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Table 1

Details of the X-ray sources with IRAC counterpart found in this analysis presented in three panels.

       
PID z F X L X Γ KT model IRpl class     PID z F X L X Γ KT model IRpl class     PID z F X L X Γ KT model IRpl class
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11)     (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11)     (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11)
       
2 1.622 9.89 195.68 – – A ✓ 0.02−0.17 u     116 3.53 4.91 475.68 – E ✓ 22−38 a     234 0.952 3.11 12.45 – C ✗ 0.91−1.2 −
3 1.59 4.20 64.01 – C ✗ 7−11 a     118 1.609 8.60 172.30 – C ✓ 2.1−2.7 a     237 0.620 4.10 6.09 – – A ✗ ≥ 0.24 −
6 0.526 9.15 8.48 – B ✓ ≤ 0.04 u     120 3.591 3.31 217.70 – – A ✗ 1.3−2.4 a     244 1.260 4.45 37.87 – – A ✗ 0.054−0.18 u
13 1.05 4.19 16.42 – C ✗ 0.63−1.10 −     123 1.43 2.93 29.43 – C ✗ 1.8−3.0 a     245 1.864 1.01 6.88 ≤ 1.52 – C ✗ 41−150 a
19 0.662 6.00 10.16 – C ✗ 1−3 a     124 0.35 1.39 0.53 – – A ✗ ≥ 0.24 −     248 0.922 0.77 2.39 – – A ✗ 0.18−0.53 −
21 1.156 3.68 22.15 – C ✗ 1−6 a     130 1.628 13.44 212.81 – – A ✓ ≤ 0.04 u     249 0.738 7.35 18.99 – B ✗ ≥ 0.24 −
24 1.368 2.67 34.46 – C ✗ 20−50 a     133 0.671 2.06 3.62 – – A ✗ ≤ 0.08 u     262 1.621 8.61 134.48 – – A ✓ ≤ 0.04 u
26 3.198 2.73 239.94 – C ✓ 28−70 a     134 1.609 16.81 224.82 – – A ✓ ≤ 0.05 u     265 0.665 3.89 5.80 – B ✗ 0.09−0.18 u
30 1.94 9.86 204.64 – C ✗ 400−1400 a     137 0.751 1.82 6.00 D ✗ 2.3−5.2 a     269 1.76 4.74 66.75 – C ✓ 1.9−2.8 a
31 2.583 7.67 176.62 – – A ✓ 3−7 a     138 1.220 3.44 23.26 – – A ✗ ≤ 0.08 u     273 0.733 4.97 11.38 – – A ✗ ≤ 0.008 u
33 1.843 35.02 637.08 – B ✓ 2−4 a     142 1.38 3.19 19.82 – C ✗ 13−26 a     277 1.323 6.71 69.56 – – A ✗ ≤ 0.06 u
34 1.63 1.13 9.08 1.9† – C ✓ 500−1200 a     144 3.700 0.93 5592.82 ≤ 4 D ✓ 170−350 a     281 1.26 8.42 69.26 – C ✗ 0.80−0.92 −
37 0.624 3.75 10.21 1.9† – C ✗ 10−30 a     146 0.122 8.24 0.33 – C ✗ 1.5−2.1 a     283 2.291 4.46 147.98 – C ✓ 13−24 a
38 1.598 9.37 129.04 – – A ✓ ≥ 0.24 −     147 1.536 5.85 58.53 – C ✗ 27−100 a     284 0.566 4.51 4.80 – B ✗ − −
40 0.512 4.58 4.43 – – A ✗ 0.02−0.11 u     151 1.51 7.31 74.73 – C ✓ 3.4−5.1 a     285 2.072 3.58 101.20 – – A ✗ ≥ 0.24 −
42 0.619 3.01 4.71 – C ✗ 0.05−0.38 u     155 0.732 3.23 6.39 – C ✗ 17−44 a     289 0.607 11.70 12.87 – E ✗ 0.97−1.30 −
43 1.167 3.89 24.80 – – A ✗ ≤ 0.05 u     158 2.394 4.54 141.01 – C ✓ 16−30 a     291 1.215 3.30 26.54 – C ✓ 28−77 a
44 1.51 3.45 22.13 – – A ✗ ≥ 0.03 −     161 0.686 7.71 17.00 – E ✗ 5.0−9.5 a     297 1.44 7.54 118.57 – C ✓ 20−46 a
45 0.717 4.23 7.67 – – A ✗ 0.10−0.24 u     165 1.016 4.22 17.69 D ✗ 7.0−14 a     301 0.665 2.25 3.72 – – A ✗ 0.07−0.20 u
48 0.298 42.64 11.94 D ✗ 4.6−5.7 a     166 1.36 1.90 36.06 – C ✗ 19−51 a     305 0.467 28.99 20.75 D ✓ 1.2−2.2 a
49 2.298 4.55 103.95 – C ✓ 1.6−5.7 a     173 1.920 4.78 100.08 – – A ✗ ≤ 0.24 u     307 0.857 5.53 16.76 – C ✗ 0.9−1.2 −
50 1.218 3.65 26.88 – C ✗ 1.2−3.4 a     174 1.581 13.85 180.35 – – A ✗ ≥ 0.24 −     308 0.736 13.52 30.09 – – A ✗ 0.01−0.06 u
57 2.571 2.71 184.29 – – A ✓ ≤ 0.08 u     175 1.52 5.04 57.70 – C ✓ 17−34 a     310 0.668 10.21 20.66 – E ✓ 5.6−8.4 a
60 1.049 3.78 17.66 – C ✗ 2.8−6.0 a     178 1.380 1.24 19.47 – C ✓ 0.92−1.3 −     311 2.091 9.34 211.98 – C ✓ 5.1−7.8 a
62 2.561 6.51 369.28 – B ✓ 14−48 a     180 3.064 5.43 376.04 – C ✓ 65−110 a     312 1.406 7.44 65.37 – E ✓ 2.0−4.4 a
64 3.34 6.75 327.35 – C ✓ 39−110 a     182 1.034 4.96 22.11 – – A ✗ ≤ 0.007 u     315 0.534 2.83 2.91 – – A ✗ ≥ 0.24 −
66 1.185 6.25 112.48 – C ✗ 43−280 a     185 0.735 1.65 4.03 – C ✗ 0.49−2.71 −     318 0.663 6.12 11.30 – B ✗ ≥ 0.24 −
68 2.005 6.99 173.27 – – A ✗ ≥ 0.3 −     190 3.10 3.75 204.51 – C ✗ 2.0−3.0 a     319 0.742 80.80 189.17 – B ✓ ≥ 0.24 −
71 0.494 3.99 4.53 D ✓ 2.2−4.1 a     191 0.821 6.07 14.90 – – A ✗ 0.04−0.19 u     320 0.735 3.69 4.64 ≤ 1.87 – C ✗ 17−80 a
72 0.839 3.31 11.09 – C ✗ 1.0−2.0 a     194 2.838 3.64 219.13 – C ✓ 22−35 a     321 0.733 5.77 8.18 – – A ✗ ≥ 0.24 −
78 0.737 17.06 44.77 – C ✗ 12−20 a     197 0.667 1.62 2.48 – C ✗ 0.7−1.1 −     323 0.181 2.95 0.25 – – A ✗ ≤ 0.03 u
81 1.887 17.70 311.20 – B ✓ ≥ 0.24 −     198 0.860 5.82 32.79 – C ✗ 14−24 a     324 1.222 2.32 7.63 – – A ✓ 3−11 a
84 2.561 2.44 88.87 – C ✗ 8.0−23 a     200 2.567 10.00 455.99 – B ✓ ≥ 0.94 −     326 1.089 2.80 17.57 1.9† – – C ✓ 1.0−1.9 a
89 1.271 5 × 10-4 0.009 – C ✓ 16−26 a     201 2.713 3.07 164.74 – – A ✓ ≥ 0.41 −     330 2.208 5.11 132.73 – C ✗ 0.8−1.3 −
92 3.42 1.15 176.05 – C ✗ 11−30 a     203 0.544 78.64 87.31 – – A ✓ ≥ 0.24 −     337 0.837 25.94 84.93 – B ✓ ≥ 0.24 −
93 2.81 2.48 122.41 – C ✓ 8.4−33 a     204 0.599 4.11 20.06 – C ✗ 34−65 a     338 1.27 11.04 55.82 – C ✓ 1.4−4.4 a
95 1.17 5.29 71.49 – C ✗ 46−77 a     210 3.193 1.22 115.02 – C ✗ 2−14 a     341 1.324 10.53 144.78 – – A ✓ ≥ 0.24 −
96 0.88 3.08 8.56 – – A ✗ 0.33−0.88 u     211 2.612 3.66 122.21 – C ✓ 2.3−6.7 a     344 1.512 18.92 206.39 – E ✗ 7.1−9.5 a
97 2.73 0.99 133.75 – C ✗ 24−65 a     213 2.202 3.04 35.26 – – A ✗ 3.8−7.4 a     345 1.235 6.91 69.43 – – A ✗ ≥ 0.24 −
98 3.00 2.38 119.75 – C ✓ 2.0−11 a     214 1.499 15.36 124.88 D ✗ 31−47 a     358 0.976 68.91 267.86 D ✓ 12−14 a
102 1.57 0.81 12.55 ≤ 4 – E ✓ 4.8−27 a     219 2.308 1.68 63.03 – B ✓ ≥ 0.24 −     359 1.574 34.95 428.02 – – A ✓ ≥ 0.24 −
103 2.03 9.41 231.52 – C ✓ 2.6−4.1 a     221 1.220 2.97 57.61 D ✗ 38−79 a     361 0.977 20.00 89.39 – – A ✓ ≥ 0.24 −
106 0.667 2.33 51.20 1.9† – C ✗ 6.6−19 a     222 0.424 2.87 1.93 1.9† – C ✗ 0.19−0.46 u     366 2.34 3.27 73.65 – – A ✓ 1.8−3.1 a
107 0.665 6.05 9.73 – C ✗ 0.57−0.99 u     227 0.834 8.81 30.39 D ✗ 1.2−1.5 a     374 1.041 13.20 58.81 – C ✗ 9−18 a
108 2.562 2.99 109.99 – C ✓ 20−42 a     228 1.216 2.84 21.25 – C ✓ 1.9−3.6 a     375 1.350 4.34 49.77 – B ✓ − −
109 0.679 3.48 29.01 – C ✗ 40−71 a     230 0.520 2.16 2.13 – C ✗ 0.8−1.2 −     382 0.527 46.04 50.58 D ✗ 0.18−0.28 u
111 1.097 11.03 72.33 – E ✗ 23−36 a     231 1.730 2.92 33.05 – C ✓ 7.7−22 a     385 1.220 7.46 36.03 – C ✗ 1.5−4.3 a
113 0.738 1.69 4.20 – C ✓ 2.8−4.6 a     232 1.620 2.58 34.80 – – A ✗ ≤ 0.09 u     388 0.605 4.24 5.44 – – A ✗ ≥ 0.24 −
114 1.806 5.54 15.74 ≤ 5 – – A ✓ 22−120 a     233 1.615 5.67 75.77 D ✓ 14−32 a     390 1.118 6.30 41.36 – – A ✗ ≥ 0.24 −

Notes. Column (1) is the identification number of X-ray sources listed in Ranalli et al. (in prep.); Col. (2) is the redshift of the source (rounded to two (photometric) or three (spectroscopic) decimal); Col. (3) gives the observed 2–10 keV flux of the source in units of 10-15 erg/s/cm2; Col. (4) gives the unabsorbed rest-frame 2–10 keV luminosity of the source using the best fit model in units of 1042 erg/s; Col. (5) is the X-ray photon index, Γ, where † indicates that the index was frozen in the fit; Col. (6) is the intrinsic column density NH measured from the best fit model in Col. (8) in units 1022 cm-2; Col. (7) gives the electron temperature for the soft Comptonisation component in units of keV; Col. (8) is the best-fitting model for the spectrum as described in Sect. 3.1, see also Table 3; Col. (9) is a tick to denote whether the sources is classified as IR power-law or IR no-power-law galaxy; (10) 1σ confidence interval on the intrinsic column density measured using models C, D, E in units of 1022 cm-2 (see Sect. 5); (11) classification of the source as absorbed, unabsorbed and unclassified as a, u and −, respectively (see Sect. 5).

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