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Home All issues Volume 533 (September 2011) A&A, 533 (2011) A79 Full HTML
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Table 3

Variability and spectral class.

Name z O.I. S G−P rms SEF/SG−P R 87/90−09 R 86−87 S.I. Comments
mJy mJy
J0012.5–1629 0.151 FSRQ 50 14 0.99 0.04 steep SSRQ
J0015.5+3052 1.619 FSRQ 89 12 1.20 2.60 steep + SSRQ
J0029.0+0509 1.633 FSRQ 377 49 0.75 2.10 flat-steep break at  ~5 GHz
J0106.7–1034 0.469 FSRQ 188 16 0.80 2.22 steep SSRQ
J0110.5–1647 0.780 FSRQ 72 14 1.37 1.84 flat
J0125.0+0146 1.559 FSRQ 95 13 1.45 4.63 flat
J0126.2–0500 0.411 FSRQ 54 13 0.60 1.64 steep SSRQ
J0204.8+1514 0.405 FSRQ 3073 273 0.69 2.57 steep SSRQ
J0210.0–1004 1.976 FSRQ 244 18 0.82 2.23 flat-steep break at  ~2.7 GHz
J0227.5–0847 2.228 FSRQ 115 14 0.95 0.36 GPS peak at  ~3.2 GHz
J0245.2+1047 0.070 BLLac 217 19 0.89 0.55 steep SS-BLLac
J0304.9+0002 0.563 FSRQ 75 ? 0.71 1.52 steep SSRQ
J0322.6–1335 1.468 FSRQ 164 16 0.65 3.42 steep SSRQ
J0340.8–1814 0.195 RG ? 148 16 0.91 0.75 steep SS-RG
J0411.0–1637 0.622 FSRQ 124 15 1.48 3.66 flat
J0414.0–1224 0.463 FSRQ 152 16 0.39 5.71 steep + SSRQ
J0414.0–1307 0.569 FSRQ 42 14 3.24 6.32 steep-flat break at  ~2.7 GHz
J0421.5+1433 ? BLLac 114 11 0.96 0.50 steep + SS-BLLac
J0427.2–0756 1.375 FSRQ 56 13 0.91 0.35 flat
J0434.3–1443 1.899 FSRQ 281 20 1.38 4.41 GPS break at  ~3.2 GHz
J0435.1–0811 0.791 FSRQ 73 13 1.26 1.36 GPS possibly inverted
J0447.9–0322 0.774 FSRQ 56 13 0.35 2.75 steep + SSRQ
J0502.5+1338 ? BLLac 459 41 0.94 1.69 2.12 steep-flat break at  ~2.7 GHz
J0510.0+1800 0.416 FSRQ 796 71 0.90 0.89 flat
J0513.8+0156 0.084 BLLac 131 13 –
J0518.2+0624 0.891 FSRQ 230 21 1.05 0.10 steep + SSRQ
J0535.1–0239 1.033 FSRQ 42 13 2.06 3.28 inverted
J0646.8+6807 0.927 FSRQ 72 7 1.00 0.36 steep-flat
J0651.9+6955 1.367 FSRQ 132 12 1.15 2.58 flat
J0724.3–0715 0.270 FSRQ 482 28 0.57 6.96 flat
J0744.8+2920 1.168 FSRQ 179 16 1.26 3.74 flat
J0816.0–0736 0.040 BLLac 61 13 0.68 1.46 flat-steep break at  ~2.7 GHz
J0829.5+0858 0.866 FSRQ 180 16 0.95 0.15 flat
J0847.2+1133 0.119 BLLac 32 5 0.55 1.74 steep-flat break at  ~2.7 GHz
J0853.0+2004 1.930 SSRQ 60 6 1.13 0.05 steep-flat break at  ~3.0 GHz
J0908.2+5031 0.917 SSRQ 86 8 0.89 1.00 steep-flat break at  ~3.0 GHz
J0927.7–0900 0.254 FSRQ 181 16 0.50 5.33 flat
J0931.9+5533 0.266 SSRQ 53 6 1.05 0.97 GPS peak at  ~2.7 GHz
J0937.1+5008 0.275 FSRQ 315 28 0.35 11.2 inverted ? peculiar spectral index
J0940.2+2603 0.498 FSRQ 292 26 1.53 4.60 flat
J1006.1+3236 1.020 SSRQ 231 21 0.84 2.77 steep +
J1006.5+0509 1.216 FSRQ 179 16 0.71 3.10 steep-flat break at  ~2.7 GHz
J1010.8–0201 0.896 FSRQ 826 45 0.67 5.53 flat
J1011.5–0423 1.588 FSRQ 189 16 0.64 4.08 flat
J1025.9+1253 0.663 FSRQ 631 56 1.04 0.14 flat
J1026.4+6746 1.181 FSRQ 129 12 1.02 0.15 flat
J1028.5–0236 0.476 FSRQ 94 13 1.41 2.72 inverted
J1028.6–0336 1.781 SSRQ 61 13 1.00 0.001 steep-flat possibly inverted at higher frequencies
J1032.1–1400 1.039 FSRQ 223 18 0.71 2.10 flat
J1101.8+6241 0.663 FSRQ 693 61 0.50 9.41 steep SSRQ
J1105.3–1813 0.578 FSRQ 59 14 0.59 1.65 inverted
J1116.1+0828 0.486 FSRQ 282 25 1.41 3.42 GPS peak at  ~2.7 GHz
J1120.4+5855 0.158 NLRG 46 5 1.14 0.05 flat
J1150.4+0156 1.502 FSRQ 95 10 1.38 2.80 flat
J1204.2–0710 0.185 BLLac 128 15 1.18 1.42 flat
J1206.2+2823 0.708 FSRQ 21 4 0.94 1.12 steep-flat break at  ~5.0 GHz
J1213.0+3248 2.502 FSRQ 61 6 1.09 0.54 steep-flat break at  ~5.0 GHz
J1213.2+1443 0.718 SSRQ 61 7 0.85 1.42 steep +
J1217.1+2925 0.974 FSRQ 49 6 0.91 0.55 steep-flat break at  ~2.7 GHz
J1222.6+2934 0.401 SSRQ 60 6 1.84 5.79 flat
J1223.9+0650 1.189 FSRQ 251 23 1.01 1.25 flat
J1224.5+2613 0.687 FSRQ 272 24 0.88 0.29 steep + SSRQ
J1225.5+0715 1.120 SSRQ 75 9 0.76 0.09 steep +
J1229.5+2711 0.490 NLRG 165 15 0.75 1.97 2.79 steep-flat break at  ~2.7 GHz; possibly inverted
J1231.7+2848 ? BLLac 114 11 1.08 1.19 flat
J1311.3–0521 0.160 BLLac 46 13 0.94 0.20 flat
J1315.1+2841 1.576 FSRQ 95 9 1.09 1.88 flat-steep possibly GPS, break at  ~5.0 GHz
J1320.4+0140 1.235 BLLac 541 48 0.90 1.07 flat
J1329.0+5009 2.650 SSRQ 133 12 1.34 3.31 steep-flat break at  ~2.7 GHz
J1332.7+4722 0.668 SSRQ 333 29 0.57 4.72 3.50 flat
J1337.2–1319 3.475 FSRQ 71 14 0.94 0.30 flat
J1359.6+4010 0.407 FSRQ 281 25 0.95 0.96 inverted
J1400.7+0425 2.550 FSRQ 267 24 0.58 4.52 steep-flat break at  ~2.7 GHz
J1404.2+3413 0.937 SSRQ 62 6 0.89 1.36 steep +
J1406.9+3433 2.556 FSRQ 204 18 1.36 3.96 GPS peak at  ~5.0 GHz
J1416.4+1242 0.335 FSRQ 98 10 0.83 2.32 flat
J1417.5+2645 1.455 FSRQ 77 8 1.20 1.89 flat
J1419.1+0603 2.389 FSRQ 240 22 0.92 3.94 2.85 flat
J1420.6+0650 0.236 FSRQ 241 9 0.82 1.34 steep + SSRQ
J1423.3+4830 0.569 SSRQ 100 9 1.47 4.36 flat
J1427.9+3247 0.568 SSRQ 65 7 0.93 1.69 GPS peak at  ~2.7 GHz
J1442.3+5236 1.800 FSRQ 111 10 0.86 1.54 steep SSRQ
J1507.9+6214 1.478 SSRQ 213 19 1.00 0.07 steep +
J1539.1–0658 ? BLLac 76 13 1.10 0.54 GPS peak at  ~5.0 GHz
J1543.6+1847 1.396 FSRQ 300 27 0.55 5.77 steep-flat break at  ~2.7 GHz
J1606.0+2031 0.383 FSRQ 196 18 0.42 6.70 steep-flat break at  ~2.7 GHz
J1626.6+5809 0.748 SSRQ 315 28 1.14 1.58 flat
J1629.7+2117 0.833 FSRQ 105 10 0.93 0.78 steep + SSRQ
J1648.4+4104 0.851 SSRQ 197 18 2.54 14.4 inverted
J1656.6+5321 1.555 FSRQ 145 13 0.93 2.92 4.62 flat possibly GPS
J1656.8+6012 0.623 FSRQ 184 16 2.63 17.4 5.16 flat possibly GPS
J1722.3+3103 0.305 SSRQ 53 6 0.98 0.63 steep +
J1804.7+1755 0.435 FSRQ 92 9 1.13 1.30 steep + SSRQ
J1840.9+5452 0.646 BLLac 252 22 0.77 3.54 flat
J2109.7–1332 1.226 FSRQ 51 14 0.72 1.00 flat
J2154.1–1501 1.208 FSRQ 219 18 1.10 1.10 flat possibly flat-steep
J2159.3–1500 2.270 FSRQ 86 14 0.79 1.24 GPS peak at  ~2.7 GHz
J2239.7–0631 0.264 SSRQ 64 13 1.40 1.90 flat-steep break at  ~3.5 GHz
J2320.6+0032 1.894 FSRQ 87 10 1.10 0.88 flat
J2322.0+2114 0.707 FSRQ 100 9 0.77 1.67 steep + SSRQ
J2329.0+0834 0.948 FSRQ 273 24 1.08 0.45 4.13 inverted
J2333.2–0131 1.062 FSRQ 314 21 0.46 7.86 steep-flat break at  ~2.7 GHz
J2347.6+0852 0.292 FSRQ 154 7 0.47 2.00 steep SSRQ

Notes. The table is organised as follows: Col. 1: source name; Cols. 2 and 3: redshift and spectral class respectively, taken from Perlman et al. (1998) and Landt et al. (2001); Col. 4: GB6 flux density at 4.85 GHz for sources with 0° <  Dec  < 75° and PMN flux density at 4.85 GHz for sources with −20° <  Dec  < 0° taken from Perlman et al. (1998) and Landt et al. (2001); Col. 5: rms error; Col. 6: Effelsberg to GB6 or PMN flux density ratio; Col. 7: R parameter for the long-term variability; Col. 8: R parameter for the short-term variability; Col. 9: spectral index type; Col. 10: new spectral index classification and comments.

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