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Table 3:

All photometric cluster member candidates of our survey.

ID 		$\alpha$ $\delta$ $I_{\rm c}$* Ja $K_{\rm s} ^a$ Ma $T_{\rm eff}$a $J_{\rm model}^a$
  ($^{\rm h}$ $^{\rm m}$ $^{\rm s}$) ($^\circ$ ' '') [mag] [mag] [mag] [$M_{\odot }$] [K] [mag]
001 08 40 53.61 +19 40 58.6 19.19 16.81 15.61 0.089 2665 17.00
002 08 41 08.8 +19 43 27.5 16.14 14.95 13.97 0.219 3321 14.86
003 08 41 01.6 +19 52 02.5 16.67 15.35 14.38 0.162 3189 15.48
004 08 41 12.17 +19 52 48.6 18.43 16.39 15.46 0.099 2805 16.72
005 08 41 08.5 +19 54 02.0 19.02 16.58 15.39 0.088 2636 17.06
006 08 40 10.74 +19 40 49.8 16.97 15.47 14.36 0.132 3061 15.95
007 08 39 39.56 +19 47 54.3 17.95 16.10 15.07 0.104 2860 16.58
008 08 39 43.38 +19 48 45.7 16.89 15.56 14.68 0.161 3186 15.50
009 08 39 55.84 +19 53 14.3 20.29 17.50 16.54 0.081 2520 17.32
010 08 39 06.9 +19 47 08.0 16.51 15.14 14.20 0.155 3166 15.57
011 08 38 55.46 +19 50 33.3 15.61 14.38 13.46 0.198 3285 15.06
012 08 38 54.19 +19 51 44.6 16.49 15.16 14.21 0.160 3184 15.50
013 08 39 03.1 +19 24 15.6 15.54 14.41 13.39 0.251 3375 14.58
014 08 39 24.44 +19 25 36.5 18.04 16.36 15.37 0.116 2964 16.27
015 08 39 12.71 +19 30 16.8 16.89 15.35 14.39 0.131 3060 15.96
016 08 39 54.39 +19 27 37.1 15.52 14.30 13.37 0.207 3301 14.97
017 08 39 47.82 +19 28 03.1 18.81 16.89 15.82 0.101 2835 16.65
018 08 39 42.79 +19 35 48.2 18.27 16.20 15.21 0.097 2782 16.78
019 08 40 58.25 +19 26 52.6 16.83 15.48 14.53 0.157 3174 15.54
020 08 41 11.67 +19 28 52.0 18.20 16.33 15.42 0.103 2853 16.60
021 08 40 54.92 +19 29 38.4 17.49 15.78 14.78 0.116 2960 16.29
022 08 41 04.2 +19 31 27.8 18.89 16.67 15.75 0.092 2702 16.97
023 08 41 10.94 +19 38 04.9 18.05 16.27 15.32 0.112 2937 16.36
024 08 43 23.44 +20 17 38.6 19.00 16.74 15.70 0.091 2694 16.99
025 08 43 15.93 +20 20 14.5 15.87 14.66 13.74 0.211 3308 14.93
026 08 43 17.04 +20 24 40.6 16.95 15.46 14.54 0.134 3075 15.91
027 08 43 15.76 +20 28 32.7 15.79 14.54 13.55 0.183 3253 15.21
028 08 43 32.27 +20 29 12.8 17.32 15.81 14.91 0.132 3066 15.94
029 08 42 50.50 +20 20 03.8 16.33 15.02 14.11 0.169 3214 15.38
030 08 41 14.58 +20 18 28.5 16.81 15.45 14.45 0.155 3167 15.57
031 08 41 13.09 +20 07 00.5 13.06 12.29 11.23 0.633 3990 12.20
032 08 42 07.7 +20 06 19.5 16.55 15.29 14.35 0.181 3248 15.24
033 08 41 48.43 +20 10 02.4 16.19 14.98 14.08 0.212 3310 14.92
034 08 42 54.58 +20 03 36.3 18.62 16.62 15.53 0.100 2817 16.70
035 08 42 51.96 +20 05 19.4 16.20 14.94 13.96 0.180 3246 15.24
036 08 42 22.98 +20 07 24.2 15.32 14.24 13.36 0.311 3446 14.17
037 08 42 52.26 +20 08 30.5 17.27 15.69 14.53 0.125 3021 16.09
038 08 43 10.76 +20 01 29.3 17.17 15.72 14.79 0.138 3090 15.85
039 08 43 29.15 +20 08 59.9 15.48 14.30 13.44 0.222 3327 14.84
040 08 41 11.05 +20 22 38.4 13.73 12.74 11.86 0.451 3587 13.34
041 08 41 12.39 +20 28 00.1 19.15 17.02 15.85 0.093 2726 16.91
042 08 40 10.59 +20 20 50.4 16.95 15.43 14.42 0.132 3066 15.94
043 08 40 10.23 +20 23 12.9 18.03 16.37 15.37 0.117 2971 16.25
044 08 39 08.8 +20 22 57.8 15.54 14.35 13.45 0.218 3320 14.87
045 08 39 14.51 +20 01 19.1 13.45 12.61 11.78 0.575 3812 12.56
046 08 39 22.43 +20 04 54.6 14.40 13.37 12.47 0.389 3514 13.70
047 08 38 55.15 +20 13 08.8 14.46 13.42 12.53 0.368 3494 13.82
048 08 39 37.42 +20 00 25.0 16.08 14.82 13.89 0.181 3248 15.23
049 08 39 53.29 +20 07 09.7 17.12 15.67 14.75 0.138 3094 15.84
050 08 39 58.41 +20 11 58.2 16.67 15.24 14.33 0.144 3121 15.74
051 08 40 16.35 +20 13 59.7 18.65 16.62 15.54 0.098 2799 16.74
052 08 40 59.91 +20 01 57.0 17.47 15.95 14.87 0.131 3058 15.97
053 08 40 59.55 +20 02 50.4 17.00 15.65 14.58 0.154 3162 15.59
054 08 40 53.96 +20 05 24.3 14.80 13.76 12.91 0.366 3492 13.83
055 08 41 04.5 +20 14 58.0 21.61 18.29 17.12 0.068 2250 17.97
056 08 38 49.54 +20 19 39.9 16.98 15.57 14.59 0.150 3148 15.65
057 08 38 52.06 +20 26 27.5 17.91 16.10 15.05 0.109 2909 16.44
058 08 38 21.38 +20 26 53.2 13.21 12.38 11.49 0.589 3853 12.47
059 08 38 24.44 +20 28 47.6 17.93 16.30 15.14 0.118 2977 16.23
060 08 38 08.2 +20 26 46.0 13.93 12.95 12.01 0.449 3584 13.35
061 08 37 34.73 +20 27 30.1 15.03 13.97 13.08 0.344 3472 13.96
062 08 36 39.46 +20 22 33.8 14.62 13.53 12.64 0.301 3438 14.24
063 08 36 59.87 +20 24 23.4 12.90 12.15 11.32 0.655 4062 12.06
064 08 36 44.99 +20 08 45.7 15.77 14.60 13.65 0.243 3361 14.65
065 08 37 34.91 +20 01 29.4 15.06 13.91 13.04 0.251 3374 14.58
066 08 37 11.41 +20 13 45.8 17.01 15.69 14.60 0.159 3179 15.52
067 08 38 11.87 +19 59 43.4 17.89 16.18 15.18 0.116 2960 16.29
068 08 38 08.0 +20 03 50.1 15.54 14.43 13.48 0.290 3425 14.31
069 08 38 05.8 +20 07 22.0 16.19 14.91 14.01 0.179 3243 15.26
070 08 38 12.44 +20 08 02.5 16.15 14.91 14.00 0.190 3267 15.14
071 08 37 48.01 +20 14 48.5 18.39 16.55 15.64 0.105 2869 16.56
072 08 38 22.22 +19 59 09.3 20.62 17.77 16.75 0.079 2492 17.38
073 08 38 21.85 +20 05 35.7 16.25 14.86 13.98 0.153 3159 15.60
074 08 38 30.24 +20 09 35.3 13.96 12.95 12.11 0.406 3532 13.60
075 08 38 39.27 +19 41 40.1 15.89 14.71 13.77 0.222 3326 14.84
076 08 38 22.73 +19 43 54.8 17.17 15.67 14.57 0.133 3066 15.94
077 08 38 29.56 +19 45 12.0 17.61 16.00 14.83 0.120 2988 16.19
078 08 37 44.29 +19 40 58.2 16.05 14.82 13.94 0.203 3294 15.01
079 08 38 05.3 +19 46 20.7 17.74 16.18 15.05 0.127 3036 16.04
080 08 38 14.21 +19 47 23.4 12.49 11.74 10.90 0.653 4057 12.07
081 08 37 24.48 +19 47 11.9 15.46 14.32 13.44 0.257 3382 14.54
082 08 37 02.1 +19 52 07.3 17.15 15.77 14.73 0.152 3154 15.62
083 08 36 55.63 +19 36 14.9 17.99 16.18 15.20 0.109 2915 16.43
084 08 38 02.4 +19 39 58.3 16.40 15.09 14.14 0.170 3217 15.37
085 08 36 44.91 +18 59 13.3 14.85 13.73 12.85 0.265 3393 14.48
086 08 36 54.98 +19 03 13.0 14.62 13.58 12.72 0.366 3492 13.83
087 08 37 55.82 +18 53 48.7 20.97 17.96 16.80 0.076 2416 17.55
088 08 38 11.16 +19 01 45.7 19.52 17.22 16.13 0.091 2686 17.01
089 08 38 51.77 +19 00 21.6 20.28 17.67 16.68 0.083 2555 17.24
090 08 38 42.84 +19 03 38.4 16.71 15.36 14.41 0.158 3175 15.54
091 08 39 07.9 +18 56 13.5 14.64 13.62 12.77 0.398 3524 13.65
092 08 39 11.53 +18 56 18.6 13.71 12.76 11.91 0.485 3632 13.13
093 08 39 25.55 +19 00 02.6 18.79 16.75 15.82 0.099 2803 16.73
094 08 40 28.16 +18 57 25.1 18.88 16.79 15.74 0.095 2753 16.85
095 08 40 10.84 +18 58 57.0 13.90 12.93 12.05 0.462 3602 13.27
096 08 41 13.48 +18 59 05.1 21.06 17.85 16.82 0.072 2335 17.75
097 08 42 44.71 +19 19 34.0 14.50 13.47 12.60 0.393 3518 13.68
098 08 42 01.2 +19 06 28.5 16.75 15.29 14.25 0.136 3081 15.88
099 08 41 45.16 +19 18 07.7 21.30 17.98 17.01 0.068 2249 17.98
100 08 41 38.45 +19 19 49.9 17.37 15.67 14.61 0.115 2957 16.29
101 08 41 20.32 +18 57 42.9 15.18 14.08 13.20 0.295 3431 14.28
102 08 42 09.3 +18 55 49.1 17.32 15.78 14.88 0.132 3062 15.95
103 08 42 19.21 +19 02 14.8 14.60 13.52 12.54 0.307 3442 14.20
104 08 42 21.39 +19 03 12.4 18.42 16.20 15.18 0.092 2705 16.97
105 08 42 19.66 +19 05 03.7 17.44 15.77 14.82 0.117 2970 16.25
106 08 42 51.96 +19 05 17.0 18.02 16.18 15.24 0.105 2867 16.56
107 08 43 03.5 +19 02 45.0 15.41 14.30 13.37 0.269 3398 14.46
108 08 43 09.0 +19 43 11.9 17.06 15.65 14.73 0.149 3146 15.65
109 08 43 01.2 +19 49 59.8 19.89 17.38 16.28 0.085 2587 17.17
110 08 43 01.9 +19 54 04.5 16.16 14.98 14.06 0.224 3329 14.82
111 08 42 27.22 +19 44 35.2 18.04 16.39 15.31 0.117 2971 16.25
112 08 42 52.26 +19 51 45.9 14.05 13.08 12.15 0.459 3598 13.29
113 08 42 26.25 +19 56 49.2 18.05 16.12 15.18 0.101 2833 16.65
114 08 42 15.72 +19 45 19.4 17.79 15.86 14.82 0.101 2834 16.65
115 08 41 47.72 +19 48 37.5 19.72 16.93 15.82 0.081 2518 17.33
116 08 42 15.48 +19 48 57.6 14.53 13.44 12.58 0.307 3443 14.20
117 08 42 11.47 +19 52 50.2 17.83 16.13 15.01 0.115 2958 16.29
118 08 41 34.24 +19 25 25.4 16.97 15.38 14.43 0.126 3030 16.06
119 08 41 35.50 +19 40 00.4 18.41 16.50 15.48 0.102 2840 16.63
120 08 42 26.35 +19 38 24.7 16.95 15.49 14.33 0.136 3083 15.87
121 08 43 05.3 +19 27 54.6 13.20 12.37 11.50 0.594 3868 12.44
122 08 43 08.4 +19 28 06.1 14.31 13.28 12.40 0.381 3507 13.75
123 08 43 12.63 +19 34 28.9 15.39 14.26 13.40 0.261 3387 14.52
124 08 43 00.7 +19 37 36.7 17.50 15.93 15.03 0.129 3047 16.00
901 08 39 59.45 +19 43 37.4 19.09 17.16 16.41 0.084 2574 17.20
902 08 39 23.72 +19 52 01.8 20.15 17.77 16.88 0.073 2348 17.72
903 08 40 00.2 +19 30 27.0 19.74 17.50 16.62 0.076 2409 17.57
904 08 39 51.67 +19 35 10.1 19.48 17.26 16.38 0.076 2417 17.55
905 08 41 47.05 +20 09 11.9 19.22 17.03 16.29 0.077 2450 17.48
906 08 42 41.62 +20 11 27.6 19.01 16.94 16.06 0.081 2526 17.31
907 08 43 27.03 +20 00 20.7 19.54 17.34 16.55 0.077 2444 17.49
908 08 39 59.86 +20 20 37.9 19.04 17.14 16.33 0.085 2585 17.18
909 08 39 29.94 +20 11 40.3 20.11 17.63 16.67 0.069 2259 17.95
910 08 40 34.00 +20 14 56.2 20.08 17.60 16.65 0.069 2261 17.94
911 08 40 56.45 +20 14 59.5 19.64 17.44 16.70 0.077 2446 17.49
912 08 38 16.93 +20 19 55.3 19.28 17.12 16.23 0.077 2447 17.48
913 08 38 52.23 +20 09 18.8 19.15 17.18 16.35 0.083 2559 17.23
914 08 38 52.02 +19 35 05.3 19.12 17.25 16.35 0.085 2591 17.16
915 08 38 51.77 +19 00 21.6 20.28 17.67 16.68 0.068 2238 18.01
916 08 39 29.32 +19 16 42.7 19.10 17.21 16.32 0.084 2580 17.19
917 08 39 25.55 +19 00 02.6 18.79 16.75 15.82 0.082 2536 17.29
918 08 39 05.5 +19 05 13.3 19.53 17.42 16.59 0.081 2521 17.32
919 08 40 02.1 +19 03 55.6 19.22 17.09 16.25 0.080 2507 17.35
920 08 40 06.2 +19 01 46.0 19.07 17.15 16.37 0.084 2578 17.19
921 08 42 24.79 +19 06 14.8 18.97 16.95 16.24 0.083 2550 17.25
922 08 42 10.68 +19 21 44.5 19.23 17.23 16.43 0.083 2555 17.24
923 08 41 45.05 +18 58 56.4 19.21 17.14 16.32 0.082 2538 17.28
924 08 43 26.73 +19 56 46.2 18.92 16.77 15.90 0.078 2463 17.45
925 08 41 18.61 +19 56 44.3 19.02 16.99 16.19 0.083 2548 17.26
926 08 41 44.89 +19 28 53.1 18.99 17.08 16.33 0.084 2582 17.18
927 08 42 09.3 +19 40 20.7 18.89 16.99 16.23 0.085 2584 17.18

Notes. (*) The error on the determination of magnitude, effective temperature and masses are the following : $\Delta \mag = 0.002$ mag, $\Delta T_{\rm eff} = 140$ K and $\Delta M=0.1~M_\odot$ for stars ( $M > 0.2~M_\odot$), $\Delta \mag = 0.01$ mag, $\Delta T_{\rm eff} = 230$ K and $\Delta ~M = 0.05~M_\odot$ for very low-mass stars ( $0.072_\odot < M < 0.2~M_\odot$), $\Delta \mag = 0.04$ mag, $\Delta$ $T_{\rm eff} = 420$ K and $\Delta M = 0.02~M_\odot$ for BDs ( $M < 0.072~M_\odot$). The magnitude $J_{\rm model}$ is the predicted magnitude based on photometric determination of $T_{\rm eff}$ and mass.


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