124855.82+331934.52452408.842212.344 0.272 0.022
35J124855.82+331934.52452409.709212.261 0.281 0.146
36J124855.82+331934.52452409.720512.233 0.285 0.173
37J124855.82+331934.52452411.708312.330 0.286 0.042
38J124855.82+331934.52452411.814512.182 0.286 0.302
39J124855.82+331934.52452411.840712.220 0.277 0.366
40J124855.82+331934.52452416.860412.409 0.292 0.661
41J124855.82+331934.52452417.715012.175 0.311 0.754
42J124855.82+331934.52452417.720412.189 0.279 0.767
43J124855.82+331934.52452417.863412.293 0.289 0.117
44J124855.82+331934.52452417.868712.269 0.290 0.130
45J124855.82+331934.52452418.702812.258 0.252 0.173
46J124855.82+331934.52452418.759212.198 0.292 0.312
47J124855.82+331934.52452418.813512.276 0.298 0.445
48J124855.82+331934.52452418.882712.287 0.289 0.614
49J125947.50+365843.62452407.747810.285 0.223 0.339
50J125947.50+365843.62452407.860910.131 0.212 0.523
Result truncated to 50 rows
J/AJ/139/2014/table4
Post annotation
BV light curves of 11 RR Lyrae (Kinman+, 2010)
Tenagra CCD photometry of 6 ROTSE1 variables in Table 2 (84 rows)
 
Full

ROTSE1

HJD
d
Vmag
mag
Bmag
mag
Phase

1J123250.33+292123.62454543.8937  11.77 0.993
2J123250.33+292123.62454574.7290  11.82 0.808
3J123250.33+292123.62454575.6632  11.85 0.590
4J123250.33+292123.62454578.7472  11.66 0.472
5J123250.33+292123.62454579.6928  11.77 0.276
6J123250.33+292123.62454580.7074  11.85 0.211
7J123250.33+292123.62454845.0301  11.75 0.374
8J123250.33+292123.62454846.0272  11.83 0.276
9J123250.33+292123.62454847.0444  11.83 0.216
10J123250.33+292123.62454847.0548  11.85 0.236
11J123811.00+385028.02453047.954513.70   0.359
12J123811.00+385028.02453048.923713.31   0.177
13J123811.00+385028.02453048.946813.42   0.221
14J123811.00+385028.02453048.966713.50   0.258
15J123811.00+385028.02453095.733713.50   0.995
16J123811.00+385028.02453095.805813.61   0.131
17J123811.00+385028.02453095.879013.63   0.268
18J123811.00+385028.02453107.731413.79   0.504
19J123811.00+385028.02453107.814213.82   0.659
20J123811.00+385028.02453107.887413.61   0.796
21J123811.00+385028.02453108.698213.64   0.317
22J123811.00+385028.02453108.788413.73   0.487
23J123811.00+385028.02453108.878313.82   0.655
24J123811.00+385028.02453136.703414.03   0.857
25J123811.00+385028.02453138.698513.94   0.599
26J123811.00+385028.02453139.691013.84   0.461
27J123811.00+385028.02453147.678613.80   0.447
28J123811.00+385028.02453149.666213.39   0.175
29J123811.00+385028.02454864.832313.85   0.912
30J123811.00+385028.02454864.894013.24   0.027
31J123811.00+385028.02454891.735813.73   0.384
32J123811.00+385028.02454891.815413.88   0.533
33J123811.00+385028.02454891.894313.89   0.681
34J123811.00+385028.02454891.974913.90   0.833
35J123811.00+385028.02454892.732513.52   0.254
36J123811.00+385028.02454892.813213.74   0.405
37J123811.00+385028.02454892.894013.90   0.557
38J123811.00+385028.02454892.975013.94   0.709
39J123854.21+245307.92454543.8960  13.24 0.919
40J123854.21+245307.92454574.7274  13.23 0.983
41J123854.21+245307.92454575.6622  13.55 0.471
42J123854.21+245307.92454578.7539  13.55 0.391
43J123854.21+245307.92454579.6910  13.30 0.882
44J123854.21+245307.92454580.9180  13.38 0.834
45J123854.21+245307.92454845.0358  13.36 0.144
46J123854.21+245307.92454846.0329  13.61 0.730
47J123854.21+245307.92454847.0473  13.49 0.349
48J123854.21+245307.92454847.0573  13.47 0.361
49J123854.21+245307.92454864.830013.19   0.644
50J123854.21+245307.92454864.892713.18   0.744
Result truncated to 50 rows
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