Äîêóìåíò âçÿò èç êýøà ïîèñêîâîé ìàøèíû. Àäðåñ îðèãèíàëüíîãî äîêóìåíòà : http://hea-www.harvard.edu/QEDT/Papers/crssiii_tabs.ps Äàòà èçìåíåíèÿ: Thu Jan 11 17:55:25 1996 Äàòà èíäåêñèðîâàíèÿ: Tue Oct 2 00:58:18 2012 Êîäèðîâêà: Ïîèñêîâûå ñëîâà: ï ï ï ï ï ï ï ï ï ï ï ï ï ï

Table 1 : Radio data of the CRSS sample
SOURCE TYPE 1 z RADIO S 1:475GHz ff ox
POSITION (mJy) ff ro
(R.A. 2000)
(DEC 2000)
CRSS0007.3+2042 Q 0.769 !1.75 1.55
!0.17
CRSS0007.7+2050 Q 1.396 !1.20 1.33
!0.28
CRSS0008.0+2043 Q 1.381 !0.65 1.73
!0.02
CRSS0008.4+2034 Q 0.389 00 h 08 m 26.54 s 1.22 1.64
+20 ffi 34 0 33.6 00 0.00
CRSS0008.4+2042 Q 1.710 !0.50 1.53
!0.14
CRSS0008.6+2045 Q 0.752 !0.50 1.34
!0.21
CRSS0009.0+2041 N 0.189 !0.50 1.23
!0.28
CRSS0029.7+2603 Q 1.094 !1.20 1.60
!0.17
CRSS0030.2+2611 N 0.077 00 h 30 m 17.38 s 1.23 2.15
+26 ffi 11 0 39.2 00 ­0.04
CRSS0030.6+2620 Q 0.492 !0.45 1.58
!­0.04
CRSS0030.7+2616 N 0.246 !0.45 1.11
!0.32
CRSS0030.8+2628 Q 1.372 !0.70 1.47
!0.15
CRSS1406.7+2827 Q 0.878 !0.40 1.46
!0.18
CRSS1406.7+2838 N 0.331 !0.55 1.16
!0.32
CRSS1407.3+2818 Q 1.121 !0.65 1.53
!0.01
CRSS1407.3+2814 Q 0.728 !0.75 1.22
!0.29
CRSS1407.6+2825 Q 1.222 !0.50 1.77
!0.13
CRSS1407.7+2830 Q 0.642 !0.70 1.24
!0.10
CRSS1407.7+2824 Q 1.127 !0.70 1.19
!0.28
CRSS1412.5+4355 N 0.094 !0.60 1.63
!­0.04
CRSS1413.3+4405 N 0.136 !0.30 1.00
!0.28
CRSS1413.4+4358 Q 0.950 14 h 13 m 29.01 s 0.45 1.48
+43 ffi 58 0 07.2 00 0.16
CRSS1413.8+4406 Q 0.978 14 h 13 m 48.25 s 0.44 1.08
+44 ffi 06 0 47.1 00 0.29
CRSS1413.8+4402 Q 1.347 !0.30 1.16
!0.26
CRSS1414.2+4354 Q 1.197 !0.50 1.44
!0.13

Table 1 :Continued
SOURCE TYPE 1 z RADIO S 1:475GHz ff ox
POSITION (mJy) ff ro
(R.A. 2000)
(DEC 2000)
CRSS1415.0+4402 N 0.136 !0.60 1.08
!0.33
CRSS1415.0+1119 Q 0.538 !0.95 1.35
!0.21
CRSS1415.1+1140 Q 2.353 !1.05 1.47
!0.19
CRSS1415.2+1123 Q 1.230 !0.70 1.53
!0.17
CRSS1415.5+1127 Q 1.412 !0.65 1.25
!0.28
CRSS1415.5+1131 Q 0.256 !0.65 1.23
!0.17
CRSS1415.5+1128 Q 0.359 !0.65 1.56
!0.31
CRSS1415.7+1116 Q 1.257 !1.10 1.63
!0.16
CRSS1416.2+1131 Q 1.429 !0.95 1.41
!0.32
CRSS1416.3+1124 Q 1.673 !1.10 1.37
!0.28
CRSS1418.3+0637 Q 0.328 !25.0 1.84
!0.29
CRSS1419.2+5429 Q 0.722 !0.65 1.47
!0.17
CRSS1419.3+5424 Q 0.785 !0.70 1.53
!0.22
CRSS1419.8+5433 Q 0.367 !0.70 1.25
!0.28
CRSS1419.9+5430 Q 2.257 !0.65 1.68
!0.01
CRSS1420.1+5426 Q 0.583 !0.70 1.26
!0.20
CRSS1428.3+4231 ? Q 2.170 !1.15 1.78
!0.08
CRSS1429.0+0122 Q 0.416 !0.25 1.45
!0.11
CRSS1429.0+0120 N 0.102 !0.30 2.00
!­0.01
CRSS1429.1+0128 Q 1.131 !0.25 1.24
!0.19
CRSS1429.2+0120 Q 1.127 !0.30 1.60
!0.03
CRSS1429.7+4240 ? Q 1.672 !2.40 1.71
!0.03
CRSS1514.4+5627 N 0.446 !2.50 1.29
!0.34
CRSS1514.7+3641 Q 1.219 !5.80 1.31
!0.35
CRSS1515.0+3657 Q 0.253 !3.05 1.17
!0.34

Table 1 :Continued
SOURCE TYPE 1 z RADIO S 1:475GHz ff ox
POSITION (mJy) ff ro
(R.A. 2000)
(DEC 2000)
CRSS1515.1+5628 Q 0.723 !1.15 1.33
!0.23
CRSS1515.4+3652 Q 0.893 !3.05 1.20
!0.35
CRSS1515.5+3655 Q 0.812 !3.05 1.34
!0.27
CRSS1515.7+5610 Q 0.296 !0.50 1.34
!0.18
CRSS1516.3+5611 Q 1.167 !0.50 1.44
!0.20
CRSS1517.0+5623 Q 0.434 !0.50 1.25
!0.19
CRSS1545.4+4838 Q 0.937 !1.00 1.27
!0.28
CRSS1545.5+4858 Q 0.666 !0.70 1.60
!0.16
CRSS1545.5+4847 Q 1.403 !0.60 1.62
!0.16
CRSS1545.9+4849 Q 0.154 !0.60 1.24
!0.24
CRSS1604.8+2549 Q 0.426 !0.90 1.55
!0.28
CRSS1605.2+2541 Q 1.071 !0.70 1.56
!0.10
CRSS1605.6+2543 N 0.278 !0.60 1.38
!0.19
CRSS1605.9+2554 N 0.151 !0.65 1.41
!0.23
CRSS1606.6+2542 Q 1.436 !0.85 1.58
!0.12
CRSS1618.4+0558 Q 0.406 !0.80 1.36
!0.23
CRSS1620.1+1724 \Pi Q 0.114 1.09 \Pi 1.45
­0.16
CRSS1653.3+3951 Q 0.692 !0.50 1.19
!0.20
CRSS1654.5+3954 Q 0.340 !0.85 1.26
!0.15
CRSS1704.1+6047 ffl Q 1.361 !3.20 1.60
!0.16
CRSS1705.3+6049 N 0.572 !0.60 1.10
!0.30
CRSS1705.3+6044 ffl Q 1.416 !3.20 1.52
!0.25
CRSS1705.4+6031 ffl Q 0.375 !5.75 1.56
!0.22
CRSS1705.5+6042 ffl Q 0.280 17 h 05 m 34.74 s 4.40 0.98
+60 ffi 42 0 16.3 00 0.35
CRSS1706.4+6042 ffl Q 1.142 !5.05 1.68
!0.25

Table 1 :Continued
SOURCE TYPE 1 z RADIO S 1:475GHz ff ox
POSITION (mJy) ff ro
(R.A. 2000)
(DEC 2000)
CRSS2235.3+1340 Q 1.021 !0.75 1.25
!0.18
CRSS2250.0+1407 Q 1.159 22 h 50 m 01.18 s 6.86 1.19
+14 ffi 07 0 39.6 00 0.43
CRSS2251.0+1418 Q 0.962 !2.50 1.45
!0.21
CRSS2324.7+2315 Q 1.828 !0.75 1.72
!0.10
CRSS2324.8+2321 Q 0.447 !0.75 1.35
!0.17
1 TYPE : Q = QSO ; N = Narrow Emission Line X­ray Galaxies
? Data at 1.464 GHz from the VLA Archive (code : AM330 , see x2 for more details)
\Pi Radio flux at 5 GHz from Kellermann et al. (1989)
ffl Data at 1.477 GHz from the VLA Archive (code : AL146 , see x2 for more details)

Table 2 : X­ray Luminosity Function Models
Model q 0 fl 1 fl 2 logL \Lambda
X (0) y k \Phi \Lambda
X
z PKS V e =V a N obj Surveys Used
A ­ RL 0.0 0.48\Sigma0.25 3.17\Sigma0.20 44.14\Sigma0.18 2.79\Sigma0.26 0.02 0.24 0.77\Sigma0.04 43 EMSS
A ­ RQ 0.0 1.76\Sigma0.15 3.50\Sigma0.12 43.91\Sigma0.18 2.53\Sigma0.10 0.49 0.08 0.60\Sigma0.02 363 EMSS
B ­ RL 0.5 0.84\Sigma0.25 3.12\Sigma0.20 44.11\Sigma0.18 2.55\Sigma0.26 0.03 0.16 0.79\Sigma0.04 43 EMSS
B ­ RQ 0.5 1.83\Sigma0.15 3.84\Sigma0.12 44.06\Sigma0.18 2.23\Sigma0.10 0.45 0.10 0.60\Sigma0.02 363 EMSS
C ­ RL 0.0 0.80\Sigma0.22 3.03\Sigma0.20 44.27\Sigma0.18 2.43\Sigma0.26 0.02 0.21 0.75\Sigma0.04 45 EMSS + CRSS
C ­ RQ 0.0 1.82\Sigma0.15 3.70\Sigma0.10 43.95\Sigma0.15 2.71\Sigma0.10 0.46 0.17 0.64\Sigma0.01 440 EMSS + CRSS
C ? RL 0.0 1.22\Sigma0.22 3.73\Sigma0.20 44.35\Sigma0.18 2.84\Sigma0.26 0.02 0.22 0.75\Sigma0.04 45 EMSS + CRSS
C ?? RL 0.0 1.65\Sigma0.22 3.66\Sigma0.20 44.38\Sigma0.18 2.75\Sigma0.26 0.02 0.05 0.77\Sigma0.04 45 EMSS + CRSS
D ­ RL 0.5 0.10\Sigma0.22 3.01\Sigma0.20 44.09\Sigma0.18 2.33\Sigma0.26 0.03 0.15 0.77\Sigma0.04 45 EMSS + CRSS
D ­ RQ 0.5 1.87\Sigma0.15 3.79\Sigma0.10 44.01\Sigma0.15 2.30\Sigma0.10 0.49 0.13 0.65\Sigma0.01 440 EMSS + CRSS
E ­ RL 0.0 1.45\Sigma0.25 3.26\Sigma0.20 44.47\Sigma0.18 2.44\Sigma0.26 0.02 0.47 0.72\Sigma0.04 51 EMSS a + CRSS a
E ­ RQ 0.0 1.79\Sigma0.15 3.66\Sigma0.10 43.89\Sigma0.15 2.76\Sigma0.10 0.49 0.10 0.64\Sigma0.01 434 EMSS a + CRSS a
E 0 ­ RL 0.0 1.65\Sigma0.15 3.56\Sigma0.15 43.95\Sigma0.15 2.98\Sigma0.20 0.17 0.01 0.79\Sigma0.02 195 EMSS b + CRSS b
E 0 ­ RQ 0.0 1.91\Sigma0.15 3.72\Sigma0.15 44.09\Sigma0.15 2.34\Sigma0.20 0.28 0.01 0.56\Sigma0.02 290 EMSS b + CRSS b
F ­ RL 0.0 ­1.80\Sigma0.25 3.10\Sigma0.20 44.11\Sigma0.18 2.71\Sigma0.26 0.01 0.29 0.76\Sigma0.01 40 EMSS c + CRSS c
F ­ RQ 0.0 1.79\Sigma0.15 3.65\Sigma0.10 43.91\Sigma0.15 2.73\Sigma0.10 0.49 0.11 0.64\Sigma0.01 445 EMSS c + CRSS c
G ­ RL 0.0 ­0.01\Sigma0.30 2.89\Sigma0.20 44.42\Sigma0.18 2.42\Sigma0.26 0.01 0.70 0.72\Sigma0.06 24 EMSS d + CRSS d
G ­ RQ 0.0 1.86\Sigma0.15 3.78\Sigma0.10 44.02\Sigma0.15 2.70\Sigma0.10 0.43 0.16 0.65\Sigma0.01 461 EMSS d + CRSS d
y In units of erg s \Gamma1
z In units of 10 \Gamma6 Mpc \Gamma3 (10 44 erg s \Gamma1 ) \Gamma1
? Using only the unbeamed X­ray luminosity obtained from LogLx = 0.124\ThetaLog(L xb =Lxu ) + 27.71 (see x 4.3)
?? Using only the unbeamed X­ray luminosity obtained from LogLx = 0.13\ThetaLog(L xb =Lxu ) + 27.52 (see x 4.3)
a Assuming ff ro –0.2 as definition of Radio­Loud object and assuming RQ the objects with radio upper limit ff ro –0.2.
b Assuming ff ro –0.2 as definition of Radio­Loud object and assuming RL the objects with radio upper limit ff ro –0.2.
c Assuming ff ro –0.4 as definition of Radio­Loud object.
d Assuming ff ro –0.5 as definition of Radio­Loud object.

Table 3: Radio­Loud AGN with LogF = Log(L xb =L xu ) ? 1.0
Source Name z Sr (mJy) 1 log L 2
x
LogF
MS0012.5\Gamma0024 1.6950 24.0 27.72 1.55
MS0038.8\Gamma0159 1.6752 322.0 27.71 1.43
MS2134.0+0028 1.9360 9960.0 27.89 2.86
MS2247.8\Gamma0703 1.7100 44.7 27.73 1.64
1 6 cm VLA data (Stocke et al. 1991).
2 X­ray luminosity at 2 keV in units of erg s \Gamma1 Hz \Gamma1 .