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Up: Hard X-ray properties of blazars

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Table 5: Column (1): name of the source (IAU); (2): redshift; (3): radio flux at 5 GHz in Jy; (4): reference for the radio flux; (5): optical flux at 5500 Å; (6): reference for the optical flux; (7): X-ray flux at 1 keV in $\mu $Jy; (8): reference for the X-ray flux; (9): X-ray photon spectral index; (10): error on the X-ray spectral index; (11): reference for the X-ray spectral index; (12): class (1=HBL, 2=LBL, 3=FSRQ); (13): reference for class; (14): observing satellite (AS=ASCA, RO= ROSAT, SA=BeppoSAX, EX=EXOSAT, EI=Einstein).
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
0014+813 3.366 0.551 Ca97 0.910 Ca97 0.350 Ca97 1.890 1.700 Ca97 3 Ca97 RO
            0.430 Ca97 1.720 0.070 Ca97     AS
0016+731 1.781 1.750 NED 0.060 NED 0.050 Sa97b 1.430 1.100 Sa97b 3 Gh93 RO
0038-020 1.178 0.581 NED 0.030 NED 0.100 Wo90 1.400 1.100 Wo90 3 Wo90 EI
0045+214 ... 0.043 NED 0.310 NED 0.450 Br97 2.160 0.250 Br97 1 Br97 RO
0048-097 0.200 2.743 Fo98 1.750 Fo98 0.420 Pa98 1.730 0.380 Pa98 2 Gh93 SA
            0.770 Pa99 2.570 0.070 Pa99     RO
0109+182 ... 0.077 NED 1.440 NED 1.180 LM99 1.940 -- LM99 1 LM99 RO
0110+418 0.096 0.036 NED 0.390 NED 0.300 Br97 2.110 0.700 Br97 1 Br97 RO
0112-017 1.365 1.200 Kh81 0.230 NED 0.150 Wo90 1.570 1.000 Wo90 3 Wo90 EI
0112+227 ... 0.257 NED 2.220 NED 0.160 LM99 2.960 -- LM99 2 LM99 RO
0113+2504 ... 0.031 NED 0.120 NED 0.710 Br97 1.840 0.370 Br97 1 Br97 RO
0118-272 0.557 1.284 Fo98 1.560 Fo98 0.280 Fo98 2.740 0.740 Fo98 2 NED RO
0120+340 0.272 0.034 NED 3.600 NED 2.420 Cs00 1.960 0.020 Cs00 1 Br94 SA
            6.260 Br94 1.900 0.130 Br94     RO
0122+0903 0.339 0.001 Pa95 0.050 Pa95 0.030 Pe96 1.620 0.500 Pe96 1 Pe96 RO
0133+388 ... 0.053 NED 4.590 NED 2.390 LM99 2.160 -- LM99 1 LM99 RO
0133+476 0.859 2.920 Fo98 0.470 Fo98 0.300 Fo98 1.920 0.390 Fo98 3 Gh93 RO
0145+138 0.125 0.005 Fo98 0.260 Fo98 0.220 BSMc 2.320 0.160 BSMc 1 BSMc SA
0152+017 0.080 0.058 NED 0.900 NED 0.470 Br97 2.480 0.170 Br97 1 Br97 RO
0156+1032 ... 0.044 NED 0.950 NED 0.630 Br97 1.730 0.630 Br97 1 Br97 RO
0158+003 0.299 0.011 Fo98 0.230 Fo98 1.210 Fo98 2.460 0.270 Fo98 1 NED RO
            1.030 Wo98 2.270 0.180 Wo98     SA
0159+0835 ... 0.071 NED 0.120 NED 0.270 Br97 2.360 0.480 Br97 1 Br97 RO
0202+149 0.405 2.400 Co97 0.020 Co97 0.060 Co97 0.680 0.550 Co97 3 NED RO
0205+3509 0.318 0.004 Pa95 0.180 Pa95 0.150 Pe96 2.710 0.220 Pe96 1 Pe96 RO
            0.550 Wa99 2.220 0.040 Wa99     AS
0208-512 1.003 3.311 Fo98 0.590 Fo98 0.610 Fo98 2.040 0.040 Fo98 3 IT90 RO
            1.200 Ku98 1.660 0.090 Ku98     AS
0212+735 2.370 2.198 Fo98 0.450 Fo98 0.260 Fo98 0.660 0.590 Fo98 3 Gh93 RO
0214+517 0.049 0.271 NED 1.550 NED 1.600 LM99 2.040 -- LM99 1 LM99 RO
0219+428 0.444 1.040 Fo98 4.550 Fo98 0.720 Sa94 2.390 0.270 Sa94 2 Gh93 EX
            1.560 Fo98 2.600 0.170 Fo98     RO
            3.460 Wo90 2.620 0.850 Wo90     EI
0224+014 ... 0.009 Br97 0.120 NED 3.360 Br97 1.900 0.110 Br97 1 Br97 RO
0235+164 0.940 3.336 Fo98 2.580 Fo98 0.150 Go95 1.750 0.730 Go95 2 Gh93 EX
            0.270 Ku98 1.820 0.130 Ku98     AS
            1.150 Fo98 2.590 0.860 Fo98     RO
            1.510 Wo90 3.250 2.100 Wo90     EI
0237-233 2.223 3.520 Kh81 0.810 NED 0.310 Wo90 1.620 1.250 Wo90 3 Wo90 EI
            0.390 Re97 1.680 0.060 Re97     AS
0250+172 ... 0.035 NED 2.060 NED 0.730 LM99 2.020 -- LM99 1 LM99 RO
0257+3429 0.245 0.010 Pa95 0.140 Pa95 0.020 Pe96 2.670 0.320 Pe96 1 Pe96 RO
0301-243 ... 0.397 NED 0.980 NED 0.270 La96 2.680 0.310 La96 2 La96 RO


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
0316+090 ... 0.045 NED 1.160 NED 0.020 LM99 4.280 -- LM99 2 LM99 RO
0317+1834 0.190 0.017 Pa95 0.210 Pa95 0.170 Pe96 2.320 0.240 Pe96 1 Wo98 RO
            3.060 Sa94 1.800 0.200 Sa94     EX
            2.050 Wo98 2.080 0.100 Wo98     SA
0323+022 0.147 0.042 Fo98 0.900 Fo98 6.810 Wo90 2.160 0.230 Wo90 1 Wo90 EI
            4.000 Sa94 2.730 0.100 Sa94     EX
            1.460 BSMc 2.410 0.120 BSMc     SA
            0.730 Ku98 2.740 0.160 Ku98     AS
            3.210 Fo98 2.270 0.090 Fo98     RO
0331-365 0.308 0.009 VV93 0.240 NED 0.340 La96 2.200 0.490 La96 1 La96 RO
0332-403 1.445 2.600 Ca97 0.140 Ca97 0.140 Ca97 1.600 0.120 Ca97 3 Ca97 AS
0333+321 1.258 2.500 Ca97 0.520 Gh93 1.600 Ca97 1.530 0.920 Ca97 3 Gh93 RO
            1.340 Ku98 1.600 0.050 Ku98     AS
            2.320 Wo90 3.730 2.100 Wo90     EI
            0.440 Go95 1.360 0.260 Go95     EX
0347-121 0.188 0.009 Fo98 0.190 Fo98 2.050 Wo98 2.170 0.100 Wo98 1 Wo98 SA
            2.560 Fo98 2.120 0.090 Fo98     RO
0350-3712 0.165 0.017 VV93 0.590 NED 0.350 La96 2.170 0.260 La96 1 La96 RO
0403-132 0.571 2.889 Fo98 0.540 Fo98 0.400 Fo98 1.780 0.220 Fo98 3 IT90 RO
            0.490 Wo90 4.300 4.300 Wo90     EI
0405-123 0.574 1.960 Fo98 5.170 Fo98 0.090 TW 1.760 0.090 TW 3 Sa97b AS
            1.160 Fo98 2.150 0.170 Fo98     RO
0406+121 1.020 0.746 Na96 0.120 NED 0.050 La96 1.790 0.450 La96 2 La96 RO
0414+009 0.287 0.070 Fo98 0.850 Fo98 5.220 Wo98 2.540 0.100 Wo98 1 Wo98 SA
            5.460 Sa94 2.150 0.070 Sa94     EX
            4.690 Wo98 2.630 0.080 Wo98     RO
            4.620 Ku98 2.620 0.040 Ku98     AS
0419+1943 0.512 0.008 Pa95 0.030 Pa95 0.300 Pe96 1.720 0.270 Pe96 1 Pe96 RO
0420-014 0.915 3.720 Co97 0.340 Co97 0.370 Wo90 0.850 2.100 Wo90 3 Co97 EI
            0.280 TW 1.860 0.180 TW     AS
0426-380 1.030 1.416 Fo98 0.230 Fo98 0.090 Fo98 3.200 1.250 Fo98 2 NED RO
0430+052 0.033 7.526 NED 3.910 Gh93 3.240 Go95 1.760 0.070 Go95 3 Gh93 EX
0438-436 2.852 6.189 Fo98 0.410 Fo98 0.190 Ca97 1.420 0.060 Ca97 3 Ca97 AS
            0.150 Fo98 1.720 0.390 Fo98     RO
0454+844 0.112 1.430 Fo98 1.050 Fo98 0.030 Fo98 1.870 0.590 Fo98 2 Gh93 RO
0502+675 ... 0.032 Fo98 0.790 Fo98 8.510 Wo98 2.340 0.060 Wo98 1 Wo98 SA
            7.740 Br94 1.910 0.290 Br94     RO
0505+042 ... 0.121 NED 0.960 NED 0.730 LM99 2.350 -- LM99 1 LM99 RO
0507-040 0.304 0.027 Fo98 0.110 Fo98 3.000 Sa94 1.770 0.260 Sa94 1 NED EX
0521-365 0.055 9.700 Co97 2.380 Co97 1.230 Wo90 2.140 1.650 Wo90 3 Gh93 EI
            2.120 Co97 1.890 0.050 Co97     RO
            1.780 Sa94 1.850 0.330 Sa94     EX
0528+134 2.060 3.980 Fo98 0.210 Fo98 1.590 Fo98 1.540 0.290 Fo98 3 Gh93 RO
            1.480 Ku98 1.580 0.050 Ku98     AS
            0.310 Gh98b 1.480 0.040 Gh98b     SA
            0.220 Br85 2.600 -- Br85     EI
0537-441 0.896 4.755 Fo98 1.570 Fo98 0.400 Sa94 1.300 0.600 Sa94 2 Gh93 EX
            0.780 Fo98 2.040 0.330 Fo98     RO
            0.170 Wo90 1.270 1.700 Wo90     EI
0537-286 3.104 0.990 Ca97 0.040 Ca97 0.180 Ca97 1.360 0.060 Ca97 3 Ca97 AS
            0.170 Ca97 1.500 0.450 Ca97     RO
0548-322 0.069 0.170 Fo98 1.370 Fo98 8.220 Ku98 1.960 0.020 Ku98 1 NED AS
            9.590 Fo98 1.950 0.050 Fo98     RO
            6.460 Gh99 2.040 0.070 Gh99     SA
            7.710 Sa94 1.980 0.060 Sa94     EX
            9.960 Wo90 1.690 0.120 Wo90     EI
0556-3838 0.034 0.068 Pa95 0.530 Pa95 2.200 Ge96 2.520 0.100 Ge96 1 Ge96 RO
            1.730 Ge96 2.510 0.100 Ge96     AS
0607+7108 0.267 0.018 Pa95 0.050 Pa95 0.030 Pe96 2.210 0.320 Pe96 1 Pe96 RO


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
0615+820 0.710 1.000 Kh81 0.470 NED 0.040 Sa97b 1.680 0.590 Sa97b 3 Gh93 RO
0637-752 0.651 5.849 Fo98 2.380 Fo98 1.060 Wo90 1.580 0.800 Wo90 3 Sa97b EI
            3.760 Fo98 1.450 0.480 Fo98     RO
            0.490 Ya98 1.640 0.070 Ya98     AS
0642+449 3.400 1.204 NED 0.150 NED 0.120 Wo90 1.410 1.300 Wo90 3 Wo90 EI
0647+250 ... 0.077 NED 3.710 NED 6.010 Br94 2.470 0.320 Br94 1 Br94 RO
0651+428 0.126 0.188 NED 0.770 NED 0.360 LM99 3.590 -- LM99 1 LM99 RO
0656+426 0.059 0.480 NED 0.890 NED 0.130 LM99 3.180 -- LM99 2 LM99 RO
0706+5913 0.125 0.080 NED 0.180 NED 1.830 Br94 2.150 0.220 Br94 1 Br94 RO
0716+714 0.300 1.150 Fo98 2.200 Fo98 0.990 Fo98 2.770 0.090 Fo98 2 Gh93 RO
            0.370 Ku98 2.070 0.120 Ku98     AS
            0.500 Wo90 5.750 4.400 Wo90     EI
0735+178 0.424 2.490 Fo98 1.660 Fo98 0.220 Fo98 2.340 0.510 Fo98 2 Gh93 RO
            0.290 Wo90 1.710 0.400 Wo90     EI
            0.140 Ku98 1.760 0.200 Ku98     AS
0736+017 0.191 1.999 Fo98 1.330 Fo98 0.370 Wo90 4.200 3.500 Wo90 3 IT90 EI
            0.640 Sa99 1.760 0.040 Sa99     AS
            1.490 Fo98 2.820 0.600 Fo98     RO
0737+746 0.315 0.024 Fo98 0.650 Fo98 0.880 Wo98 2.530 0.250 Wo98 1 Wo98 SA
            1.110 Fo98 1.910 -- Fo98     RO
0754+100 0.660 1.480 Pa95 3.640 Pa95 0.720 Sa94 2.110 0.650 Sa94 2 Sa94 EX
0804+499 1.433 2.050 Co97 0.390 Co97 0.170 Co97 1.560 0.360 Co97 3 Gh93 RO
0806+3504 0.082 0.180 NED 0.660 NED 0.740 Ba98 2.870 -- Ba98 1 Ba98 RO
0806+524 0.138 0.177 NED 3.150 NED 4.910 Br94 2.930 0.160 Br94 1 Br94 RO
0806+595 ... 0.042 NED 1.410 NED 0.710 LM99 1.500 -- LM99 1 LM99 RO
0808+019 ... 0.670 Pa95 0.480 Pa95 0.380 Wo90 1.920 1.400 Wo90 2 Wo90 EI
0812+026 ... 0.071 NED 6.250 NED 1.850 Br97 2.160 0.110 Br97 1 Br97 RO
0814+425 0.258 3.500 Fo98 0.150 Fo98 0.050 Fo98 1.160 0.780 Fo98 2 IT91 RO
0820+225 0.951 1.977 Fo98 0.060 Fo98 0.050 Fo98 2.050 0.470 Fo98 2 NED RO
0828+493 0.548 1.158 Fo98 0.130 Fo98 0.040 Fo98 1.680 0.630 Fo98 2 NED RO
0829+046 0.180 2.105 Pa95 1.450 Pa95 0.400 Wo90 3.260 3.400 Wo90 2 Gh93 EI
0833+3300 0.671 0.004 Ba98 0.020 NED 0.370 Ba98 1.570 -- Ba98 1 Ba98 RO
0836+710 2.170 2.590 Fo98 1.060 Fo98 1.270 Ca97 1.320 0.030 Ca97 3 Gh93 AS
            2.260 Tv99 1.310 0.030 Tv99     SA
            1.600 Fo98 1.420 0.040 Fo98     RO
0847+115 0.198 0.022 Br97 0.900 NED 1.980 Br97 2.500 0.090 Br97 1 Br97 RO
0850+443 ... 0.075 NED 0.090 NED 0.190 Br97 2.800 0.300 Br97 1 Br97 RO
0851+202 0.306 2.173 Fo98 2.640 Fo98 0.930 Fo98 2.500 0.170 Fo98 2 Gh93 RO
            2.240 Sa94 2.370 0.100 Sa94     EX
            0.370 Pa99 1.710 0.240 Pa99     SA
            0.730 Ku98 1.620 0.050 Ku98     AS
0855+143 1.408 0.890 Br85 0.030 NED 0.320 Br85 2.000 -- Br85 3 NED EI
0906+430 0.670 1.300 Fo98 0.160 Fo98 0.110 Fo98 1.570 0.100 Fo98 3 Gh93 RO
0906+311 0.274 0.087 NED 2.050 NED 0.650 Ba98 2.210 -- Ba98 1 Ba98 RO
0912+297 ... 0.228 Na96 1.000 Pa95 1.060 Pa99 2.250 0.140 Pa99 1 NED SA
            0.510 Wo90 1.760 0.700 Wo90     EI
            0.580 La96 2.310 0.240 La96     RO
0913+5251 0.190 0.067 NED 0.060 NED 0.590 Ba98 2.180 -- Ba98 1 Ba98 RO
0917+449 2.180 1.030 Co97 0.070 Co97 0.470 Co97 1.390 0.100 Co97 3 NED RO
0922+7459 0.638 0.003 Pa95 0.050 Pa95 0.150 Pe96 1.780 0.140 Pe96 1 Pe96 RO
0923+392 0.699 8.101 Fo98 0.430 Fo98 0.620 Fo98 2.260 0.130 Fo98 3 Gh93 RO
            0.370 Wo90 1.360 0.190 Wo90     EI
            0.880 Sa99 1.880 0.050 Sa99     AS
0925+5026 ... 0.558 NED 1.520 NED 0.120 Br97 2.300 0.390 Br97 2 Br97 RO
0927+500 0.188 0.015 Na96 0.500 NED 4.000 Ba98 1.880 -- Ba98 1 Ba98 RO
0945+408 1.252 1.450 NED 0.380 NED 0.110 Sa97b 1.960 0.230 Sa97b 3 IT91 RO
0950+445 0.207 0.003 Fo98 0.120 Fo98 0.290 Fo98 2.760 0.250 Fo98 1 NED RO
0952+656 ... 0.027 LM99 0.800 NED 0.150 LM99 2.230 -- LM99 1 LM99 RO
0954+556 0.909 2.169 Fo98 0.430 Fo98 0.100 Fo98 2.170 0.140 Fo98 3 IT91 RO


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
0954+658 0.367 1.589 Fo98 1.720 Fo98 0.160 Fo98 1.960 1.310 Fo98 2 Gh93 RO
1008+4705 0.343 0.004 Na96 0.090 NED 1.510 Ba94 2.340 0.270 Ba94 1 Ba94 RO
1009+427 0.364 0.056 NED 0.960 NED 1.110 Br97 1.840 0.090 Br97 1 Br97 RO
1011+496 0.200 0.286 Fo98 1.620 Fo98 2.150 Fo98 2.490 0.080 Fo98 1 NED RO
1019+5139 0.141 0.002 Pa95 0.210 Pa95 0.790 Pe96 1.520 -- Pe96 1 Pe96 RO
1028+511 0.361 0.044 Fo98 0.800 Fo98 3.350 TW 2.530 0.050 TW 1 NED AS
            4.070 TW 2.490 0.040 TW     AS
            4.480 TW 2.590 0.050 TW     AS
            4.940 BSMc 2.410 0.040 BSMc     SA
            2.550 Fo98 2.440 0.050 Fo98     RO
1034-293 0.312 1.510 Kh81 1.110 NED 0.240 Sa97b 1.410 0.360 Sa97b 3 Gh93 RO
1034-293 0.312 1.510 NED 0.930 Gh93 0.160 Wo90 0.660 1.800 Wo90 2 Gh93 EI
1037+571 ... 0.088 NED 0.770 NED 0.380 Sb99 2.420 0.250 Sb99 1 Br97 SA
            0.210 Br97 2.500 0.190 Br97     RO
1039+811 1.260 1.140 Kh81 0.980 NED 0.180 Sa97b 1.830 0.130 Sa97b 3 Gh93 RO
1040+123 1.029 1.560 Kh81 0.470 Gh93 0.100 Wo90 1.450 0.900 Wo90 3 Gh93 EI
1047+546 ... 0.004 Br97 0.040 NED 0.070 Br97 1.630 0.370 Br97 1 Br97 RO
1053+494 0.140 0.019 LM99 0.430 NED 0.090 LM99 2.620 -- LM99 1 LM99 RO
1055+018 0.888 3.470 Fo98 0.400 Fo98 0.210 Fo98 1.930 0.440 Fo98 3 NED RO
1055+567 0.144 0.260 NED 1.810 NED 0.470 Br97 2.310 0.130 Br97 1 Br97 RO
            2.190 Sb99 2.760 0.080 Sb99     AS
            1.080 Sb99 2.780 0.250 Sb99     SA
1101+384 0.031 0.722 Fo98 16.970 Fo98 58.370 Fo98b 2.820 0.030 Fo98b 1 Gh93 SA
            23.850 Ku98 2.970 0.020 Ku98     AS
            36.100 Fo98 3.100 0.080 Fo98     RO
1101-232 0.186 0.066 Fo98 0.640 Fo98 10.230 Wo98 2.030 0.050 Wo98 1 Wo98 SA
            11.200 Wo98 2.430 0.080 Wo98     RO
            19.630 Wo90 2.310 0.180 Wo90     EI
            17.740 Sa94 2.500 0.170 Sa94     EX
1112+3452 0.212 0.004 Ba98 0.060 NED 0.810 Ba98 2.290 -- Ba98 1 Ba98 RO
1114+2030 ... 0.074 NED 3.210 NED 7.310 Br97 1.900 0.050 Br97 1 Br97 RO
1118+424 0.124 0.035 Fo98 0.560 Fo98 1.830 BSMc 2.620 0.070 BSMc 1 BSMc SA
            0.670 LM99 2.300 -- LM99     RO
1133+6753 0.135 0.048 NED 0.450 NED 3.230 Br94 2.390 0.240 Br94 1 Br94 RO
1133+704 0.046 0.274 Fo98 4.140 Fo98 4.870 Sa94 2.340 0.060 Sa94 1 NED EX
            9.200 Wo90 1.970 0.170 Wo90     EI
            2.620 Fo98 2.510 0.100 Fo98     RO
            2.610 Wo98 2.470 0.090 Wo98     SA
1144-379 1.048 2.779 Fo98 0.800 Fo98 0.140 Pa98 1.700 0.030 Pa98 2 IT90 SA
            0.410 Pa99 2.540 0.190 Pa99     RO
1146-037 0.341 0.354 NED 0.630 NED 0.580 Wo90 1.390 0.710 Wo90 3 Wo90 EI
1147+245 0.200 1.385 Fo98 1.200 Fo98 0.300 Go95 1.960 0.620 Go95 2 Gh93 EX
            0.040 Fo98 2.180 0.790 Fo98     RO
1148+592 ... 0.134 NED 0.480 NED 0.270 Br97 1.620 0.230 Br97 1 Br97 RO
1150+497 0.334 0.699 NED 0.560 NED 0.550 Sa97b 2.140 0.050 Sa97b 3 Sa97b RO
            0.630 Sa99 1.770 0.050 Sa99     AS
1150+812 1.250 1.180 Kh81 0.180 NED 0.090 Sa97b 1.450 0.310 Sa97b 3 Gh93 RO
1156+295 0.729 1.543 NED 6.640 NED 0.440 Sa94 2.300 0.470 Sa94 3 NED EX
1206+416 ... 0.515 NED 1.150 NED 0.100 LM99 2.100 -- LM99 2 LM99 RO
1207+3945 0.615 0.006 Pa95 0.080 Pa95 0.280 Pe96 2.130 0.100 Pe96 1 Pe96 RO
1212+0748 0.130 0.094 NED 1.550 NED 0.620 Br97 1.880 0.130 Br97 1 Br97 RO
1215+303 0.237 0.445 Fo98 3.110 Fo98 0.490 Fo98 2.880 0.080 Fo98 2 Gh93 RO
            0.590 Wo90 2.420 0.900 Wo90     EI
1217+348 ... 0.355 NED 0.550 NED 0.100 La96 1.980 0.710 La96 2 La96 RO
1217+023 0.240 0.698 NED 0.890 NED 0.780 Wo90 1.700 0.350 Wo90 3 Wo90 EI
1218+304 0.130 0.056 Fo98 1.390 Fo98 7.510 Sa94 2.460 0.140 Sa94 1 NED EX
            10.050 Fo98 2.220 0.030 Fo98     RO


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
1219+285 0.102 0.981 Fo98 3.150 Fo98 1.010 Wo90 3.750 1.500 Wo90 2 Gh93 EI
            0.400 Fo98 2.240 0.160 Fo98     RO
            1.790 Ta00 1.510 0.270 Ta00     SA
1220+345 ... 0.355 NED 0.550 NED 0.060 LM99 1.980 -- LM99 2 LM99 RO
1221+2452 0.218 0.026 Pa95 0.330 Pa95 0.090 Pe96 2.470 0.270 Pe96 1 Pe96 RO
1225+317 2.200 0.342 NED 1.630 NED 0.180 Wo90 1.720 1.000 Wo90 3 Wo90 EI
1226+023 0.158 42.861 Fo98 27.640 Fo98 20.420 Ku98 1.510 0.010 Ku98 3 Gh93 AS
            12.270 Fo98 1.890 0.050 Fo98     RO
            7.600 Go95 1.580 0.030 Go95     EX
            11.150 Wo90 1.340 0.170 Wo90     EI
            1.960 Or98 1.570 0.050 Or98     SA
1229+6430 0.164 0.042 Pa95 0.630 Pa95 1.210 Pe96 1.990 0.150 Pe96 1 Pe96 RO
1230+2517 0.135 0.425 NED 2.220 NED 0.320 Ba94 2.890 0.720 Ba94 2 Ba94 RO
1235+6315 0.297 0.007 Pa95 0.130 Pa95 0.060 Pe96 2.910 0.080 Pe96 1 Pe96 RO
1237+3020 0.700 0.003 Na96 0.010 NED 0.960 Ba98 1.850 -- Ba98 1 Ba98 RO
1239-143 ... 0.042 NED 0.290 NED 1.620 Ba94 2.580 0.570 Ba94 1 Ba94 RO
1242+3440 ... 0.008 Na96 0.060 NED 0.320 Ba98 1.930 -- Ba98 1 Ba98 RO
1246+586 ... 0.414 NED 9.450 NED 0.500 Ba98 2.420 -- Ba98 2 Ba98 RO
1252+119 0.871 1.140 Kh81 0.800 NED 0.140 Wo90 1.070 1.300 Wo90 3 Wo90 EI
1253-055 0.536 14.950 Fo98 1.660 Fo98 1.340 Fo98 1.830 0.040 Fo98 3 Gh93 RO
            0.850 Ma98 1.650 0.030 Ma98     SA
            1.500 Ku98 1.650 0.060 Ku98     AS
            0.630 Wo90 1.550 0.270 Wo90     EI
1255+244 0.141 0.077 Pa95 2.510 Pa95 1.450 Gr96 2.400 0.200 Gr96 1 Gr96 RO
1303+5056 0.688 0.001 Ba98 0.030 NED 0.830 Ba98 1.940 -- Ba98 1 Ba98 RO
1308+326 0.997 1.832 Fo98 1.580 Fo98 0.110 TW 1.990 0.420 TW 2 Gh93 AS
            0.090 TW 1.740 0.250 TW     AS
            0.150 Co95 1.950 0.100 Co95     RO
1312-423 0.105 0.019 Pa95 0.830 Pa95 1.520 Wo98 2.210 0.200 Wo98 1 Wo98 SA
1324+5739 0.115 0.042 NED 0.950 NED 0.330 Ba98 2.040 -- Ba98 1 Ba98 RO
1326+2933 0.431 0.006 Na96 0.050 NED 0.430 Ba98 2.110 -- Ba98 1 Ba98 RO
1332-295 0.513 0.011 Fo98 0.090 Fo98 0.340 Fo98 2.140 0.210 Fo98 1 NED RO
1334-127 0.539 2.250 Kh81 0.600 NED 0.450 Sa97b 1.630 0.160 Sa97b 3 Gh93 RO
1353+5601 0.370 0.012 Na96 0.110 NED 0.390 Ba98 2.010 -- Ba98 1 Ba98 RO
1400+162 0.244 0.528 Pa95 0.510 NED 0.140 Wo90 1.550 1.100 Wo90 2 Gh93 EI
1402+042 0.344 0.020 Fo98 0.630 Fo98 1.200 Sa94 2.320 0.110 Sa94 1 NED EX
            0.680 Fo98 2.850 0.170 Fo98     RO
1405+6554 0.364 0.015 Ba98 0.070 NED 0.310 Ba98 2.260 -- Ba98 1 Ba98 RO
1407+5954 0.495 0.017 Pa95 0.050 Pa95 0.040 Pe96 2.740 0.140 Pe96 1 Pe96 RO
1410+6100 0.384 0.033 Ba98 0.040 NED 0.410 Ba98 1.900 -- Ba98 1 Ba98 RO
1413+135 0.247 1.200 Pa95 0.040 NED 0.050 Wo90 0.600 1.500 Wo90 2 Wo90 EI
1415+485 ... 0.035 NED 0.720 NED 0.040 LM99 2.400 -- LM99 2 LM99 RO
1415+259 0.237 0.054 Pa95 1.450 Pa95 4.280 Sa94 2.370 0.050 Sa94 1 NED EX
            2.870 Br94 2.120 0.320 Br94     RO
1418+546 0.152 1.610 Fo98 1.910 Fo98 0.210 Wo90 1.480 0.650 Wo90 2 Wo90 EI
            0.300 Fo98 2.140 0.190 Fo98     RO
1421+582 0.638 0.050 Br94 0.120 NED 2.950 Br94 1.980 0.070 Br94 1 Br94 RO
1424+240 ... 0.316 NED 1.090 NED 1.470 Sb99 2.780 0.040 Sb99 1 Gh93 AS
            1.260 La96 3.180 0.160 La96     RO
1426+428 0.129 0.030 NED 1.050 Sa97 13.420 Sa94 2.100 0.070 Sa94 1 NED EX
            6.500 Sa97a 2.150 0.040 Sa97a     RO
            5.940 Ku98 2.170 0.030 Ku98     AS
            4.640 Gh99 1.920 0.040 Gh99     SA
1427+541 0.105 0.024 LM99 0.470 LM99 0.110 LM99 1.860 -- LM99 1 LM99 RO
1428+422 4.715 0.337 Fa97 0.020 Fa98 0.210 Fa98 1.290 0.050 Fa98 3 Fa98 AS
1437+398 ... 0.063 NED 1.520 NED 1.190 LM99 2.550 -- LM99 1 LM99 RO
1437+5639 ... 0.011 Na96 0.120 NED 0.300 Ba98 2.220 -- Ba98 1 Ba98 RO
1440+122 0.162 0.050 NED 0.570 NED 1.220 LM99 2.200 -- LM99 1 LM99 RO


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
1442+101 3.530 1.260 Kh81 0.280 NED 0.120 Wo90 2.000 1.300 Wo90 3 Wo90 EI
1443+6349 0.299 0.012 Pa95 0.050 Pa95 0.190 Pe96 2.100 0.290 Pe96 1 Pe96 RO
1448+361 ... 0.029 LM99 1.140 NED 0.500 LM99 2.600 -- LM99 1 LM99 RO
1456+5048 0.480 0.274 NED 0.070 NED 2.560 Ba98 2.060 -- Ba98 1 Ba98 RO
1458+2249 0.235 0.030 Pa95 0.690 Pa95 0.110 Pe96 3.310 0.200 Pe96 1 Pe96 RO
1458+4832 0.539 0.003 Ba98 0.030 NED 0.800 Ba98 1.900 -- Ba98 1 Ba98 RO
1509+559 ... 0.042 NED 0.950 NED 0.050 LM99 2.990 -- LM99 1 LM99 RO
1510-089 0.361 3.080 Fo98 1.090 Fo98 0.750 Sn97 1.310 0.070 Sn97 3 Gh93 AS
            0.500 Wo90 0.800 1.350 Wo90     EI
            0.830 Sa94 1.380 0.280 Sa94     EX
            0.490 Tv99 1.350 0.070 Tv99     SA
            0.740 Fo98 1.900 0.160 Fo98     RO
1514-241 0.049 2.000 Pa95 2.900 NED 0.620 Wo90 2.360 1.950 Wo90 2 Wo90 EI
1516+293 0.130 0.034 LM99 1.320 NED 0.190 LM99 2.320 -- LM99 1 LM99 RO
1517+656 ... 0.038 Fo98 1.530 Fo98 7.420 Wo98 2.290 0.100 Wo98 1 Wo98 RO
            4.990 Wo98 2.440 0.090 Wo98     SA
1519-273 0.200 3.255 Fo98 0.200 Fo98 0.390 Pa99 2.030 0.430 Pa99 2 Gh93 RO
            0.320 Pa99 1.440 0.970 Pa99     SA
1532+302 0.064 0.055 NED 2.600 NED 0.760 LM99 2.000 -- LM99 1 LM99 RO
1533+342 ... 0.028 NED 0.560 NED 0.400 LM99 2.600 -- LM99 1 LM99 RO
1533+535 0.890 0.030 Ba98 0.350 NED 2.390 Ba98 1.940 -- Ba98 1 Ba98 RO
1534+0148 0.312 0.034 Pa95 0.120 Pa95 0.420 Pe96 1.890 0.180 Pe96 1 Pe96 RO
1534+372 0.143 0.030 NED 0.880 NED 0.030 LM99 2.840 -- LM99 2 LM99 RO
1538+149 0.605 2.648 Fo98 0.440 Fo98 0.090 Fo98 2.050 0.900 Fo98 2 Gh93 RO
            0.280 Wo90 2.130 1.100 Wo90     EI
1541+0507 ... 0.056 NED 0.120 NED 0.260 Br97 1.740 0.660 Br97 1 Br97 RO
1542+614 ... 0.131 NED 0.960 NED 0.120 LM99 2.500 -- LM99 2 LM99 RO
1546+027 0.413 1.450 Kh81 0.230 NED 0.840 Wo90 2.180 2.250 Wo90 3 Wo90 EI
1548+114 0.436 0.410 VV93 0.500 Gh93 0.320 Wo90 1.350 1.100 Wo90 3 Gh93 EI
1552+2020 0.222 0.038 Pa95 0.300 Pa95 1.570 Pe96 1.790 0.140 Pe96 1 Pe96 RO
1553+113 0.360 0.636 Pa95 4.800 Pa95 13.420 BSMc 2.850 0.040 BSMc 1 NED SA
            14.860 TW 2.470 0.180 TW     AS
            7.660 Br94 2.490 0.250 Br94     RO
1602+308 ... 0.013 Br97 0.230 NED 0.160 Br97 2.560 0.890 Br97 1 Br97 RO
1611+343 1.404 2.671 Fo98 0.350 Fo98 0.240 Fo98 1.760 0.060 Fo98 3 IT90 RO
1614+051 3.197 0.850 Ca97 0.060 Ca97 0.030 Ca97 1.600 -- Ca97 3 Ca97 AS
1626+352 0.500 0.014 LM99 0.140 LM99 0.160 LM99 1.890 -- LM99 1 LM99 RO
1631+4217 0.468 0.006 Na96 0.040 NED 0.860 Ba98 1.910 -- Ba98 1 Ba98 RO
1633+382 1.814 2.929 Fo98 0.230 Fo98 0.420 Fo98 1.530 0.080 Fo98 3 Gh93 RO
            0.250 Ku98 1.510 0.320 Ku98     AS
1641+399 0.594 7.821 Fo98 0.890 Fo98 0.700 Wo90 1.430 0.350 Wo90 3 Gh93 EI
            0.980 Fo98 1.850 0.230 Fo98     RO
1642+458 0.223 0.111 NED 0.350 NED 0.260 Ba98 2.360 -- Ba98 1 Ba98 RO
1652+398 0.034 1.443 Fo98 10.970 Fo98 46.420 Gh98 1.800 0.020 Gh98 1 Gh93 SA
            23.440 Ku98 2.220 0.020 Ku98     AS
            13.400 Wo90 2.090 0.170 Wo90     EI
            8.300 Fo98 2.630 0.050 Fo98     RO
            12.900 Sa94 2.500 0.100 Sa94     EX
1652+403 ... 0.011 LM99 1.060 NED 0.030 LM99 2.800 -- LM99 1 LM99 RO
1704+607 0.280 0.002 VV93 0.070 NED 0.160 La96 2.360 0.350 La96 1 La96 RO
1704+716 ... 0.041 NED 0.480 NED 0.160 LM99 3.100 -- LM99 1 LM99 RO
1717+178 ... 0.940 Pa95 0.140 NED 0.480 Wo90 2.540 2.100 Wo90 2 Wo90 EI
1721+343 0.206 0.468 NED 0.980 NED 1.990 Wo90 1.500 0.350 Wo90 3 Wo90 EI
1722+119 0.018 0.094 Pa95 1.740 Pa95 3.600 Sa94 2.650 0.250 Sa94 1 NED EX
1727+502 0.055 0.159 Fo98 1.700 Fo98 3.630 Fo98 2.390 0.080 Fo98 1 Gh93 RO
            3.720 Sa94 2.820 0.210 Sa94     EX
1732+389 0.976 0.845 NED 0.110 NED 0.050 Sa97b 1.580 0.380 Sa97b 3 Sa97b RO
1741+196 0.084 0.339 NED 0.900 NED 1.610 Sb99 2.100 0.080 Sb99 1 Br97 SA
            1.280 Br97 1.980 0.180 Br97     RO


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
1742+597 ... 0.089 NED 1.370 NED 0.030 LM99 2.960 -- LM99 2 LM99 RO
1746+470 1.484 0.631 NED 0.010 NED 0.020 LM99 3.080 -- LM99 2 LM99 RO
1747+433 ... 0.360 NED 0.640 NED 0.050 LM99 2.320 -- LM99 2 LM99 RO
1748+470 0.160 0.010 LM99 0.110 LM99 0.540 LM99 1.940 -- LM99 1 LM99 RO
1749+096 0.322 1.973 Fo98 1.130 Fo98 0.150 Fo98 1.450 1.430 Fo98 2 Gh93 RO
            0.760 Sa97 1.890 0.080 Sa97     AS
            0.370 Wo90 1.150 1.100 Wo90     EI
1749+701 0.770 2.113 Fo98 0.960 Fo98 0.150 Fo98 2.440 0.710 Fo98 2 Gh93 RO
1755+552 ... 0.007 Br97 0.490 NED 0.940 Br97 2.640 0.190 Br97 1 Br97 RO
1757+7034 0.407 0.007 Pa95 0.170 Pa95 0.470 Pe96 2.120 0.130 Pe96 1 Pe96 RO
1803+784 0.684 3.016 Fo98 0.610 Fo98 0.240 Pa99 1.450 0.130 Pa99 2 Gh93 SA
            0.260 Fo98 2.420 0.450 Fo98     RO
            0.220 Wo90 1.460 1.000 Wo90     EI
1807+698 0.051 1.713 Fo98 5.180 Fo98 0.300 Pa99 1.740 0.240 Pa99 2 Gh93 SA
            0.520 TW 1.750 0.060 TW     AS
            0.400 Wo90 1.660 0.420 Wo90     EI
            0.350 Co95 2.220 0.110 Co95     RO
            2.570 Sa94 1.950 0.460 Sa94     EX
1808+468 ... 0.056 NED 0.450 NED 0.060 LM99 2.700 -- LM99 2 LM99 RO
1811+442 ... 0.030 NED 0.350 NED 0.070 LM99 2.180 -- LM99 1 LM99 RO
1823+568 0.664 1.905 Fo98 0.180 Fo98 0.270 Pa99 1.960 0.350 Pa99 2 IT91 SA
            0.410 Pa99 1.150 0.190 Pa99     RO
1829+540 ... 0.024 NED 0.770 NED 0.060 LM99 3.310 -- LM99 1 LM99 RO
1838+480 ... 0.032 NED 0.900 NED 0.100 LM99 3.100 -- LM99 1 LM99 RO
1841+591 0.530 0.006 LM99 0.220 NED 0.010 LM99 3.540 -- LM99 2 LM99 RO
1845+797 0.056 4.450 Kh81 8.060 NED 3.630 Sa94 1.740 0.200 Sa94 3 Gh93 EX
            5.470 Le97 1.820 0.030 Le97     AS
1848+427 ... 0.007 Br97 0.200 NED 1.810 Br94 2.170 0.220 Br94 1 Br94 RO
1921-293 0.352 12.696 NED 0.840 NED 0.770 Wo90 1.570 1.300 Wo90 3 Gh93 EI
            0.380 Go95 1.670 0.270 Go95     EX
            1.060 Sa97b 1.890 0.050 Sa97b     RO
1928+738 0.360 3.339 Fo98 1.110 Fo98 0.520 Go95 2.250 0.480 Go95 3 Gh93 EX
            1.470 Fo98 2.330 0.190 Fo98     RO
1959+650 0.048 0.251 Fo98 17.490 Fo98 9.200 BSMc 2.680 0.050 BSMc 1 BSMc SA
2005-489 0.071 1.252 Fo98 12.470 Fo98 5.400 Sa94 3.200 0.700 Sa94 1 Co97 EX
            25.380 Pa98 2.320 0.040 Pa98     SA
            5.000 Fo98 2.940 0.060 Fo98     RO
2007+777 0.342 1.364 Fo98 0.770 Fo98 0.360 Wo90 5.110 4.800 Wo90 2 Gh93 EI
            0.170 Fo98 1.750 0.560 Fo98     RO
2032+107 0.601 0.770 Pa95 1.000 Pa95 1.220 Wo90 2.430 1.400 Wo90 2 Wo90 EI
2039+523 ... 0.025 NED 1.420 NED 0.230 Br97 2.800 0.890 Br97 1 Br97 RO
2126-158 3.268 1.240 Ca97 0.580 Ca97 0.720 Ca97 1.530 0.300 Ca97 3 Ca97 RO
            0.860 Ca97 1.680 0.090 Ca97     AS
            0.710 Wo90 3.180 2.100 Wo90     EI
2131-021 0.557 2.390 Fo98 0.130 Fo98 0.050 Fo98 2.050 0.460 Fo98 2 IT90 RO
2134+004 1.936 12.249 Fo98 0.720 Fo98 0.260 Fo98 1.820 0.420 Fo98 3 Gh93 RO
2136-428 ... 0.108 NED 0.390 NED 0.120 La96 3.200 0.410 La96 2 La96 RO
2143+0704 0.237 0.050 Pa95 0.230 Pa95 0.120 Pe96 2.910 0.320 Pe96 1 Pe96 RO
2149-306 2.345 1.150 NED 0.710 NED 0.880 Sb96 2.040 0.940 Sb96 3 Ca97 RO
            0.760 El99 1.370 0.030 El99     SA
            1.270 Ca97 1.540 0.050 Ca97     AS
2155-152 0.672 2.150 NED 0.420 NED 0.220 Sa97b 2.170 0.100 Sa97b 3 Sa97b RO
2155-304 0.117 0.310 Fo98 18.950 Fo98 41.050 Sa94 2.630 0.080 Sa94 1 Co97 EX
            5.980 Wo90 2.610 0.180 Wo90     EI
            44.900 Ku98 2.620 0.010 Ku98     AS
            43.900 Fo98 2.340 0.030 Fo98     RO
            73.550 Gi98 2.880 0.050 Gi98     SA


 
Table 5: continued.
IAU Name z $F_{\rm R}$ Ref. $F_{\rm O}$ Ref. $F_{\rm X}$ Ref. $\Gamma$ err Ref. Type Ref. Sat
    (Jy)   (mJy)   ($\mu $Jy)              
2200+420 0.069 4.857 Fo98 5.450 Fo98 2.200 Pa99 1.830 0.080 Pa99 2 Gh93 SA
            4.320 Wo90 2.340 1.900 Wo90     EI
            2.220 Sa97 1.960 0.040 Sa97     AS
            0.880 Fo98 1.920 0.470 Fo98     RO
2201+171 1.080 0.843 NED 0.120 NED 0.080 Wo90 1.410 0.800 Wo90 3 Wo90 EI
2208-137 0.392 0.580 NED 0.660 NED 0.960 Sa94 1.400 0.900 Sa94 3 Sa94 EX
2223-052 1.404 4.519 Fo98 1.020 Fo98 1.460 Wo90 1.340 0.720 Wo90 3 Gh93 EI
            0.270 Fo98 2.090 0.230 Fo98     RO
            0.220 BSGh 1.730 0.210 BSGh     SA
2230+114 1.037 3.689 Fo98 0.690 Fo98 0.420 Ku98 1.580 0.120 Ku98 3 Ku98 AS
            0.730 Tv99 1.510 0.040 Tv99     SA
2240-260 0.774 1.203 Fo98 0.260 Fo98 0.070 Fo98 1.790 0.400 Fo98 2 NED RO
2243+203 ... 0.120 NED 2.900 NED 0.060 LM99 2.680 -- LM99 2 LM99 RO
2247+381 0.119 0.119 NED 6.840 NED 0.600 LM99 2.510 -- LM99 1 LM99 RO
2251+158 0.859 8.759 Fo98 1.020 Fo98 1.310 Wo90 1.830 1.750 Wo90 3 IT90 EI
            1.370 Fo98 1.620 0.040 Fo98     RO
2254+024 2.090 0.426 NED 0.230 NED 0.150 Wo90 3.870 3.300 Wo90 3 Wo90 EI
2254+074 0.190 1.216 Fo98 0.600 Fo98 0.080 Wo90 0.950 2.100 Wo90 2 Gh93 EI
            0.090 Fo98 2.890 0.610 Fo98     RO
2316-423 0.055 0.540 Pa95 5.770 Pa95 0.100 Xu99 2.600 0.300 Xu99 2 Xu99 AS
            0.360 Xu99 2.000 0.200 Xu99     RO
2319+161 ... 0.024 LM99 0.720 NED 0.360 LM99 2.200 -- LM99 1 LM99 RO
2322+346 0.098 0.076 NED 11.890 NED 0.420 LM99 1.800 -- LM99 1 LM99 RO
2344+514 0.044 0.215 Co97 2.370 Co97 4.170 TW 2.310 0.070 TW 1 Co97 AS
            5.180 TW 2.390 0.080 TW     AS
            5.260 TW 2.130 0.030 TW     AS
            3.400 Gi99 2.310 0.050 Gi99     SA
            6.870 Gi99 1.770 0.040 Gi99     SA
2356-309 0.165 0.029 NED 0.700 NED 5.780 Cs00 2.100 0.050 Cs00 1 NED SA

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Copyright ESO 2001