\begin{table}%t4
\caption{Optical properties and best-fit parameters from the
X-ray spectral analysis.}\label{sample.tbl}
%\centering
\small
\begin{tabular}{ccccccccccccccc}
\hline \hline
%&&&&&&&&&&&&&& \\[-8pt]
\# & Name & RA & DECL & $HR$  & X-type & OPT-type & $R$ &
$F$$_{2-10}$ & Model & $z_{{\rm spec}}$ & log
$L_{2-10}^{{\rm corr}}$ & $N_{{\rm H}}$
& $\Gamma$ & $\chi^{2}_{\nu}$ \\
& & (deg) & (deg) & & & & & (10$^{-14}$ cgs) & & & & (10$^{22}$ cm$^{-2}$)& & \\
(1) & (2) & (3) & (4) & (5) & (6) & (7) & (8) & (9) & (10) & (11)
& (12) & (13) & (14) & (15)\\ 
\hline
%&&&&&&&&&&&&&& \\[-8pt]
1 & XLSS J022100.2$-$042855.2 & 02:21:00.11  &  $-$4:28:54.93  &  $-$0.66  &  I & 2 & 18.4 & 1.43  &  PL  &  0.200  &  42.27  &  $0.026^{\rm +0.025}_{-0.000}$ & $2.57_{-0.21}^{\rm +0.24}$ & 1.24 \\
2 & XLSS J022202.7$-$050944.3 & 02:22:02.68  &  $-$5:09:44.42  &  $-$0.39  &  I & 1 & 18.4 & 24.60  &  PL  &  0.275  &  43.73  &  $0.026^{\rm +0.052}_{-0.000}$ & $1.66_{-0.14}^{\rm +0.08}$ & 0.61 \\
3 & XLSS J022208.2$-$042732.2 & 02:22:08.22  &  $-$4:27:33.22  &  $-$0.59  &  I & 1 & 18.4 & 2.45  &  PL  &  1.678  &  44.64  &  $0.026^{\rm +0.214}_{-0.000}$ & 1.9 & $-$ \\
4 & XLSS J022234.4$-$043707.6 & 02:22:34.43  &  $-$4:37:08.52  &  $-$0.42  &  I & 2 & 19.6 & 1.28  &  PL  &  0.167  &  42.00  &  $0.085^{\rm +0.335}_{-0.059}$ & 1.9 & $-$ \\
5 & XLSS J022244.4$-$043346.8 & 02:22:44.40  &  $-$4:33:46.35  &  $-$0.51  &  I & 1 & 17.9 & 21.76  &  PL  &  0.760  &  44.77  &  0.026 & $1.99_{-0.04}^{\rm +0.04}$ & 0.96\\
6 & XLSS J022247.8$-$043329.1 & 02:22:47.78  &  $-$4:33:30.26  &  $-$0.58  &  I & 1 & 19.7 & 1.57  &  PL  &  1.629  &  44.40  &  $0.026^{\rm +0.289}_{-0.000}$ & $1.85_{-0.25}^{\rm +0.26}$ & 1.76 \\
7 & XLSS J022249.3$-$051452.1 & 02:22:49.51  &  $-$5:14:52.64  &  $-$0.64  &  I & 1 & 17.9 & 6.02  &  PL  &  0.313  &  43.34  &  $0.026^{\rm +0.011}_{-0.000}$ & $2.42_{-0.09}^{\rm +0.09}$ & 1.02 \\
8 & XLSS J022249.6$-$041350.0 & 02:22:49.58  &  $-$4:13:52.22  &  $-$0.55  &  I & 1 & 20.1 & 1.43  &  PL  &  1.566  &  44.46  &  $0.026^{\rm +0.147}_{-0.000}$ & $2.15_{-0.21}^{\rm +0.24}$ & 1.16 \\
9 & XLSS J022253.6$-$042931.3 & 02:22:53.58  &  $-$4:29:27.93  &  $-$0.40  &  I & 2 & 18.1 & 3.58  &  PL  &  0.215  &  42.68  &  $0.026^{\rm +0.053}_{-0.000}$ & 1.9 & 1.01 \\
10 & XLSS J022258.0$-$041840.3 & 02:22:57.97  &  $-$4:18:40.40  &  0.57  &  II & 2 & 17.5 & 12.23  &  PL+GA$^a$  &  0.237  &  43.37  &  $3.43_{-1.30}^{\rm +5.30}$ & 1.9 & 0.72 \\
11 & XLSS J022301.9$-$043205.2 & 02:23:01.93  &  $-$4:32:04.65  &  $-$0.29  &  II & 2 & 19.7 & 0.97  &  PL  &  0.616  &  43.20  &  $1.390_{-0.808}^{\rm +1.202}$ & 1.9 & $-$ \\
12 & XLSS J022312.1$-$050624.9 & 02:23:12.26  &  $-$5:06:25.45  &  $-$0.41  &  I & 1 & 19.4 & 1.30  &  PL  &  2.206  &  44.65  & $0.217_{-0.191}^{\rm +1.361}$  & 1.9 & $-$ \\
13 & XLSS J022313.3$-$043102.6 & 02:23:13.20  &  $-$4:31:00.93  &  $-$0.35  &  I & 2 & 15.6 & 1.23  &  PL  &  0.017  &  39.90  &  $0.026_{-0.000}^{\rm +0.090}$ & 1.9 & $-$ \\
14 & XLSS J022317.2$-$044032.4 & 02:23:17.34  &  $-$4:40:33.46  &  $-$0.44  &  I & 1 & 18.0 & 3.62  &  PL  &  0.842  &  43.96  &  $0.026_{-0.000}^{\rm +0.151}$ & $1.34_{-0.22}^{\rm +0.27}$ & 1.20 \\
15 & XLSS J022319.5$-$044732.1 & 02:23:19.54  &  $-$4:47:31.50  &  $-$0.40  &  I & 2 & 18.6 & 2.72  &  PL  &  0.293  &  42.87  &  $0.203_{-0.126}^{\rm +0.116}$ & $1.87_{-0.22}^{\rm +0.28}$ & 1.00 \\
16 & XLSS J022320.9$-$050629.0 & 02:23:21.05  &  $-$5:06:27.20  &  $-$0.42  &  I & 1 & 19.7 & 2.03  &  PL  &  2.415  &  44.94  &  $0.200_{-0.174}^{\rm +0.580}$ & 1.9 & $-$ \\
17 & XLSS J022326.5$-$045706.9 & 02:23:26.45  &  $-$4:57:04.58  &  $-$0.32  &  I & 1 & 20.5 & 1.52  &  PL  &  0.826  &  43.68  &  0.026 & $1.89_{-0.46}^{\rm +0.51}$ & $-$ \\
18 & XLSS J022327.8$-$040119.0 & 02:23:27.85  &  $-$4:01:19.71  &  $-$0.68  &  I & 1 & 19.7 & 1.80  &  PL  &  1.922  &  44.73  &  0.026 & $2.08_{-0.20}^{\rm +0.22}$ & 1.48 \\
19 & XLSS J022329.3$-$045453.0 & 02:23:29.18  &  $-$4:54:53.12  &  $-$0.66  &  I & 1 & 19.6 & 1.58  &  PL  &  0.604  &  43.45  &  $0.026^{\rm +0.041}_{-0.000}$ & $2.26_{-0.19}^{\rm +0.25}$ & 0.73 \\
20 & XLSS J022330.0$-$043002.4 & 02:23:30.08  &  $-$4:30:01.38  &  $-$0.39  &  II & 1 & 20.0 & 2.35  &  PL  &  2.666  &  45.11  &  $4.002_{-2.008}^{\rm +2.901}$ & 1.9 & $-$ \\
21 & XLSS J022333.2$-$044925.1 & 02:23:33.14  &  $-$4:49:24.79  &  $-$0.54  &  I & 1 & 20.6 & 1.15  &  PL  &  2.302  &  44.65  &  $0.173^{\rm +0.819}_{-0.147}$ & 1.9 & $-$ \\
22 & XLSS J022337.6$-$044006.3 & 02:23:37.54  &  $-$4:40:06.31  &  $-$0.63  &  I & 1 & 19.6 & 0.53  &  PL  &  1.743  &  44.23  &  0.026 & $2.38_{-0.18}^{\rm +0.39}$ & $-$ \\
23 & XLSS J022347.1$-$050551.6 & 02:23:47.22  &  $-$5:05:51.99  &  $-$0.51  &  I & 1 & 19.4 & 1.35  &  PL  &  2.329  &  44.71  &  0.026 & $1.88_{-0.26}^{\rm +0.21}$ & 0.86 \\
24 & XLSS J022351.2$-$042053.8 & 02:23:51.18  &  $-$4:20:54.33  &  0.14  &  II & 2 & 19.2 & 2.94  &  PL  &  0.181  &  42.49  &  $2.382_{-1.424}^{\rm +3.114}$ & 1.9 & 0.82 \\
25 & XLSS J022354.7$-$044818.1 & 02:23:54.67  &  $-$4:48:14.32  &  $-$0.67  &  I & 1 & 17.6 & 0.77  &  PL  &  2.458  &  44.85  &  0.026 & $2.48_{-0.24}^{\rm +0.26}$ & 0.86 \\
26 & XLSS J022402.0$-$025256.1 & 02:24:02.02  &  $-$2:52:54.03  &  $-$0.44  &  I & 2 & 17.7 & 3.96  &  PL  &  0.102  &  42.00  &  0.026 & $1.51_{-0.32}^{\rm +0.33}$ & -- \\
27 & XLSS J022402.5$-$051343.3 & 02:24:02.59  &  $-$5:13:43.31  &  0.23  &  II & 2 & 17.7 & 2.65  &  PL+PL  &  0.084  &  42.32  &  $51.245_{-26.168}^{\rm +57.417}$ & 1.9 & -- \\
28 & XLSS J022410.9$-$050656.7 & 02:24:10.87  &  $-$5:06:54.01  &  $-$0.51  &  I & 1 & 19.9 & 1.69  &  PL  &  2.314  &  44.86  &  0.026 & $1.99_{-0.26}^{\rm +0.29}$ & 1.62 \\
29 & XLSS J022413.7$-$032918.7 & 02:24:13.72  &  $-$3:29:18.73  &  0.05  &  II & 1 & 17.6 & 8.61  &  PL+BB  &  0.429  &  43.79  &  $2.015_{-1.02755}^{\rm +1.18785}$ & 1.9 & 0.61 \\
30 & XLSS J022435.8$-$030849.3 & 02:24:35.86  &  $-$3:08:52.05  &  $-$0.46  &  I & 1 & 20.4 & 2.94  &  PL  &  1.946  &  44.87  &  0.026 & $1.90_{-0.26}^{\rm +0.28}$ & -- \\
31$^b$ & XLSS J022438.5$-$051150.4 & 02:24:38.59  &  $-$5:11:48.07  &  $-$0.53  &  II & 1 & -1 & 1.38  &  PL  &  2.283  &  44.71  & $1.360_{-0.913}^{\rm +1.091}$  & 1.9 & -- \\
32 & XLSS J022438.9$-$033305.6 & 02:24:38.92  &  $-$3:33:05.63  &  $-$0.74  &  I & 1 & 18.1 & 2.76  &  PL  &  1.676  &  44.81  &  0.026 & $2.18_{-0.19}^{\rm +0.20}$ & 1.18 \\
\hline
33 & XLSS J022439.7$-$042402.2 & 02:24:39.71  &  $-$4:23:59.07  &  $-$0.47  &  I & 2 & 19.8 & 3.11  &  PL  &  0.478  &  43.40  &  $0.026^{\rm +0.025}_{-0.000}$ & $1.78_{-0.23}^{\rm +0.24}$ & 1.05 \\
34 & XLSS J022440.7$-$043656.8 & 02:24:40.72  &  $-$4:36:57.40  &  $-$0.59  &  I & 1 & 19.7 & 0.86  &  PL  &  0.904  &  43.68  &  0.026 & $2.41_{-0.27}^{\rm +0.29}$ & -- \\
35 & XLSS J022446.9$-$030344.1 & 02:24:46.84  &  $-$3:03:46.93  &  $-$0.51  &  I & 2 & 18.5 & 4.73  &  PL  &  0.301  &  43.13  &  $0.026^{\rm +0.067}_{-0.000}$ & 1.9 & -- \\
36 & XLSS J022507.4$-$043406.3 & 02:25:07.32  &  $-$4:34:04.00  &  $-$0.46  &  I & 2 & 21.6 & 1.11  &  PL  &  0.617  &  43.21  &  0.026 & $1.74_{-0.45}^{\rm +0.50}$ & -- \\
37 & XLSS J022514.4$-$044658.8 & 02:25:14.30  &  $-$4:46:58.52  &  $-$0.61  &  I & 1 & 18.0 & 1.81  &  PL  &  1.924  &  44.84  &  0.026 & $2.29_{-0.21}^{\rm +0.23}$ & 1.08 \\
38 & XLSS J022519.2$-$044714.3 & 02:25:19.34  &  $-$4:47:12.91  &  $-$0.47  &  I & 1 & 20.9 & 1.06  &  PL  &  1.929  &  44.49  &  0.026 & $2.04_{-0.42}^{\rm +0.47}$ & -- \\
39 & XLSS J022521.1$-$043947.9 & 02:25:21.11  &  $-$4:39:48.98  &  $-$0.12  &  I & 2 & 18.8 & 4.55  &  PL  &  0.265  &  43.00  &  $0.524_{-0.226}^{\rm +0.311}$ & 1.9 & 0.93 \\
40 & XLSS J022521.2$-$032627.1 & 02:25:21.29  &  $-$3:26:28.73  &  $-$0.50  &  I & 1 & 20.4 & 2.05  &  PL  &  1.067  &  44.17  &  0.026 & $2.16_{-0.21}^{\rm +0.22}$ & -- \\
41 & XLSS J022521.4$-$035210.0 & 02:25:21.32  &  $-$3:52:09.25  &  $-$0.42  &  I & 2 & 17.4 & 4.85  &  PL  &  0.098  &  42.07 &  $0.026^{\rm +0.01}_{-0.000}$ & $2.01_{-0.15}^{\rm +0.15}$ & -- \\
42 & XLSS J022522.9$-$042649.5 & 02:25:22.91  &  $-$4:26:49.05  &  0.22  &  II & 2 & 21.8 & 2.12  &  PL  &  1.029  &  44.10  &  $5.349_{-1.990}^{\rm +2.853}$ & 1.9 & -- \\
43 & XLSS J022524.5$-$025829.2 & 02:25:24.53  &  $-$2:58:29.63  &  $-$0.64  &  I & 1 & 18.9 & 5.29  &  PL  &  1.229  &  44.65  &  $0.026^{\rm +0.069}_{-0.000}$ & 1.9 & -- \\
44 & XLSS J022524.5$-$044043.1 & 02:25:24.82  &  $-$4:40:43.61  &  $-$0.80  &  I & glx & 17.3 & 3.96  &  PL+GA$^c$  &  0.263  &  42.92  &  $0.026^{\rm +0.029}_{-0.000}$ & 1.9 & 1.34\\
45 & XLSS J022525.3$-$034225.4 & 02:25:25.28  &  $-$3:42:24.26  &  $-$0.66  &  I & 1 & 17.5 & 5.97  &  PL  &  1.326  &  44.85  &  0.026 & $2.09_{-0.17}^{\rm +0.17}$ & 0.87 \\
46 & XLSS J022527.6$-$035954.9 & 02:25:27.52  &  $-$3:59:53.89  &  $-$0.50  &  I & 1 & 20.6 & 2.69  &  PL  &  0.494  &  43.36  &  0.026 & $1.69_{-0.34}^{\rm +0.37}$ & -- \\
47 & XLSS J022527.6$-$050639.2 & 02:25:27.62  &  $-$5:06:39.19  &  $-$0.48  &  I & 1 & 20.1 & 2.43  &  PL  &  1.114  &  44.26  &  $0.227_{-0.227}^{\rm +0.402}$ & $2.08_{-0.36}^{\rm +0.29}$ & 0.63 \\
48 & XLSS J022529.4$-$050947.8 & 02:25:29.32  &  $-$5:09:46.95  &  $-$0.03  &  II & 1 & 19.3 & 2.35  &  PL  &  1.288  &  44.37  &  $5.226_{-2.229}^{\rm +2.927}$ & 1.9 & -- \\
49 & XLSS J022533.6$-$050803.1 & 02:25:33.67  &  $-$5:08:02.44  &  $-$0.67  &  I & 1 & 17.5 & 2.40  &  PL  &  1.179  &  44.26  &  $0.026^{\rm +0.032}_{-0.000}$ & 1.9 & -- \\
50 & XLSS J022537.0$-$050110.7 & 02:25:37.06  &  $-$5:01:09.38  &  $-$0.47  &  I & 1 & 19.8 & 1.71  &  PL  &  1.937  &  44.72  &  0.026 & $2.08_{-0.23}^{\rm +0.25}$ & 0.60 \\
51 & XLSS J022538.3$-$042109.8 & 02:25:38.32  &  $-$4:21:09.32  &  $-$0.48  &  I & 1 & 20.9 & 1.28  &  PL  &  0.742  &  43.50  &  0.026 & $1.90_{-0.25}^{\rm +0.56}$ & -- \\
52 & XLSS J022541.0$-$033521.9 & 02:25:40.84  &  $-$3:35:21.41  &  $-$0.59  &  I & 1 & 18.3 & 2.27  &  PL  &  0.861  &  43.90  &  $0.026^{\rm +0.025}_{-0.000}$ & 1.9 & -- \\
53 & XLSS J022541.4$-$032624.2 & 02:25:41.30  &  $-$3:26:24.12  &  $-$0.31  &  I & 2 & 18.5 & 12.93  &  PL  &  0.207  &  43.21  &  $0.253_{-0.068}^{\rm +0.079}$ & 1.9 & 0.99 \\
54 & XLSS J022544.8$-$043736.7 & 02:25:44.98  &  $-$4:37:36.36  &  $-$0.35  &  II & 1 & 22.6 & 1.01  &  PL  &  3.589  &  45.04  & $3.501_{-2.538}^{\rm +2.445}$  & 1.9 & -- \\
55 & XLSS J022546.3$-$051159.1 & 02:25:46.38  &  $-$5:12:02.52  &  $-$0.42  &  I & glx & 17.0 & 1.55  &  PL  &  0.148  &  41.96  &  $0.026^{\rm +0.060}_{-0.000}$ & $1.83_{-0.24}^{\rm +0.36}$ & 0.93 \\
56 & XLSS J022548.7$-$025820.2 & 02:25:48.72  &  $-$2:58:20.02  &  $-$0.53  &  I & 2 & 17.7 & 10.27  &  PL  &  0.286  &  43.44  &  $0.026^{\rm +0.019}_{-0.000}$ & $1.93_{-0.09}^{\rm +0.10}$ & 1.76\\
57 & XLSS J022554.8$-$051355.5 & 02:25:54.84  &  $-$5:13:55.51  &  $-$0.38  &  II & 1 & 20.0 & 1.00  &  PL  &  1.247  &  43.95  &  $1.566_{-1.200}^{\rm +2.202}$ & 1.9 & -- \\
58 & XLSS J022556.1$-$044725.2 & 02:25:56.14  &  $-$4:47:24.13  &  $-$0.50  &  I & 1 & 20.0 & 3.51  &  PL  &  1.010  &  44.21  &  $0.026$ & $1.73_{-0.27}^{\rm +0.20}$ & 0.88 \\
59 & XLSS J022556.3$-$042540.9 & 02:25:56.28  &  $-$4:25:40.47  &  $-$0.69  &  I & 2 & 21.5 & 1.13  &  PL  &  0.863  &  43.62  &  0.026 & $1.97_{-0.34}^{\rm +0.37}$ & -- \\
60 & XLSS J022557.6$-$045005.9 & 02:25:57.65  &  $-$4:50:04.42  &  $-$0.53  &  I & 1 & 19.3 & 0.47  &  PL  &  2.263  &  44.33  &  0.026 & $2.08_{-0.41}^{\rm +0.45}$ & -- \\
61 & XLSS J022558.7$-$050055.8 & 02:25:58.73  &  $-$5:00:55.24  &  0.62  &  II & 2 & 17.2 & 5.91  &  PL  &  0.148  &  42.80  &  $12.985_{-5.945}^{\rm +11.938}$ & 1.9 & -- \\
62 & XLSS J022601.5$-$033041.0 & 02:26:01.57  &  $-$3:30:39.66  &  $-$0.49  &  I & 1 & 19.8 & 1.21  &  PL  &  1.455  &  44.19  &  $0.026^{\rm +0.167}_{-0.000}$ & 1.9 & -- \\
63 & XLSS J022604.5$-$045934.2 & 02:26:04.31  &  $-$4:59:29.48  &  $-$0.23  &  I,Fe & 2 & 15.4 & 2.56  &  PL+GA$^d$  &  0.054  &  41.25  &  $0.026^{\rm +0.024}_{-0.000}$ & 1.9 & -- \\
64 & XLSS J022607.1$-$032015.0 & 02:26:07.15  &  $-$3:20:15.02  &  $-$0.45  &  I & 1 & 19.1 & 1.88  &  PL  &  2.321  &  44.86  &  $0.026_{-0.000}^{\rm +1.275}$ & 1.9 & -- \\
\hline
65 & XLSS J022607.8$-$041842.7 & 02:26:07.76  &  $-$4:18:42.07  &  $-$0.61  &  I & 1 & 18.9 & 4.41  &  PL  &  0.495  &  43.72  &  $0.026^{\rm +0.023}_{-0.000}$ & $2.48_{-0.18}^{\rm +0.23}$ & 1.18 \\
66 & XLSS J022617.2$-$044725.3 & 02:26:17.23  &  $-$4:47:24.83  &  0.33  &  II & 2 & 17.4 & 2.71  &  PL  &  0.140  &  42.25  &  $3.717_{-1.851}^{\rm +2.572}$ & 1.9 & -- \\
67 & XLSS J022617.3$-$050443.8 & 02:26:17.63  &  $-$5:04:43.83  &  $-$0.51  &  II & 2 & 14.8 & 4.27  &  PL+GA$^e$  &  0.054  &  41.56  &  $2.680_{-1.952}^{\rm +116.01}$ & 1.9 & -- \\
68 & XLSS J022617.7$-$043107.6 & 02:26:17.74  &  $-$4:31:07.09  &  $-$0.78  &  I & 1 & 18.7 & 1.07  &  PL  &  0.705  &  43.53  &  0.026 & $2.63_{-0.27}^{\rm +0.32}$ & 1.23 \\
69 & XLSS J022620.5$-$031723.9 & 02:26:20.72  &  $-$3:17:26.93  &  $-$0.19  &  I,Fe & 1 & 19.2 & 7.61  &  PL+GA$^f$  &  0.691  &  44.21  &  $0.677_{-0.504}^{\rm +0.595}$ & 1.9 & -- \\
70 & XLSS J022622.3$-$042219.9 & 02:26:22.09  &  $-$4:22:20.30  &  $-$0.52  &  II & 1 & 18.5 & 5.04  &  PL  &  2.011  &  45.15  &  $1.242_{-0.917}^{\rm +1.071}$ & 1.9 & -- \\
71 & XLSS J022629.2$-$043056.4 & 02:26:29.18  &  $-$4:30:56.24  &  $-$0.43  &  I & 1 & 19.8 & 3.96  &  PL  &  2.031  &  45.05  & $0.026_{-0.000}^{\rm +1.426}$  & 1.9 & -- \\
72 & XLSS J022643.6$-$043317.1 & 02:26:43.62  &  $-$4:33:16.57  &  0.58  &  II & glx & 17.8 & 2.52  &  PL  &  0.308  &  42.96  &  $3.861_{-2.211}^{\rm +3.607}$ & 1.9 & -- \\
73 & XLSS J022646.2$-$045156.4 & 02:26:46.25  &  $-$4:51:55.91  &  $-$0.61  &  I & 1 & 20.9 & 0.63  &  PL  &  1.089  &  43.73  &  0.026 & $2.32_{-0.38}^{\rm +0.44}$ & -- \\
74 & XLSS J022646.9$-$041839.6 & 02:26:46.93  &  $-$4:18:39.15  &  $-$0.52  &  I & 1 & 21.0 & 1.20  &  PL  &  1.581  &  44.27  &  $0.026^{\rm +0.682}_{-0.000}$ & 1.9 & -- \\
75 & XLSS J022649.0$-$042745.7 & 02:26:48.95  &  $-$4:27:45.74  &  $-$0.56  &  I & 2 & 19.0 & 2.52  &  PL  &  0.327  &  42.94  &  $0.026^{\rm +0.080}_{-0.000}$ & 1.9 & -- \\
76 & XLSS J022649.4$-$041155.4 & 02:26:49.38  &  $-$4:11:53.79  &  $-$0.55  &  I & 1 & 22.2 & 2.19  &  PL  &  1.157  &  44.15  &  0.026 & $1.75_{-0.19}^{\rm +0.20}$ & 0.95 \\
77 & XLSS J022651.7$-$045715.3 & 02:26:51.65  &  $-$4:57:13.34  &  $-$0.49  &  I & 2 & 20.4 & 3.85  &  PL  &  0.331  &  43.12  &  $0.026$ & $1.72_{-0.21}^{\rm +0.23}$ & 0.65 \\
78 & XLSS J022652.6$-$050619.6 & 02:26:52.44  &  $-$5:06:20.18  &  $-$0.49  &  I & 1 & 18.7 & 3.82  &  PL  &  1.618  &  44.76  &  0.026 & $1.83_{-0.26}^{\rm +0.27}$ & -- \\
79 & XLSS J022659.8$-$044430.4 & 02:26:59.78  &  $-$4:44:29.86  &  $-$0.54  &  I & 1 & 20.8 & 0.45  &  PL  &  1.612  &  43.97  &  0.026 & $2.15_{-0.44}^{\rm +0.54}$ & -- \\
80 & XLSS J022701.3$-$040751.2 & 02:27:01.40  &  $-$4:07:49.95  &  $-$0.35  &  I & 2 & 18.6 & 4.24  &  PL  &  0.220  &  42.75  &  $0.026^{\rm +0.038}_{-0.000}$ & $1.56_{-0.14}^{\rm +0.16}$ & 1.14 \\
81 & XLSS J022707.8$-$050816.5 & 02:27:07.78  &  $-$5:08:15.97  &  0.32  &  II & 2 & 18.9 & 16.43  &  PL  &  0.356  &  43.90  &  $2.906_{-0.682}^{\rm +0.779}$ & 1.9 & -- \\
82 & XLSS J022708.5$-$050429.1 & 02:27:08.60  &  $-$5:04:23.92  &  $-$0.48  &  I & 2 & 17.6 & 4.69  &  PL  &  0.148  &  42.30  &  0.026 & $1.92_{-0.25}^{\rm +0.27}$ & -- \\
83 & XLSS J022712.0$-$033353.1 & 02:27:11.84  &  $-$3:33:51.23  &  $-$0.40  &  I & 2 & 18.5 & 2.70  &  PL  &  0.317  &  42.95  &  $0.026^{\rm +0.075}_{-0.000}$ & $1.99_{-0.26}^{\rm +0.34}$ & 0.78 \\
84 & XLSS J022712.7$-$044220.7 & 02:27:12.67  &  $-$4:42:20.25  &  0.14  &  II & 2 & 18.4 & 4.69  &  PL  &  0.205  &  42.79  &  $1.461_{-0.582}^{\rm +0.777}$ & 1.9 & 1.01 \\
85 & XLSS J022729.3$-$043226.9 & 02:27:29.48  &  $-$4:32:24.14  &  $-$0.51  &  I & 1 & 19.6 & 1.52  &  PL  &  2.290  &  44.76  &  0.026 & $1.89_{-0.23}^{\rm +0.24}$ & -- \\
86 & XLSS J022731.9$-$032121.9 & 02:27:31.90  &  $-$3:21:22.13  &  $-$0.62  &  I & 1 & --1 & 0.53  &  PL  &  0.771  &  43.32  &  0.026 & $2.58_{-0.67}^{\rm +0.89}$ & -- \\
87 & XLSS J022732.2$-$032736.0 & 02:27:32.26  &  $-$3:27:36.29  &  $-$0.38  &  I & 1 & 18.0 & 7.72  &  PL  &  1.782  &  45.11  &  $0.026_{-0.000}^{\rm +0.578}$ & $1.69_{-0.18}^{\rm +0.27}$ & 0.92 \\
88 & XLSS J022735.7$-$042023.2 & 02:27:35.75  &  $-$4:20:22.69  &  $-$0.55  &  I & 2 & --1 & 1.21  &  PL  &  0.886  &  43.66  &  $0.150_{-0.124}^{\rm +0.193}$ & 1.9 & -- \\
89 & XLSS J022739.7$-$050043.4 & 02:27:39.85  &  $-$5:00:43.16  &  $-$0.61  &  I & 1 & 18.8 & 7.75  &  PL  &  0.447  &  43.80  &  $0.026_{-0.000}^{\rm +0.011}$ & $2.18_{-0.09}^{\rm +0.13}$ & 1.03 \\
90 & XLSS J022740.4$-$041855.5 & 02:27:40.68  &  $-$4:18:57.91  &  $-$0.17  &  I & 1 & 22.4 & 0.71  &  PL  &  0.727  &  43.25  &  0.026 & $2.016_{-0.71}^{\rm +0.94}$ & -- \\
91 & XLSS J022748.4$-$041900.8 & 02:27:48.53  &  $-$4:19:00.82  &  $-$0.32  &  I & 2 & 21.4 & 1.15  &  PL  &  0.689  &  43.32  &  0.026 & $1.67_{-0.31}^{\rm +0.34}$  & -- \\
\hline
92 & XLSS J022751.1$-$050101.2 & 02:27:51.34  &  $-$5:01:01.73  &  $-$0.47  &  I & 1 & --1 & 3.36  &  PL  &  2.174  &  45.01  &  0.026 & $1.83_{-0.26}^{\rm +0.21}$ & 0.47 \\
93 & XLSS J022754.5$-$050700.1 & 02:27:54.43  &  $-$5:06:58.27  &  $-$0.44  &  I & 2 & 19.5 & 1.46  &  PL  &  0.436  &  43.00  &  $0.262^{\rm +0.204}_{-0.152}$ & 1.9 & -- \\
94 & XLSS J022756.8$-$050734.8 & 02:27:56.92  &  $-$5:07:34.97  &  $-$0.13  &  II & 2 & 19.2 & 1.82  &  PL  &  0.492  &  43.23  &  $1.085_{-0.536}^{\rm +0.669}$ & 1.9 & -- \\
95 & XLSS J022809.1$-$041233.5 & 02:28:09.01  &  $-$4:12:31.12  &  $-$0.49  &  I & 1 & 19.2 & 25.55  &  PL  &  0.878  &  44.91  &  0.026 & $1.67_{-0.18}^{\rm +0.19}$ & 1.86 \\
96 & XLSS J022810.6$-$050744.5 & 02:28:10.81  &  $-$5:07:43.84  &  $-$0.61  &  I & 1 & --1 & 0.84  &  PL  &  0.733  &  43.30  &  $0.026^{\rm +0.026}_{-0.000}$ & 1.9 & -- \\
97 & XLSS J022821.4$-$050954.8 & 02:28:21.54  &  $-$5:09:55.88  &  $-$0.63  &  I & 1 & 20.7 & 1.01  &  PL  &  1.812  &  44.43  &  0.026 & $2.11_{-0.29}^{\rm +0.31}$ & -- \\
98 & XLSS J022843.3$-$051011.5 & 02:28:43.36  &  $-$5:10:11.61  &  $-$0.02  &  II & 2 & 18.5 & 2.91  &  PL  &  0.271  &  42.64  &  $1.652_{-0.791}^{\rm +1.370}$ & 1.9 & -- \\
99 & XLSS J022851.3$-$051223.0 & 02:28:51.42  &  $-$5:12:23.07  &  $-$0.72  &  I & 1 & 17.1 & 37.17  &  PL  &  0.315  &  44.10  &  $0.026^{\rm +0.008}_{-0.000}$ & $2.11_{-0.05}^{\rm +0.05}$ & 1.12 \\
\hline
\end{tabular}
\medskip
Column 1: internal sequence number;
\par
Column 2: source name, using the convention defined in Pierre et~al. (\cite{Pier07});
\par
Column 3: right ascension of the X-ray source coming from the
band-merged catalog from the [0.5$-$2] and [2$-$10]~keV bands, which
has been astrometrically corrected (Pierre et~al. \cite{Pier07});
\par
Column 4: declination of the X-ray source coming from the
band-merged catalog from the [0.5$-$2] and [2$-$10]~keV bands, which
has been astrometrically corrected (Pierre et~al. \cite{Pier07});
\par
Column 5: hardness ratio between the hard (H) [2$-$10]~keV band and
the soft (S) [0.5$-$2]~keV band computed using the formula~$\frac{H-S}{H+S}$;
\par
Column 6: X-ray classification based on the X-ray spectral
analysis: II ($N_{\rm H}$~$>$ 10$^{22}$~cm$^{-2}$) and I ($N_{\rm H}$~$<$ 10$^{22}$~cm$^{-2}$);
\par
Column 7: optical classification based on the optical spectra: 1
({\it FWHM}~$>$ 1500~km~s$^{-1}$) and 2 ({\it FWHM}~$<$ 1500~km~s$^{-1}$);
\par
Column 8: $R$ band magnitude from the SuperCosmos Sky Survey or
from the VVDS;
\par
Column 9: [2$-$10]~keV band flux of the X-ray source derived from
the fitted X-ray model;
\par
Column 10: best-fit model (PL~= absorbed power law; PL+BB~=
absorbed power law plus black body; PL+POW~= absorbed power law
plus unabsorbed power law; PL+GA~= absorbed power law plus an
additional emission line;
\par
Column 11: spectroscopic redshift derived from the optical
spectra;
\par
Column 12: logarithm of the intrinsic (corrected for absorption,
for both the galactic and the intrinsic column density) rest-frame
luminosity in the [2$-$10]~keV band [erg~s$^{-1}$];
\par
Column 13: best-fit hydrogen column density [10$^{22}$~cm$^{-2}$]
along with its error bar which represents a 90\% confidence
interval. The value 0.026 corresponds to the galactic value and
has been fixed for the values without error bars;
\par
Column 14: best-fit value for the photon index~$\Gamma$ along
with its error bars which are for a 90\% confidence interval. For
some objects we fixed $\Gamma$ to a value of 1.9 which is
representative of a type~1 AGN.
\par
Column 15: statistic which has been used. We present the value
for the reduced chi square~$\chi^{2}_{\nu}$. Otherwise, Cash
statistic has been used.
\par
$^a$ The presence of an emission line around 4.0~keV (observed
frame) is required.
\par
$^b$ The spectroscopic redshift is tentative.
\par
$^c$ The presence of an emission line around 0.9~keV (observed
frame) is required, but see text.
\par
$^d$ The presence of an emission line at 6.4~keV (source rest
frame, consistent with Fe~K) is required.
\par
$^e$ The presence of an emission line around 0.7~keV (observed
frame) is required, but see text.
\par
$^f$ The presence of an emission line at 6.4~keV (source rest
frame, consistent with Fe~K) is required.
\end{table}