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Table A.2:

X-ray Parameters from model fit to source spectra. The errors are quoted at the 90% confidence region of best fit. Unabsorbed X-ray fluxes and luminosities are calculated in the 0.3-8 keV energy band.

DROXO Src. num. 		CCDs Instr SNR Model $N_{\rm H}$ kT 1 $\log$ E. M. 1 kT 2 $\log$ E. M. 2 kT 3 E. M. 3 $\log ~F_{\rm X}$ $\log L_{\rm X}$ $\chi^2$ d.o.f. Prob
          1022 cm-2  keV  cm-3  keV  cm-3  keV  cm-3 erg s-1 cm-2 erg s-1      
1 M2PN ALL L 1T 0.140.290.06 $ 0.77^{\rm0.94}_{0.63} $ $ 51.42^{\rm 51.61}_{51.28} $ - - - - 1.8e-14 28.5 48 37 0.11
2 M1PN ALL L 1T $ 0.8^{\rm 1.4}_{0.5} $ $ 0.7^{\rm 1.3}_{0.3} $ $ 51.67^{\rm 52.64}_{0} $ - - - - 3.4e-14 28.8 14.5 10 0.15
3 M1M2PN PN H 1T $ 0.93^{\rm0.97}_{0.89} $ $ 3.3^{\rm 3.5}_{3.1} $ $ 53.23^{\rm 53.25}_{53.21} $ - - - - 1.4e-12 30.4 262.3 221 0.03
4 M1M2PN PN H 1T $ 8.4^{\rm 9.0}_{7.9} $ $ 4.5^{\rm 5.0}_{3.8} $ $ 53.58^{\rm 53.65}_{53.53} $ - - - - 3.5e-12 30.8 132.4 125 0.31
5 M1M2PN ALL L 1T $ 0.09^{\rm0.59}_{0.0} $ >10 $ 50.88^{\rm 51.00}_{0} $ - - - - 7.3e-15 28.1 1.9 3 0.6
6 M1M2PN ALL L 1T $ 3.9^{\rm 4.8}_{2.9} $ $ 9.1^{\rm 46.0}_{4.9} $ $ 52.23^{\rm 52.35}_{52.15} $ - - - - 1.8e-13 29.5 67.7 90 0.96
8 M1M2PN ALL L 1T $ 9.1^{\rm 28.0}_{4.4} $ >10 $ 51.78^{\rm 52.02}_{51.56} $ - - - - 5.8e-14 29 9.7 8 0.28
9 M1M2PN ALL H 2T $ 0.38^{\rm0.41}_{0.35} $ $ 0.7^{\rm 6.4}_{2.5} $ $ 52.21^{\rm 52.27}_{52.15} $ $ 0.70^{\rm0.74}_{0.67} $ $ 52.10^{\rm 52.16}_{52.04} $ - - 2e-13 29.5 168.2 144 0.082
10 M1M2PN ALL H 1T $ 0.44^{\rm0.62}_{0.24} $ $ 0.55^{\rm0.76}_{0.38} $ $ 51.66^{\rm 51.99}_{51.38} $ - - - - 3.2e-14 28.7 21.3 12 0.046
11 M2PN ALL H 1T $ 0.7^{\rm 1.1}_{0.5} $ $ 14^{\rm }_{ } $ $ 51.76^{\rm 51.87}_{51.69} $ - - - - 6.4e-14 29 11.4 9 0.25
12 M2PN ALL L 1T $ 2.5^{\rm 17}_{0.7} $ >10 $ 51.36^{\rm 51.94}_{0} $ - - - - 2.3e-14 28.6 1.7 2 0.43
13 M1M2PN ALL H 1T $ 0.23^{\rm0.35}_{0.16} $ $ 1.6^{\rm 2.1}_{1.3} $ $ 51.45^{\rm 51.55}_{51.36} $ - - - - 1.9e-14 28.5 21.4 13 0.065
14 M1M2PN ALL H 1T $ 1.1^{\rm 1.7}_{0.3} $ $ 0.5^{\rm 1.3}_{0.2} $ $ 51.94^{\rm 53.26}_{0} $ - - - - 6e-14 29 10.6 9 0.3
15 PN PN H 1T $ 7.7^{\rm 8.3}_{7.1} $ $ 6.0^{\rm 7.5}_{5.1} $ $ 53.39^{\rm 53.45}_{53.33} $ - - - - 2.5e-12 30.6 85.4 74 0.17
17 M1M2PN ALL L 1T $ 1.1^{\rm 2.1}_{0.5} $ $ 2.2^{\rm 6.3}_{0.9} $ $ 51.37^{\rm 51.86}_{51.08} $ - - - - 1.7e-14 28.5 6.2 11 0.86
19 M2PN PN L 1T $ 0.05^{\rm0.0}_{0.45} $ $ 0.3^{\rm0.41}_{0.18} $ $ 50.88^{\rm 50.66}_{52.15} $ - - - - 5.1e-15 27.9 7.5 6 0.28
22 M1M2PN ALL L 1T $ 3.0^{\rm 4.2}_{2.0} $ $ 3.1^{\rm 7.4}_{1.9} $ $ 51.84^{\rm 52.11}_{51.58} $ - - - - 5.5e-14 29 49.1 34 0.045
23 M2PN PN L 1T $ 0.05^{\rm0.1}_{0.01} $ $ 2.7^{\rm 5.7}_{1.8} $ $ 51.11^{\rm 51.2}_{51.01} $ - - - - 9.8e-15 28.2 18.8 17 0.34
25 M1M2PN ALL H 1T $ 0.95^{\rm0.99}_{0.91} $ $ 2.6^{\rm 2.8}_{2.5} $ $ 52.94^{\rm 52.96}_{52.92} $ - - - - 6.5e-13 30 402.5 367 0.098
27 M1M2PN M1PN H 1T $ 13.0^{\rm 17.0}_{8.8} $ $ 2.7^{\rm 5.2}_{1.8} $ $ 52.79^{\rm 53.21}_{44.24} $ - - - - 4.8e-13 29.9 18.4 13 0.14
28 M1M2PN ALL L 1T $ 1.0^{\rm 2.0}_{0.4} $ $ 5.9^{\rm }_{} $ $ 51.47^{\rm 51.83}_{51.3} $ - - - - 2.9e-14 28.7 27.4 20 0.12
30 M1M2PN PN H 1T $ 0.70^{\rm0.75}_{0.67} $ $ 2.0^{\rm 2.1}_{1.9} $ $ 52.63^{\rm 52.66}_{52.61} $ - - - - 2.9e-13 29.7 157.8 126 0.029
31 M1M2PN ALL H 1T $ 0.8^{\rm0.86}_{0.75} $ $ 2.0^{\rm 2.1}_{1.9} $ $ 52.52^{\rm 52.55}_{52.49} $ - - - - 2.3e-13 29.6 182.9 154 0.056
33 M1M2 ALL H 1T $ 0.40^{\rm0.74}_{0.25} $ $ 2.6^{\rm 4.3}_{1.6} $ $ 51.48^{\rm 51.66}_{51.35} $ - - - - 2.2e-14 28.6 9 9 0.43
34 M1M2PN ALL H 1T $ 2.7^{\rm 4.3}_{1.5} $ $ 5.2^{\rm }_{} $ $ 51.61^{\rm 51.92}_{51.41} $ - - - - 3.9e-14 28.8 8 9 0.53
35 M2PN PN H 1T $ 2.8^{\rm 3.3}_{2.3} $ $ 6.0^{\rm 9.4}_{4.2} $ $ 52.4^{\rm 52.51}_{52.31} $ - - - - 2.5e-13 29.6 34.7 27 0.15
36 M1M2 ALL L 1T $ 1^{\rm 1.2}_{0.9} $ $ 3.8^{\rm 5.2}_{3.0} $ $ 52.03^{\rm 52.11}_{51.96} $ - - - - 9.3e-14 29.2 91.2 94 0.56
37 M1M2PN ALL L 1T $ 5.3^{\rm 12}_{2.3} $ $ 1.2^{\rm 2.8}_{0.5} $ $ 52.04^{\rm 53.61}_{0} $ - - - - 7.2e-14 29.1 10 8 0.27
38 M1M2PN M2 H 1T $ 6.4^{\rm 5.8}_{7.1} $ $ 4.4^{\rm 3.8}_{5.3} $ $ 52.96^{\rm 52.87}_{53.04} $ - - - - 1.1e-12 30.3 71.3 48 0.016
39 M1M2PN M1M2 H 1T $ 4.1^{\rm 5.1}_{3.1} $ $ 6.6^{\rm 25.0}_{4.1} $ $ 53.2^{\rm 52.34}_{52.08} $ - - - - 1.6e-13 29.4 14.8 14 0.39
40 M1M2PN ALL L 1T $ 10^{\rm 12}_{9} $ $ 3.7^{\rm 4.8}_{3.0} $ $ 52.73^{\rm 52.86}_{52.60} $ - - - - 4.6e-13 29.9 225.8 209 0.2
43 M2PN PN H 3T $ 0.26^{\rm0.30}_{0.24} $ $ 2.40^{\rm 2.66}_{2.17} $ $ 52.49^{\rm 52.52}_{52.46} $ $ 0.18^{\rm0.21}_{0.17} $ $ 52.21^{\rm 52.41}_{52.00}$ $ 0.61^{\rm0.64}_{0.58} $ $52.57^{\rm 52.63}_{52.52} $ 5.9e-13 30.0 284.3 245 0.02
44 M2PN ALL H 1T $ 4.5^{\rm 6.7}_{3.1} $ $ 2.8^{\rm 5.0}_{1.9} $ $ 52.24^{\rm 52.55}_{51.99} $ - - - - 1.3e-13 29.4 18 9 0.035
45 M2PN ALL L 1T $ 7.2^{\rm 23.0}_{2.7} $ $ 5.4^{\rm }_{ } $ $ 51.81^{\rm 52.99}_{0} $ - - - - 6.3e-14 29 19.5 12 0.078
46 M1M2PN PN H 1T $ 2.2^{\rm 2.3}_{2.1} $ $ 3.0^{\rm 3.2}_{2.8} $ $ 53.02^{\rm 53.05}_{53} $ - - - - 8.3e-13 30.2 251.1 203 0.012
47 M2PN ALL H 1T $ 7.4^{\rm 9.4}_{6.1} $ $ 3.9^{\rm 5.5}_{2.7} $ $ 52.71^{\rm 52.91}_{52.56} $ - - - - 4.4e-13 29.9 31 24 0.15
49 M2 ALL H 1T $ 6.5^{\rm 7.1}_{6.0} $ $ 4.5^{\rm 5.5}_{3.7} $ $ 53.65^{\rm 53.74}_{53.58} $ - - - - 4.1e-12 30.8 61.4 59 0.39
50 M2PN ALL H 1T $ 0.04^{\rm0.07}_{0.02} $ $ 0.91^{\rm0.97}_{0.75} $ $ 51.57^{\rm 51.61}_{51.52} $ - - - - 2.6e-14 28.7 21.1 19 0.33
51 M1M2PN ALL L 1T $ 11^{\rm 14}_{8} $ $ 3.8^{\rm 6.4}_{2.5} $ $ 52.31^{\rm 52.62}_{52.09} $ - - - - 1.8e-13 29.5 71.9 65 0.26
52 M2 ALL H 1T $ 3.6^{\rm 4.5}_{2.9} $ $ 2.0^{\rm 2.6}_{1.6} $ $ 52.96^{\rm 53.15}_{52.80} $ - - - - 6.3e-13 30 15 8 0.059
53 M1M2PN PN H 3T $ 0.090^{\rm0.100}_{0.087} $ $ 0.41^{\rm0.42}_{0.40} $ $ 52.98^{\rm 53.03}_{52.93} $ $ 3.5^{\rm 4.3}_{3.1} $ $ 52.50^{\rm 52.55}_{52.40} $ $ 0.91^{\rm0.94}_{0.88} $ $ 52.94^{\rm 52.99}_{52.9} $ 8e-13 30.1 587.8 433 1e-06
54 M1M2PN M1PN H 1T+3T $ 3.5^{\rm 4.3}_{2.9} $ $ 2.5^{\rm 3.3}_{2.0} $ $ 52.26^{\rm 52.41}_{52.11} $ - - - - 1.3e-13 29.4 29.9 33 0.62
55 M1M2PN PN L 1T $ 3.4^{\rm 3.6}_{3.2} $ $ 2.8^{\rm 3.0}_{2.5} $ $ 52.98^{\rm 53.04}_{52.95} $ - - - - 7.4e-13 30.1 509.2 531 0.74
56 M2PN ALL H 1T $ 8.2^{\rm 9.4}_{7.1} $ $ 5.8^{\rm 8.1}_{4.5} $ $ 52.81^{\rm 52.91}_{52.72} $ - - - - 6.4e-13 30 53.2 37 0.041
57 M2PN ALL H 1T $ 0.29^{\rm0.39}_{0.22} $ $ 1.6^{\rm 1.9}_{1.3} $ $ 51.42^{\rm 51.5}_{51.34} $ - - - - 1.7e-14 28.5 6.8 9 0.66
59 M2PN ALL H 1T $ 2.6^{\rm 3.1}_{2.1} $ $ 5.2^{\rm 9.1}_{3.8} $ $ 52.39^{\rm 52.49}_{52.28} $ - - - - 2.4e-13 29.6 25.7 22 0.26
60 M1M2PN M2PN H 1T $ 3.3^{\rm 3.4}_{3.1} $ $ 4.3^{\rm 4.7}_{4.0} $ $ 53.01^{\rm 53.04}_{52.98} $ - - - - 9.2e-13 30.2 164.6 165 0.5
61 M1M2PN PN L 2NH $ 2.5^{\rm 3.2}_{2.1} $ $ 1.8^{\rm 2.4}_{1.4} $ $ 52.33^{\rm 52.5}_{52.19} $ - - - - 1.4e-13 29.4 41.5 51 0.83
62 M1M2PN PN L 1T $ 4.4^{\rm 4.6}_{4.3} $ $ 3.2^{\rm 3.3}_{3.0} $ $ 53.29^{\rm 53.32}_{53.26} $ - - - - 1.6e-12 30.4 835.5 854 0.67
63 M2PN ALL H 1T $ 0.75^{\rm0.89}_{0.65} $ $ 2.7^{\rm 3.3}_{2.2} $ $ 52.17^{\rm 52.24}_{52.12} $ - - - - 1.1e-13 29.3 48 34 0.057
64 M1M2PN PN H 1T $ 7.2^{\rm 7.4}_{7} $ $ 5.8^{\rm 6.2}_{5.4} $ $ 53.4^{\rm 53.42}_{53.37} $ - - - - 2.5e-12 30.6 393.2 354 0.074
65 M2 ALL L 1T $ 1.0^{\rm 1.9}_{0.3} $ $ 4.8^{\rm }_{ } $ $ 51.61^{\rm 52}_{51.36} $ - - - - 3.8e-14 28.8 4.3 4 0.36
66 M2PN M2 H 1T $ \sim 0 $ $ 0.6^{\rm0.74}_{0.47} $ $ 51.3^{\rm 51.43}_{51.23} $ - - - - 1.4e-14 28.4 5 4 0.29
67 M1M2PN PN L 1T $ 6.1^{\rm 9.5}_{4.4} $ $ 6.6^{\rm 14.0}_{3.7} $ $ 51.82^{\rm 52.07}_{51.67} $ - - - - 6.8e-14 29.1 38.3 25 0.043
68 M2 M2 H 1T $ 1.9^{\rm 2.8}_{1.3} $ $ 2.2^{\rm 4.1}_{1.3} $ $ 52.3^{\rm 52.57}_{52.06} $ - - - - 1.4e-13 29.4 0.1 3 0.99
69 M2PN ALL H 1T $ 6.3^{\rm 7.4}_{5.6} $ $ 5.0^{\rm 6.5}_{3.8} $ $ 52.64^{\rm 52.76}_{52.56} $ - - - - 4.2e-13 29.9 53.7 36 0.029
71 M1M2PN ALL H 1T $ 0.81^{\rm0.85}_{0.77} $ $ 2.7^{\rm 2.9}_{2.5} $ $ 52.67^{\rm 52.69}_{52.65} $ - - - - 3.5e-13 29.8 220.2 197 0.12
72 M2PN ALL H 1T $ 0.82^{\rm 1.1}_{0.63} $ $ 2.2^{\rm 3.0}_{1.6} $ $ 51.9^{\rm 52.03}_{51.8} $ - - - - 5.6e-14 29 10.2 14 0.75
75 M2PN ALL H 1T $ 1.9^{\rm 2.2}_{1.7} $ $ 3.2^{\rm 3.9}_{2.6} $ $ 52.35^{\rm 52.43}_{52.28} $ - - - - 1.8e-13 29.5 35.2 30 0.24
76 M2PN ALL H 1T $ 2.1^{\rm 2.4}_{1.8} $ $ 3.0^{\rm 3.8}_{2.4} $ $ 52.39^{\rm 52.48}_{52.31} $ - - - - 1.9e-13 29.5 28 29 0.52
77 M1M2PN M1M2 H 2T $ 1.9^{\rm 2.0}_{1.8} $ $ 0.74^{\rm0.86}_{0.63} $ $ 53.22^{\rm 53.35}_{53.09} $ $ 3.0^{\rm 3.3}_{2.7} $ $ 53.08^{\rm 53.13}_{53} $ - - 2.1e-12 30.6 270.6 253 0.21
78 M1M2PN M1M2 H 1T $ 0.32^{\rm0.45}_{0.23} $ $ 2.6^{\rm 3.7}_{2.0} $ $ 51.65^{\rm 51.73}_{51.56} $ - - - - 3.3e-14 28.8 12.3 10 0.27
79 M1M2PN ALL L 1T $ 1.0^{\rm 1.1}_{0.9} $ $ 0.7^{\rm0.8}_{0.6} $ $ 52.03^{\rm 52.13}_{51.91} $ - - - - 7.7e-14 29.1 91.9 82 0.21
80 M1M2PN M2 L 1T $ 2.6^{\rm 3.3}_{2.0} $ $ 3.7^{\rm 6.4}_{2.5} $ $ 52.14^{\rm 52.29}_{51.98} $ - - - - 1.2e-13 29.3 24.2 29 0.72
81 M2PN ALL H 1T $ 1.3^{\rm 1.6}_{1.0} $ $ 2.1^{\rm 3.0}_{1.5} $ $ 52.14^{\rm 52.29}_{52} $ - - - - 9.5e-14 29.2 15.5 12 0.21
82 M1M2PN ALL H 1T $ 1.6^{\rm 1.7}_{1.6} $ $ 2.7^{\rm 2.9}_{2.6} $ $ 52.86^{\rm 52.89}_{52.83} $ - - - - 5.5e-13 30 291.4 239 0.012
83 M1M2PN M2PN H 1T $ 0.7^{\rm0.9}_{0.6} $ $ 3.2^{\rm 4.7}_{2.3} $ $ 51.78^{\rm 51.87}_{51.69} $ - - - - 4.8e-14 28.9 17.9 15 0.27
84 M1M2PN ALL H 1T $ 4.5^{\rm }_{ } $ $ 27^{\rm }_{ } $ $ 51.88^{\rm }_{ } $ - - - - 8.4e-14 29.2 31 14 0.0055
85 M1M2PN PN H 1T $ 2.5^{\rm 3.2}_{2.1} $ >10 $ 52.19^{\rm 52.24}_{52.15} $ - - - - 1.7e-13 29.5 17.7 19 0.55
86 M1M2PN M1M2 H 2T $ 1.7^{\rm 1.8}_{1.6} $ $ 0.95^{\rm 1.20}_{0.68} $ $ 52.75^{\rm 52.96}_{52.45} $ $ 3.0^{\rm 3.2}_{2.8} $ $ 53.28^{\rm 53.31}_{53.20} $ - - 1.9e-12 30.5 379.4 322 0.15
87 M1M2PN M1 H 1T $ 3^{\rm 3.4}_{2.7} $ $ 3.8^{\rm 4.6}_{3.2} $ $ 52.86^{\rm 52.94}_{52.79} $ - - - - 6.3e-13 30 40.4 37 0.32
88 M1M2PN ALL L 1T $ 4.6^{\rm 46}_{1.6} $ >10 $ 51.38^{\rm 54.28}_{51.14} $ - - - - 2.7e-14 28.7 5.5 6 0.48
91 M2PN PN L 1T $ 4.5^{\rm 5.5}_{3.1} $ >10 $ 52.25^{\rm 52.34}_{52.18} $ - - - - 2e-13 29.5 48.5 45 0.33
92 M1M2PN ALL L 1T $ 2.0^{\rm 3.3}_{1.3} $ 17 $ 51.60^{\rm 51.81}_{51.52} $ - - - - 4.5e-14 28.9 21.8 27 0.75
93 M1M2PN ALL H 1T $ 1.8^{\rm 2.0}_{1.6} $ $ 3.9^{\rm 4.8}_{3.2} $ $ 52.27^{\rm 52.34}_{52.21} $ - - - - 1.6e-13 29.4 48.8 42 0.22
94 M1M2PN ALL L 1T $ 1.8^{\rm 2.6}_{1.3} $ >10 $ 51.70^{\rm 51.77}_{51.59} $ - - - - 4.8e-14 28.9 52.8 32 0.012
95 M2PN ALL L 1T $ 3.6^{\rm 7.0}_{2.0} $ >10 $ 51.75^{\rm 52.19}_{51.59} $ - - - - 5.4e-14 29 21.6 16 0.16
96 M1M2PN ALL L 1T $ 2.5^{\rm 12.0}_{0.3} $ 4.2 $ 51.33^{\rm 53.47}_{0} $ - - - - 1.9e-14 28.5 0.6 3 0.9
97 M2PN ALL L 1T $ 19^{\rm 39}_{6} $ 2.5 $ 52.49^{\rm 53.88}_{0} $ - - - - 2.3e-13 29.6 2 6 0.92
98 M1M2PN ALL H 1T $ 1.5^{\rm 1.6}_{1.4} $ $ 2.2^{\rm 2.4}_{2.0} $ $ 52.57^{\rm 52.62}_{52.53} $ - - - - 2.6e-13 29.7 83.2 75 0.24
99 M1M2PN M1 H 2T $ 0.9^{\rm 1}_{0.8} $ $ 0.8^{\rm 4.6}_{3.2} $ $ 53.02^{\rm 53.23}_{52.79} $ $ 0.77^{\rm0.89}_{0.69} $ $ 53.43^{\rm 53.45}_{53.41} $ - - 3e-12 30.7 245.8 209 0.041
100 M1M2PN ALL H 1T $ 0.19^{\rm0.29}_{0.09} $ $ 3.1^{\rm 7.4}_{1.9} $ $ 51.14^{\rm 51.24}_{51.02} $ - - - - 1.1e-14 28.3 2.8 8 0.95
101 M1M2PN ALL L 1T $ 1.5^{\rm 1.6}_{1.4} $ $ 2.6^{\rm 2.9}_{2.4} $ $ 52.72^{\rm 52.76}_{52.68} $ - - - - 3.9e-13 29.8 443.7 474 0.84
102 M1M2PN ALL H 2T $ 0.47^{\rm0.57}_{0.42} $ $ 0.7^{\rm 7.4}_{1.9} $ $ 52.04^{\rm 52.16}_{51.93} $ $ 0.73^{\rm0.80}_{0.58} $ $ 52.20^{\rm 52.26}_{52.15} $ - - 1.9e-13 29.5 127.7 100 0.032
104 M1M2PN ALL L 1T $ 0.9^{\rm 2.0}_{0.5} $ >10 $ 51.47^{\rm 51.58}_{51.27} $ - - - - 2.8e-14 28.7 15.8 12 0.2
105 M1M2PN ALL L 1T $ 2.6^{\rm 2.7}_{2.5} $ $ 5.9^{\rm 6.4}_{5.5} $ $ 53.36^{\rm 53.38}_{53.34} $ - - - - 2.3e-12 30.6 1521.9 1391 0.0078
106 M1M2PN ALL L 1T $ 1.2^{\rm 1.5}_{1..0} $ $ 3.3^{\rm 4.4}_{2.6} $ $ 52.13^{\rm 52.22}_{52.05} $ - - - - 1.1e-13 29.3 121 107 0.17
107 M1 ALL L 1T $ 1.5^{\rm 4.2}_{0.4} $ 2.2 $ 51.75^{\rm 52.47}_{0} $ - - - - 4e-14 28.8 0.6 2 0.76
108 M1M2 ALL H 1T $ 5.3^{\rm 10.0}_{2.4} $ $ 3.9^{\rm0}_{1.6} $ $ 52.17^{\rm 52.79}_{0} $ - - - - 1.3e-13 29.4 4.4 5 0.5
109 M1M2PN ALL L 1T $ 0.27^{\rm 1.40}_{0.01} $ 8.7 $ 51.05^{\rm 51.69}_{50.84} $ - - - - 1.2e-14 28.3 6.2 7 0.52
110 M1M2 ALL L 1T $ 1.4^{\rm 3.1}_{0.5} $ 9.1 $ 51.51^{\rm 51.89}_{51.33} $ - - - - 3.5e-14 28.8 5 6 0.54

Notes. Source 38 (Elias 29): Fit with variable abundance ( $Z/Z_{\rm COUP} = 3.2 \sim Z_\odot$).
Source 53 (Sr12A):P $(\chi^2 > \chi^2_0)$ is low but the overall spectrum shape is well modeled with 3 thermal components. Abundance was a free parameter: $Z= 0.3 Z_{\rm COUP}$
Source 54: spectrum contamination from source nr. 53, see Sect. 3.2.2 for details.
Source 61: the best fit model is the sum of two differently absorbed APEC models, the parameters in the table refer to the hot component. The soft component has parameters: $N_{\rm H} = 3_0^{34} \times 10^{20}$ cm-2, kT = 0.470.230.67, $\log$ E.M. = 50.4750.2451.28 cm-3, absorbed flux: f$_{\rm X}$ (0.3-10. keV band) $= 1.67\times 10^{-15}$ erg cm-2 s-1, unabsorbed flux: $f_{\rm X}$ (0.3-10. keV band) $= 1.99\times 10^{-15}$ erg cm-2 s-1, unabsorbed luminosity: $L_{\rm X} = 3.4\times10^{27}$ erg s-1.


Source LaTeX | All tables | In the text

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