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SIMPLE = T / Standard FITS format BITPIX = 8 / Character information NAXIS = 0 / No image data array present EXTEND = T / There may be standard extensions BLOCKED = T / The file may be blocked ORIGIN = 'ADC ' / This file written at the ADC, NASA/GSFC DATE = '11/01/88' / Date file written (dd/mm/yy) END XTENSION= 'TABLE ' / Table extension BITPIX = 8 / Character data NAXIS = 2 / Simple 2-D matrix NAXIS1 = 124 / Number of characters per record NAXIS2 = 3543 / Number of records in the table PCOUNT = 0 / No "random" parameters GCOUNT = 1 / Only one group TFIELDS = 27 / Number of data fields per record EXTNAME = 'QAGN3_QSO' / Quasars and Active Nuclei, 3rd Ed., QSOs AUTHOR = 'Veron-Cetty, Veron' / Catalog author(s) REFERENC= '1987, ESO Report' / Catalog reference(s) DATE = '05/10/88' / Date FITS table verified (dd/mm/yy) HISTORY This FITS header is NOT a complete scientific document for the subject HISTORY catalog. It serves only as a minimal description of the general HISTORY format and structure of the data file. HISTORY A copy of "Documentation for the Machine-Readable Version of HISTORY Quasars and Active Nuclei", Raugh 1987, Doc. No. STX-T-1-3002-3201-87 HISTORY should accompany any computer-readable version of the catalog. HISTORY Source Catalog Reference: Veron-Cetty, M. P. and Veron, P. 1987, HISTORY ESO Scientific Report (in press). COMMENT This table contains data for 3543 quasars (a quasar is defined as "a COMMENT star-like object, or object with a starlike nucleus, brighter than COMMENT absolute magnitude -23" -- Veron-Cetty and Veron 1987). While the COMMENT printed version lists 3473 quasars with redshifts published prior to COMMENT January 1, 1987, the computer-readable version also includes 70 quasars COMMENT without published redshifts. These objects show only a single emission COMMENT line. TTYPE1 = 'RADIO_FLAG' / "*" if object has not been detected in radio TBCOL1 = 1 / Start column TFORM1 = 'A1 ' / Fortran format TNULL1 = ' ' / Null value TTYPE2 = 'NAME ' / Common name of the object TBCOL2 = 2 / Start column TFORM2 = 'A12 ' / Fortran format TTYPE3 = '4C ' / 4C designation (information not complete) TBCOL3 = 14 / Start column TFORM3 = 'A6 ' / Fortran format TNULL3 = ' ' / Null value TTYPE4 = 'RAHR ' / Hours RA, 1950.0 TBCOL4 = 20 / Start column TFORM4 = 'I3 ' / Fortran format TUNIT4 = 'HR ' / Units are hours TTYPE5 = 'RAMIN ' / Minutes RA, 1950.0 TBCOL5 = 23 / Start column TFORM5 = 'I3 ' / Fortran format TUNIT5 = 'MIN ' / Units are minutes of time TTYPE6 = 'RASEC ' / Seconds RA, 1950.0 TBCOL6 = 26 / Start column TFORM6 = 'F5.1 ' / Fortran format TUNIT6 = 'SEC ' / Units are seconds of time TTYPE7 = 'DECDEG ' / Degrees DEC, 1950.0 TBCOL7 = 31 / Start column TFORM7 = 'I4 ' / Fortran format TUNIT7 = 'DEG ' / Units are degrees TTYPE8 = 'DECMIN ' / Minutes DEC, 1950.0 TBCOL8 = 35 / Start column TFORM8 = 'I3 ' / Fortran format TUNIT8 = 'ARCMIN ' / Units are minutes of arc TTYPE9 = 'DECSEC ' / Seconds DEC, 1950.0 TBCOL9 = 38 / Start column TFORM9 = 'I3 ' / Fortran format TUNIT9 = 'ARCSEC ' / Units are seconds of arc TTYPE10 = 'COORD_FLAG' / "O" for optical, "R" for radio coordinates TBCOL10 = 42 / Start column TFORM10 = 'A1 ' / Fortran format TNULL10 = ' ' / Null value TTYPE11 = '6CM_FLUX' / Flux density at 6 cm TBCOL11 = 43 / Start column TFORM11 = 'F7.3 ' / Fortran format TUNIT11 = 'JANSKYS ' / Units are janskys TNULL11 = ' ' / Null value TTYPE12 = '6CM_REF ' / Reference to 6cm flux density TBCOL12 = 50 / Start column TFORM12 = 'I5 ' / Fortran format TNULL12 = ' ' / Null value TTYPE13 = '11CM_FLUX' / Flux density at 11 cm TBCOL13 = 55 / Start column TFORM13 = 'F6.2 ' / Fortran format TUNIT13 = 'JANSKYS ' / Units are janskys TNULL13 = ' ' / Null value TTYPE14 = '11CM_REF' / Reference to 11cm flux TBCOL14 = 61 / Start column TFORM14 = 'I5 ' / Fortran format TNULL14 = ' ' / Null value TTYPE15 = 'SP_INDEX' / Radio spectral index TBCOL15 = 66 / Start column TFORM15 = 'F6.2 ' / Fortran format TNULL15 = ' ' / Null value TTYPE16 = 'Z_FLAG ' / Redshift quality flag TBCOL16 = 74 / Start column TFORM16 = 'A1 ' / Fortran format TNULL16 = ' ' / Null value COMMENT Z_FLAG (field 16) is "/" if redshift was estimated from a low COMMENT dispersion, slitless spectrum. TTYPE17 = 'Z ' / Redshift TBCOL17 = 75 / Start column TFORM17 = 'F5.3 ' / Fortran format TNULL17 = ' ' / Null value TTYPE18 = 'CLASS ' / Classification TBCOL18 = 81 / Start column TFORM18 = 'A2 ' / Fortran format COMMENT CLASS (field 18); see ADC document for list of classification codes. TTYPE19 = 'MAG_FLAG' / Magnitude/color flag TBCOL19 = 84 / Start column TFORM19 = 'A1 ' / Fortran format TNULL19 = ' ' / Null value COMMENT MAG_FLAG (field 19) is "/" if VMAG (field 20), U-B (field 21), and COMMENT B-V (field 22) contain photographic rather than photoelectric data. TTYPE20 = 'VMAG ' / V magnitude in the UBV system TBCOL20 = 85 / Start column TFORM20 = 'F5.2 ' / Fortran format TUNIT20 = 'MAG ' / Units are magnitudes TNULL20 = ' ' / Null value TTYPE21 = 'U-B ' / U-B in UBV system TBCOL21 = 90 / Start column TFORM21 = 'F6.2 ' / Fortran format TUNIT21 = 'MAG ' / Units are magnitudes TNULL21 = ' ' / Null value TTYPE22 = 'B-V ' / B-V in UBV system TBCOL22 = 96 / Start column TFORM22 = 'F6.2 ' / Fortran format TUNIT22 = 'MAG ' / Units are magnitudes TNULL22 = ' ' / Null value TTYPE23 = 'ABS_MAG ' / Absolute magnitude TBCOL23 = 102 / Start column TFORM23 = 'F6.1 ' / Fortran format TUNIT23 = 'MAG ' / Units are magnitudes TNULL23 = ' ' / Null value TTYPE24 = 'X-RAY_FLAG' / "X" if object detected as X-Ray source (Asiago)TBCOL24 = 109 / Start column TFORM24 = 'A1 ' / Fortran format TNULL24 = ' ' / Null value TTYPE25 = 'FC_REF ' / Finding chart reference TBCOL25 = 110 / Start column TFORM25 = 'I5 ' / Fortran format TNULL25 = ' ' / Null value TTYPE26 = 'PHOT_REF' / Photometry reference TBCOL26 = 115 / Start column TFORM26 = 'I5 ' / Fortran format TNULL26 = ' ' / Null value TTYPE27 = 'Z_REF ' / Redshift reference TBCOL27 = 120 / Start column TFORM27 = 'I5 ' / Fortran format TNULL27 = ' ' / Null value END *WEE 1 0 0 3.8 - 2 37 42 /1.74 18.7 -27.3 953*BG KPN 1 0 0 19.9 1 9 37 /2.63 20.9 -26.1 316 316 Q 0000-398 0 0 30.3 -39 48 48 O 0.03 317 2.827 18.8 -28.6 802 597*WEE 2 0 0 47.7 - 2 17 6 /2.20 20.7 -25.8 953 PKS 0000-17 0 0 48.5 -17 43 56 O 0.95 923 1.37 923 0.59 1.465 19.0 -26.6 404 404*WEE 3 0 0 53.2 - 2 16 36 /2.22 20.0 -26.6 953* 0 0 54.1 -42 44 4 /1.70 20.4 -25.5 385 886* 0 0 56.0 -42 39 14 2.19 21.1 -25.6 385 595*BG KPN 2 0 0 56.5 - 0 8 30 /2.59 20.6 -26.3 316 316*BG KPN 3 0 0 57.3 1 37 36 /2.22 20.0 -26.6 316 316*0001+0842 0 1 8.7 8 42 51 3.229 19.3 -27.9 371 371 TEX0001-121 0 1 9.1 -12 8 30 1.30 18.0 -27.2 998* 0 1 17.8 -42 27 50 2.24 19.2 -27.4 385 595*BG CFH 1 0 1 22.1 - 1 12 9 /2.49 22.1 -24.6 316 316* 0 1 23.5 -42 56 10 2.03 18.8 -27.7 385 595*BG CFH 2 0 1 26.2 - 0 47 19 /2.62 20.6 -26.4 316 316*BG CFH 3 0 1 27.4 - 0 55 43 /2.34 21.0 -25.5 316 316*BG CFH 4 0 1 42.6 - 1 21 55 /2.25 20.3 -26.3 316 316*BG CFH 5 0 1 42.8 - 1 9 44 /2.01 19.4 -27.1 316 316* 0 1 42.8 -42 25 52 1.30 20.5 -24.7 385 595*BG CFH 6 0 1 47.3 - 0 50 46 /1.46 18.4 -27.2 316 316* 0 1 56.9 -42 55 13 2.04 18.4 -28.1 385 595* 0 2 1.0 -43 16 30 1.84 18.9 -27.3 385 595*Q 0002-387 0 2 8.4 -38 47 41 2.23 19.9 -26.7 601 601*Q 0002-422 0 2 15.5 -42 14 10 2.758 17.21 0.23 0.25 -30.0 802 4 597* 0 2 20.3 -43 5 36 2.20 19.8 -26.9 385 595*BG CFH 7 0 2 22.3 - 0 55 12 /2.26 20.9 -25.7 316 316*UM 197 0 2 26.7 - 0 50 30 2.18 18.0 -28.7 509 487*BG CFH 9 0 2 29.2 - 1 1 31 /2.22 19.7 -26.9 316 316*BG CFH 10 0 2 46.0 - 0 52 0 /0.44 18.6 -23.7 316 316 UM 18 0 2 46.4 5 7 28 R 0.257 840 0.17 840 -0.67 1.89 16.21 0.35 -1.11 -30.0 508 4 487*Q 0002-3936 0 2 54.0 -39 36 0 2.04 19.2 -27.3 475 475*BG CFH 11 0 2 55.5 - 1 6 44 /2.16 19.9 -26.7 316 316* 0 2 56.0 -43 23 48 2.69 19.7 -27.4 385 595*BG CFH 12 0 3 8.1 - 1 20 57 /2.13 19.3 -27.3 316 316*BG CFH 13 0 3 8.8 - 1 17 39 /2.23 21.5 -25.1 316 316*BG CFH 14 0 3 9.6 - 0 59 43 /1.99 20.5 -25.9 316 316*BG CFH 15 0 3 10.9 - 1 13 52 /1.56 20.0 -25.8 316 316*BG CFH 16 0 3 12.8 - 0 40 57 /1.76 19.4 -26.6 316 316*BG CFH 17 0 3 15.4 - 0 51 18 /1.65 18.6 -27.3 316 316* 0 3 20.8 -42 58 52 1.83 18.3 -27.9 385 595*BG CFH 18 0 3 21.2 - 0 43 47 /1.68 20.1 -25.8 316 316 PKS 0003+15 15.01 0 3 25.1 15 53 7 O 0.34 782 0.49 438 0.59 0.450 16.40 0.11 -0.70 -26.0 753 711 497*BG CFH 19 0 3 28.5 - 1 10 42 /1.87 18.8 -27.4 316 316* 0 3 39.5 -42 53 15 1.85 19.6 -26.6 385 595 NRAO 5 0 3 40.3 - 6 40 18 O 1.58 923 1.46 923 -0.13 0.347 18.5 -23.2 220 1014* 0 3 47.3 -43 2 2 1.86 18.4 -27.8 385 595 3C 2.0 -00.01 0 3 48.8 - 0 21 7 O 1.45 782 2.25 438 0.71 1.037 19.35 0.79 -0.96 -25.1 727 711 497* 0 3 55.2 -42 35 5 0.94 18.4 -25.8 385 595*BG CFH 20 0 4 2.2 - 0 50 2 /2.24 21.4 -25.2 316 316 TEX0004+171 0 4 13.0 17 11 34 0.116 101 2.89 18.5 -29.0 998*Q 0004-408 0 4 40.0 -40 50 50 2.09 18.3 -28.3 475 601*UM 202 0 4 53.2 2 24 32 /2.00 18.00 -0.29 -0.50 -28.4 507 4 507 PKS0005-239 0 5 27.4 -23 56 0 O 0.53 139 0.58 139 0.15 1.410 16.47 0.33 -0.89 -29.0 139 4 995*UM 203 0 5 33.8 - 0 0 22 /1.49 18.0 -27.6 507 507 PKS0006+014 0 6 19.0 1 25 20 0.087 910 0.08 480 -0.14 1.302 18.5 -25.7 131 993 B2 0006+39 0 6 28.5 39 45 6 1.83 18.5 -27.7 998*Q 0007-4044 0 7 30.0 -40 44 0 2.47 18.6 -28.1 475 475*Q 0007-4239 0 7 36.0 -42 39 0 2.67 18.3 -28.8 475 475*Q 0007-353 0 7 36.0 -35 21 0 2.03 18.04 0.57 -1.30 -28.4 598 4 598*UM 208 0 7 42.8 - 0 4 12 2.31 17.0 -29.5 507 487 B2 0007+33 33.01 0 7 50.1 33 12 56 O 0.15 245 0.26 910 0.89 0.743 19. -24.7 592 762*UM 209 0 7 53.8 - 1 42 32 /1.56 17.0 -28.8 507 507 III ZW 2 0 7 56.7 10 41 47 O 0.42 219 0.23 449 -0.98 0.090 S1 15.40 0.56 -0.83 -23.3 X 43 43 147 PKS0008+171 0 7 59.4 17 7 38 O 1.19 786 0.91 786 -0.44 1.601 18.0 -27.8 786 995*UM 210 0 8 17.2 - 0 48 13 /2.09 18.5 -28.1 507 507 PKS0008-264 0 8 28.9 -26 29 15 R 0.81 923 0.67 923 -0.31 1.093 19.0 -25.6 139 975*UM 211 0 9 37.2 - 1 38 48 /2.00 16.0 -30.4 507 487*UM 212 0 9 41.1 - 1 48 9 1.07 17.0 -27.6 507 487 PKS0010-408 0 10 9.6 -40 50 10 O 0.23 129 0.31 129 0.48 /1.50 18.0 -27.6 743 743*UM 222 0 12 17.8 0 40 16 1.46 17.0 -28.6 507 487*Q 0013-3940 0 13 12.0 -39 40 0 0.98 18.9 -25.4 475 475*Q 0013-401 0 13 24.5 -40 7 43 1.60 18.0 -27.8 601 601*UM 224 0 13 28.7 - 0 29 5 2.09 17.0 -29.6 507 487 PKS 0013-00 0 13 37.2 - 0 31 53 O 0.79 788 0.82 312 0.06 19.8 417 320 S5 0014+81 0 14 4.5 81 18 29 R 0.551 470 0.61 470 0.17 3.41 16.5 -30.8 469 469*UM 661 0 14 11.0 - 4 20 51 1.96 504 504*Q 0014-392 0 14 40.3 -39 13 5 2.34 18.8 -27.7 601 601*00151+160 0 15 9.9 16 3 13 /2.20 19.9 -26.6 21 22 SA 68 D 0 15 48.0 15 23 35 0.69 19. -24.5 X 423*00159+155 0 15 54.8 15 35 48 /2.30 20.6 -25.9 21 22*0015+162 0 15 56.7 16 12 47 O 0.554 /18.2 0.0 -24.7 X 452 520 521*Q 0016-357 0 16 10.0 -35 46 0 3.199 19.1 -28.3 55 55*UM 662 0 16 37.1 -17 57 38 2.19 18.5 -28.2 504 504 S5 0016+73 0 16 54.0 73 10 50 O 1.654 470 1.50 470 -0.16 1.781 18.0 -28.1 36 481 4C 25.01 25.01 0 17 3.4 25 46 13 O 0.484 910 0.66 158 0.50 0.284 762*Q 0017-397 0 17 43.7 -39 42 40 1.94 18.4 -27.9 601 601 3C 9.0 15.02 0 17 49.9 15 24 16 O 0.55 629 0.97 438 0.92 2.012 18.21 0.23 -0.74 -28.2 X 704 704 757*Q 0017-420 0 17 54.7 -42 3 12 1.55 18.6 -27.1 601 601*Q 0018-422 0 18 24.4 -42 12 21 2.86 18.6 -28.8 601 601*Q 0018-388 0 18 48.4 -38 48 34 2.29 19.0 -27.7 601 601*PC0018+0047 0 18 53.7 0 47 39 1.820 18.12 -28.0 766 766*Q 0019-396 0 19 34.5 -39 40 32 2.28 19.8 -26.8 601 601*Q 0019-392 0 19 41.2 -39 15 59 2.20 19.6 -26.9 601 601*UM 232 0 19 53.6 1 7 35 2.134 17.0 -29.6 X 507 863*Q 0020-369 0 20 7.0 -36 57 0 2.005 19.2 -27.2 55 55*Q 0020-408 0 20 51.4 -40 50 53 2.63 18.8 -28.2 601 601*UM 663 0 21 6.8 -18 32 30 2.00 17.9 -28.5 504 504 UM 30 0 21 8.6 5 35 53 R 0.108 840 0.11 819 0.03 2.05 18.0 -28.5 508 487*UM 237 0 22 1.3 1 50 12 /1.43 18.0 -27.5 507 507*Q 0023-418 0 23 34.8 -41 50 16 2.22 19.3 -27.3 601 601*PC0023+1653 0 23 50.2 16 53 1 0.959 19.83 -24.4 766 766*UM 35 0 24 27.9 3 23 2 /2.42 18. -28.6 508 818 NAB 0024+22 0 24 38.4 22 25 23 O 0.200 219 0.24 818 0.30 1.118 16.57 0.33 -0.69 -28.2 75 219 75*UM 36 0 24 50.9 4 37 54 1.06 18. -26.6 508 487*UM 245 0 25 0.4 - 1 51 27 /1.46 18.0 -27.6 507 507 TEX0026+205 0 26 28.3 20 35 1 O 1.985 19.5 -26.9 984 984 PG 0026+12 0 26 38.1 12 59 30 O 0.002 219 0.142 S1 15.41 0.29 -0.78 -24.2 X 333 572 333*Q 0026-392 0 26 52.1 -39 15 49 1.95 19.2 -27.2 601 601 B2 0027+39 0 27 3.2 39 32 4 O 19. 173 173*UM 247 0 27 18.1 1 49 33 2.35 17.0 -29.6 507 487*UM 248 0 27 31.3 0 12 16 /1.97 18.5 -27.9 507 507*UM 249 0 27 40.0 0 57 32 1.46 17.0 -28.6 507 487*UM 42 0 27 47.3 5 14 18 2.26 18. -28.6 508 487*UM 664 0 27 51.2 -18 36 42 2.55 18.2 -28.6 504 504 PKS0027-426 0 27 51.6 -42 41 20 O 0.43 129 0.42 129 -0.04 /1.66 19.0 -26.9 738 739*UM 250 0 28 2.6 - 1 31 16 0.67 17.6 -25.9 507 504*UM 251 0 28 25.9 - 1 48 23 /2.12 18.0 -28.6 507 507*UM 252 0 28 57.6 0 17 48 1.732 18.0 -28.0 507 780*UM 253 0 29 1.8 0 17 49 2.222 18.5 -28.1 507 780 PKS0029-414 0 29 1.9 -41 24 47 O 0.21 129 0.23 129 0.15 0.896 17.82 0.57 -0.67 -26.2 643 4 416*UM 665 0 29 10.8 -12 9 19 2.65 18.0 -29.0 504 504*0029+0722 0 29 43.3 7 22 1 3.272 18.4 -28.9 371 371*UM 45 0 30 31.1 3 24 53 1.99 17. -29.4 508 487 UM 46 0 31 2.8 3 34 28 0.018 840 0.02 819 0.17 2.31 18. -28.5 508 487*0031-077 0 31 12.6 - 7 42 26 0.388 /18.5 -0.4 -23.5 X 520 520 520*PB 8357 0 31 40.8 - 7 38 14 0.291 /17.9 -0.1 -23.4 X 192 520 192 MC4 0031-707 0 31 58.5 -70 42 26 0.363 15.5 -26.4 X 567*0032-073 0 32 8.8 - 7 22 50 0.752 /18.0 0.1 -25.7 X 520 520 520*NGC 157#1 0 32 14.0 - 8 40 18 0.756 19. -24.7 50*UM 259 0 32 18.3 - 1 27 57 /1.85 17.0 -29.2 507 507*Q 0032-413 0 32 21.0 -41 20 58 1.54 18.9 -26.8 601 601 4C 42.01 42.01 0 32 23.2 42 21 48 O 0.117 910 0.20 910 0.87 1.588 18.3 -27.5 171 171*Q 0032-424 0 32 57.7 -42 29 29 2.34 18.9 -27.6 601 601 MC 0033+156 0 33 19.1 15 36 47 O 0.139 910 0.27 910 1.08 1.160 18.0 -26.9 382 798 3C 14.0 0 33 29.3 18 21 28 O 0.61 627 1.01 438 0.82 1.468 20. -25.6 461 640 4C 08.04 08.04 0 33 41.0 7 58 34 O 0.106 910 0.19 910 0.95 1.578 18.5 -27.3 981 995 4C 09.01 09.01 0 33 48.3 9 51 29 O 0.46 629 0.48 910 0.07 1.918 17.5 -28.8 995 995*Q 0034-3308 0 34 12.0 -33 8 0 2.18 17.8 -28.9 475 475*UM 52 0 34 27.8 2 27 37 /2.27 18. -28.6 508 508 5C 03.44 0 34 54.3 39 21 41 O 0.099 910 0.16 910 0.78 1.937 17.95 0.23 -0.78 -28.4 625 81 81 PKS 0035+23 0 35 19.8 23 50 41 O 0.45 782 0.70 559 0.72 2.27 19.0 -27.6 559 782*Q 0035-4213 0 35 45.3 -42 13 55 2.62 18.7 -28.3 475 475 PKS0035-252 0 35 46.0 -25 15 31 O 0.30 415 0.28 415 -0.11 1.196 17.5 -27.4 221 415*UM 261 0 35 50.1 - 0 16 53 /1.67 18.0 -27.9 507 507 PKS 0035-39 0 36 2.3 -39 16 13 0.44 129 0.85 129 1.07 0.592 16.29 0.73 -0.53 -26.8 645 4 647*Q 0036-3535 0 36 36.0 -35 35 0 1.86 19.2 -27.0 475 475*UM 264 0 37 44.8 - 1 53 50 2.34 18.5 -28.0 507 1009*1E0037-0157 0 37 44.9 - 1 57 27 0.296 17.73 -23.6 X 327 327*Q 0037-3939 0 37 47.0 -39 39 40 1.44 19.4 -26.1 475 475*UM 265 0 38 7.8 - 1 12 3 /2.13 18.0 -28.6 507 507*Q 0038-3953 0 38 16.6 -39 53 29 2.31 18.8 -27.7 475 475*Q 0038-3936 0 38 22.5 -39 36 42 2.37 18.0 -28.6 475 475 PKS0038-020 0 38 24.2 - 2 2 58 O 0.79 917 0.61 917 -0.42 1.176 18.4 -26.5 131 131*Q 0038-4041 0 38 35.6 -40 41 42 2.96 19.1 -28.5 475 475 PKS0038-019 -02.04 0 38 52.5 - 1 59 42 O 0.28 917 0.55 917 1.10 1.690 18.5 -27.4 X 92 839*Q 0039-362 0 39 2.0 -36 12 0 1.474 19.0 -26.6 55 55 OB 565 0 39 27.4 56 52 10 0.727 910 0.78 910 0.11 1.141 18.0 -26.8 183*Q 0039-4004 0 39 34.0 -40 4 20 2.91 19.2 -28.3 475 475*Q 0039-265 0 39 36.4 -26 30 29 1.803 /17.5 0.0 -28.6 573 573 573*UM 666 0 39 42.8 - 3 10 23 2.74 18.5 -28.7 504 504*Q 0040-3947 0 40 13.1 -39 47 11 2.25 19.9 -26.7 475 475*Q 0040-3356 0 40 18.0 -33 56 0 2.06 19.2 -27.3 475 475*Q 0040-370 0 40 19.0 -37 3 0 2.723 18.8 -28.4 475 55*UM 268 0 40 21.9 - 1 42 2 /1.66 18.0 -27.9 507 507*UM 269 0 40 45.9 0 34 51 /2.00 18.0 -28.4 507 507 PKS0041+001 0 41 0.0 0 8 30 0.129 910 0.08 922 -0.78 1.127 19.3 -25.5 131 993*Q 0041-4023 0 41 4.4 -40 23 57 2.50 18.4 -28.4 475 475 PKS0041-395 0 41 13.9 -39 30 40 O 0.20 129 /1.69 20.0 -25.9 739 739*0041-2707 0 41 24.4 -27 7 50 2.783 17.4 -29.9 371 371*Q 0041-261 0 41 31.1 -26 7 40 2.501 /17.3 -0.1 -29.5 663 573 663*Q 0042-248 0 42 0.1 -24 50 42 0.807 /17.4 0.1 -26.4 663 573 663*0042-2627 0 42 6.2 -26 27 43 /3.4 17.0 -30.3 363 MC 0042+101 0 42 22.7 10 10 30 O 0.070 910 0.15 910 1.24 0.583 18.0 -25.1 793 798*Q 0042-3910 0 42 35.3 -39 10 5 1.34 19.4 -25.9 475 475*UM 273 0 42 45.4 1 59 7 /1.36 18.0 -27.4 507 507*Q 0042-3953 0 42 47.1 -39 53 37 2.26 19.0 -27.6 475 475*Q 0042-3836 0 42 50.4 -38 36 3 1.55 18.8 -26.9 475 475*Q 00428-269 0 42 52.0 -26 57 14 O 2.900 19.0 -28.5 805 805*PG 0043+039 0 43 10.7 3 54 41 0.384 15.89 -26.1 763 763*Q 0043-3157 0 43 12.0 -31 57 0 2.17 18.3 -28.4 475 475 UM 275 0 43 39.5 0 48 3 0.004 826 2.150 17.0 -29.6 X 507 863*Q 0044-276 0 43 48.2 -27 34 13 3.42 19.4 -27.9 943 PKS 0044-05 -05.03 0 44 12.0 - 5 38 21 R 0.129 910 0.25 910 1.07 1.869 19. -27.2 981 995*CS 30 0 44 20.6 -28 7 53 O 1.389 202 750*PHL 6625 0 44 23.1 -20 59 52 0.380 /18.8 -0.2 -23.2 X 520 520 520 PKS0044+030 0 44 31.4 3 3 33 O 0.039 910 0.09 922 1.36 0.624 S1 16.08 -27.2 213 647*Q 0044-3253 0 44 36.0 -32 53 0 1.57 17.7 -28.1 475 475*UM 276 0 44 45.6 1 31 52 1.59 17.0 -28.8 507 487*Q 0045-4144 0 45 10.6 -41 44 22 2.32 19.5 -27.0 475 475*UM 667 0 45 17.2 - 3 41 32 3.14 18.6 -28.7 504 504*CS 34 0 45 25.4 -28 29 24 /1.95 19.4 -27.0 202 202*UM 278 0 45 32.6 - 1 19 42 2.53 18.0 -28.8 507 1009*CS 35 0 45 40.6 -25 51 27 O 2.521 202 750*CS 36 0 45 41.0 -28 50 30 O 2.252 18.9 -27.7 202 750 PKS0045-000 0 45 45.3 - 0 1 23 O 0.100 910 0.11 922 0.15 1.536 19.4 -26.3 131 993*UM 70 0 45 45.6 5 43 7 2.16 19.2 -27.4 508 504*Q 0045-3826 0 45 48.4 -38 26 53 0.40 18.0 -24.1 475 475*CS 37 0 45 49.7 -26 4 6 O 0.486 18.6 -24.0 202 750*CS 38 0 45 55.2 -28 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16.4 -26.3 880 570 1E08502+284 8 50 17.9 28 25 17 0.037 293 0.922 17.7 -26.4 X 829 829 3C 208.0 14.28 8 50 22.7 14 4 17 O 0.54 628 0.95 438 0.92 1.109 17.42 0.34 -1.00 -27.3 X 724 724 168*US 1885 8 50 36.9 47 23 17 0.470 18.3 -24.2 880 883 4C 58.17 58.17 8 50 50.2 58 8 55 O 1.41 632 0.87 632 -0.78 1.322 18.0 -27.3 467 924 3C 208.1 8 51 53.3 14 17 19 O 0.71 627 1.22 438 0.88 1.02 20. -24.5 1008 809*LB 8863 8 51 59.6 19 42 5 O 2.214 18.07 0.14 -0.55 -28.5 715 761 B2 0853+29 29.32 8 53 0.6 29 10 6 O 0.154 349 0.35 158 1.33 18.5 288 995*NGC2693 UB1 8 53 24.6 51 32 18 2.31 19.5 -27.0 51*LB 8948 8 54 15.8 19 20 29 O 0.331 17.42 0.23 -0.86 -24.2 715 761 LB 8956 8 54 36.5 19 7 0 O 0.034 218 0.05 819 0.63 1.891 17.7 -28.6 761*0854+1632 8 54 59.4 16 32 37 2.540 18.5 -28.3 371 371*0855+1821 8 55 59.7 18 21 51 2.619 19.0 -28.0 371 371*LB 8991 8 55 40.2 18 48 48 O 1.013 18.0 -26.4 761 3C 212.0 14.30 8 55 55.6 14 21 24 O 0.89 627 1.41 438 0.75 1.043 19.06 0.90 -0.30 -25.5 X 1020 716 800*US 2068 8 56 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16.26 9 3 44.1 16 58 16 O 0.41 628 0.70 438 0.87 0.411 18.27 0.21 -0.66 -23.9 X 727 727 498*H 0903+175 9 3 49.9 17 34 28 O 2.771 17.3 -29.9 370 371*09038+167 9 3 52.6 16 46 15 /2.4 18.2 -28.4 21 22 B2 0904+38 9 4 35.0 38 39 48 1.74 18.5 -27.5 998*0905+1507 9 5 37.6 15 7 24 3.157 19.4 -28.0 371 371*TON 1009 9 6 3.0 32 48 54 0.81 17. -26.8 641 1023 3C 216.0 43.17 9 6 17.3 43 5 58 O 1.81 627 2.39 438 0.45 0.67 18.30 0.50 -0.60 -25.2 X 704 704 800*LB 9388 9 6 28.7 16 47 36 O 1.070 17.9 -26.7 761 4C 54.18 9 6 33.5 54 39 36 O 0.29 618 0.625 17.5 -25.8 205 925 PKS 0906+01 01.24 9 6 35.1 1 33 48 O 1.01 782 1.20 917 0.28 1.018 17.79 0.47 -0.85 -26.7 X 137 4 180*PG 0906+48 9 6 45.3 48 25 56 O 0.118 S1 16.10 0.36 -0.80 -23.1 333 572 333 B2 0906+31 9 6 52.0 31 18 17 0.77 288 17.8 288 290*0907-091 9 7 9.8 - 9 6 5 0.253 /18.0 0.1 -23.0 X 520 520 520 PKS0907-023 9 7 13.1 - 2 19 17 O 0.42 917 0.57 922 0.50 0.957 18.56 -25.7 131 993*NGC2775 U1 9 7 41.0 7 14 30 1.442 18.8 -26.7 53 53 B3 0907+381 9 7 45.8 38 11 13 R 0.23 214 2.16 18.0 -28.6 998*NGC2782 U1 9 10 54.0 40 19 18 0.936 19.0 -25.2 53 53 4C 05.38 05.38 9 11 24.0 5 20 17 O 0.15 910 0.26 991 0.89 0.303 17.43 0.17 -0.95 -24.0 991 502 502*0913+0715 9 13 34.6 7 15 1 2.774 17.1 -30.1 371 371 PKS0913-025 -02.38 9 13 48.5 - 2 32 2 0.184 910 0.28 922 0.68 1.203 18.05 -26.9 131 993 PKS0915-213 9 15 10.4 -21 18 57 O 0.54 139 0.59 139 0.14 0.847 18.5 -25.4 220 1017*MARK 106 9 16 18.6 55 34 20 O 0.122 S1 16.15 0.39 -0.94 -23.1 525 250 733 S4 0917+44 9 17 41.9 44 54 39 O 0.803 632 0.54 632 -0.64 2.180 19. -27.7 467 468*NGC2841 UB1 9 18 34.8 51 11 18 2.028 18.5 -28.0 51 51*NGC2841 UB3 9 18 34.8 51 11 18 0.553 16.5 -26.4 51 51 PKS0919-260 9 19 16.7 -26 5 55 O 1.28 139 1.15 139 -0.17 2.300 18.41 0.28 -0.53 -28.1 139 4 1017*SBS0920+580 9 19 50.8 57 58 50 O 1.376 17.5 -27.9 545 545 PKS 0919+21 21.25 9 19 53.1 21 49 33 O 0.19 910 0.31 561 0.79 1.421 18.5 -27.0 592 760*SBS0920+580 9 20 0.0 58 0 0 1.376 17.5 -27.9 545 545 B2 0920+31B 9 20 48.4 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19.0 0.32 -1.05 -27.4 703 66 66 B2 0928+31 9 28 3.2 31 15 49 O 0.039 910 0.07 910 0.95 1.310 18.6 -26.6 288 183*WEE 27 9 28 15.1 21 52 30 /2.75 20.2 -27.0 953 PKS0928+008 9 28 18.1 0 48 13 O 0.33 415 0.30 415 -0.15 0.505 19.5 -23.2 745 415*WEE 28 9 29 7.2 21 57 12 /2.42 20.9 -25.7 953*WEE 29 9 29 17.7 21 28 24 /1.69 20.1 -25.8 953*WEE 30 9 29 42.9 21 48 24 /2.53 20.9 -25.9 953*WEE 31 9 29 44.9 22 11 48 /2.31 19.9 -26.6 953*WEE 32 9 30 57.0 21 25 18 /2.20 20.4 -26.1 953*WEE 33 9 31 19.0 21 42 30 /2.31 21.1 -25.4 953*US 737 9 31 50.7 43 44 36 0.456 16.3 -26.1 882 570*NOTNI 11 9 31 52.0 48 32 0 0.223 17.17 0.16 -0.55 -23.5 587 587 587*NGC2916 UB2 9 32 7.8 21 55 48 0.793 17.6 -26.2 51 51*NGC2916 UB3 9 32 7.8 21 55 48 1.279 18.2 -27.0 51 51*NGC2916 UB4 9 32 7.8 21 55 48 1.868 19.3 -26.9 51 51*NGC2916 UB5 9 32 7.8 21 55 48 0.732 19.1 -24.5 51 51 GB20932+367 9 32 28.5 36 46 43 R 0.19 214 2.84 18.5 -28.9 998*Q 0932+501 9 32 30.0 50 6 42 1.88 17.24 0.16 -0.59 -29.0 588 588 862 PKS 0932+02 02.27 9 32 42.9 2 17 40 O 0.32 917 0.53 917 0.82 0.659 17.39 0.13 -0.45 -26.0 134 134 134*TB0933+733 9 33 0.0 73 18 0 2.528 17.0 -29.8 491 11*US 784 9 34 56.4 45 17 52 1.544 17.82 -27.9 882 881*US 792 9 35 25.3 42 28 31 0.380 17.4 -24.6 882 570*US 795 9 35 47.3 43 2 4 2.044 18.83 -27.7 882 881*CSO 233 9 36 32.3 36 53 48 /2.03 17. -29.5 642 642*1E09378+118 9 37 49.4 11 53 18 0.783 18.6 -25.2 X 829 829*09379+121 9 37 56.8 12 9 33 /2.7 19.0 -28.2 21 22 B2 0937+39 39.27 9 37 59.2 39 7 30 O 0.19 910 0.37 910 1.08 0.618 18. -25.2 592 180*SBS0938+548 9 38 12.0 54 53 0 /2.3 19. -27.5 533 533*09382+117 9 38 13.9 11 45 32 /2.30 19.9 -26.6 21 22*US 842 9 38 13.9 45 33 47 1.048 18.50 -26.0 882 881*09382+120 9 38 14.7 12 5 45 /2.00 19.5 -26.9 21 22*US 844 9 38 16.9 45 1 24 0.800 18.7 -25.0 882 883*09383+120 9 38 23.9 12 5 58 /2.4 20.2 -26.4 21 22 0938+119 9 38 31.8 11 59 13 O 0.19 82 0.23 910 0.31 3.19 19.5 -27.9 X 97 97 PKS0938+185 9 38 36.6 18 34 47 O 0.18 415 0.27 415 0.66 0.943 19.3 -24.9 987 415*US 851 9 38 48.4 45 8 40 0.444 18.36 -24.0 882 881*09388+117 9 38 50.8 11 42 54 /2.2 18.6 -27.9 21 22*09392+121 9 39 14.5 12 7 24 /1.80 19.0 -27.1 21 22*09392+117 9 39 17.2 11 46 2 /1.9 19.8 -26.5 21 22*US 871 9 39 36.9 43 35 19 1.547 18.45 -27.3 882 881 B2 0939+27 9 39 57.2 27 51 42 O 0.76 288 18. 288 290*US 889 9 40 36.1 46 1 22 1.495 18.11 -27.5 882 881*US 905 9 41 20.7 44 8 10 0.579 18.17 -24.9 882 881 MC 0941-200 9 41 30.2 -20 5 44 O 0.715 19.0 -24.6 582 582 OK 568 9 41 30.2 52 16 24 0.481 632 0.62 632 0.41 0.565 18.6 -24.4 205 925 B2 0941+26 9 41 50.2 26 8 33 O 0.31 349 0.39 910 0.37 2.910 18.0 -29.5 995 995*US 922 9 42 18.7 44 23 2 1.783 18.99 -27.1 882 881 4C 12.35 12.35 9 43 8.1 12 19 23 O 0.235 480 0.27 991 0.23 16. 991 987*US 946 9 43 29.6 45 6 39 1.916 18.63 -27.7 882 881*CSO 18 9 43 42.0 32 54 0 1.30 17. -28.2 641 1023*US 969 9 44 26.7 44 5 45 1.695 18.48 -27.5 882 881*SBS0944+540 9 44 31.7 54 3 57 O 0.492 17.0 -25.6 533 545 MC 0945+114 9 45 4.8 11 27 51 O 0.23 910 0.23 910 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18.3 26 1 18 /2.04 20.5 -26.0 953*WEE 59 12 33 21.3 26 17 12 /2.09 21.0 -25.6 953*12336+264 12 33 28.7 26 29 54 /2.40 19.1 -27.5 21 22*WEE 60 12 33 33.0 26 51 36 /1.99 20.2 -26.2 953* 12 33 33.2 10 50 57 0.665 18.5 -24.9 798*WEE 61 12 33 42.8 26 39 30 /2.10 21.6 -25.0 953*WEE 62 12 33 58.5 26 48 24 /1.82 19.8 -26.3 953*WEE 63 12 34 2.8 26 51 48 /2.10 21.6 -25.0 953*WEE 65 12 34 22.4 26 41 42 /2.09 20.5 -26.1 953*WEE 68 12 34 36.1 26 13 6 /1.55 20.4 -25.3 953 B2 1234+33B 12 34 37.0 33 30 53 0.16 629 0.16 212 0.00 1.28 18.5 -26.7 212 998*14A1 12 34 38.9 1 39 31 O 0.627 /19.03 -0.91 -24.3 150 150 150*14A2 12 34 39.8 1 39 30 O 0.722 /19.43 -0.57 -24.2 150 150 150*WEE 70 12 34 45.8 26 35 30 /2.20 21.6 -24.9 953*Q 1234+152 12 34 56.6 15 13 47 0.394 19.0 -23.1 373 373*Q 1235+148 12 35 5.5 14 53 11 2.680 19.0 -28.1 373 373*WEE 72 12 35 6.4 26 13 0 /2.30 21.6 -24.9 953 PKS1235-182 12 35 17.1 -18 13 58 O 0.18 752 2.192 18.9 -27.8 582 582*WEE 73 12 35 25.1 26 27 30 /2.50 20.2 -26.6 953 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1.286 19.0 -26.2 139 975*1243.7+34.6 12 43 45.3 34 37 25 /2.29 20.0 -26.7 818 818*1244.0+34.5 12 44 5.3 34 33 5 /1.94 20.0 -26.3 818 818 PKS1244-255 12 44 6.7 -25 31 25 O 1.05 139 0.91 139 -0.23 0.633 17.41 0.41 -0.53 -25.9 648 4 749*1244.1+34.6 12 44 8.8 34 41 4 /1.9 20.0 -26.3 818 819*1244.2+34.6 12 44 14.5 34 40 55 /2.30 19.5 -27.0 818 819*AB 4 12 44 28.7 38 6 22 1.27 /18.14 0.03 -0.39 -27.0 151 555 B2 1244+32B 32.41 12 44 55.4 32 25 23 O 0.18 347 0.28 910 0.72 0.949 17.2 -27.0 592 760*1244.9+34.7 12 44 57.3 34 43 54 2.48 18.0 -28.7 818 819*B 19 12 45 3.2 34 31 31 2.065 /17.94 0.29 -1.19 -28.6 151 151*1245.3+34.3 12 45 20.4 34 18 27 /1.82 20.0 -26.1 818 819 H 1245+18 12 45 37.8 18 54 33 O 0.13 910 0.20 910 0.70 0.723 18.0 -25.6 995 995*1245.6+34.2 12 45 39.3 34 16 34 /2.07 20.5 -26.0 818 819*1246.0+34.4 12 46 5.6 34 29 0 /2.23 19.0 -27.6 818 818*1246+005 12 46 26.1 0 32 6 /2.37 18. -28.6 506 506*BSO 1 12 46 28.7 37 46 50 1.241 16.98 0.31 -0.78 -28.1 152 723 708*B 46 12 46 29.6 34 40 49 0.271 17.83 0.36 -0.87 -23.3 X 152 152 152 Q 1246-057 12 46 38.7 - 5 42 58 O 0.001 826 2.212 16.73 0.36 -0.30 -29.8 598 4 598*1247.0+2696 12 46 59.4 26 57 22 0.664 18.2 -25.2 229 4C 45.26 12 47 3.6 45 1 9 O 0.31 618 0.799 17.8 -26.1 205 925*1247.4+2684 12 47 25.0 26 50 36 0.978 20.0 -24.3 229*PG 1247+268 12 47 39.0 26 47 28 2.041 15.90 -30.6 335 1022*1247.7+2727 12 47 39.8 27 15 59 0.968 19.8 -24.5 229*1247.8+2701 12 47 46.5 27 0 25 1.507 19.6 -26.1 229*1247.8+2700 12 47 49.4 26 59 57 1.778 18.5 -27.6 229*1248.0+2716 12 47 57.1 27 9 47 1.491 19.8 -25.8 229 B2 1248+30 30.25 12 48 0.1 30 32 59 O 0.14 347 0.21 910 0.66 1.061 17.5 -27.1 592 760*1248.1+2726 12 48 8.9 27 15 52 /1.9 20.5 -25.8 230*CSO 173 12 48 25.4 31 42 24 1.02 17. -27.5 729 1023*PG 1248+401 12 48 26.6 40 7 58 1.030 16.28 -28.2 763 763*TON 133 12 48 35.3 30 42 24 0.65 17. -26.4 729 1023*PC1248+4719 12 48 38.7 47 19 15 1.000 18.6 -25.8 767 767*1249.0+2650 12 49 0.1 26 30 5 1.426 20.0 -25.5 229*1249.2+2708 12 49 13.3 27 5 1 /2.2 21.0 -25.5 230*1249.4+2722 12 49 24.0 27 12 55 2.13 20.0 -26.6 229*1249.4+2692 12 49 24.6 26 55 11 1.898 17.8 -28.5 229*1249.4+2712 12 49 26.0 27 7 22 1.267 20.4 -24.7 229*1249.5+2717 12 49 32.8 27 10 13 1.863 20.3 -25.9 229*B 86 12 49 40.6 33 54 46 1.431 /17.58 0.51 -0.93 -27.9 151 151*CSO 176 12 49 59.7 29 29 48 0.82 17. -26.8 729 1023 3C 277.1 56.20 12 50 15.2 56 50 36 O 1.05 627 1.53 438 0.61 0.320 17.93 -0.17 -0.78 -23.6 X 727 727 758*CSO 179 12 50 53.0 31 22 18 0.78 16. -27.8 729 1023*WEE 76 12 51 57.0 36 44 0 /3.13 19.0 -28.3 953*WEE 77 12 51 59.4 36 16 54 /2.40 20.0 -26.6 953 PKS 1252+11 12 52 7.7 11 57 21 O 1.00 782 1.20 980 0.30 0.870 16.64 0.35 -0.75 -27.3 X 133 133 499*1252+012 12 52 21.3 1 16 23 /2.38 18. -28.6 506 506*WEE 78 12 52 23.7 36 16 48 /2.77 20.5 -26.7 953*WEE 79 12 52 24.4 36 59 0 /1.94 19.5 -26.8 953*WEE 80 12 52 54.8 36 36 12 /2.17 20.5 -26.2 953*WEE 81 12 53 0.0 37 1 24 /2.42 20.0 -26.6 953*BVF 8 12 53 32.1 35 56 42 2.09 /19.60 0.11 -0.61 -27.0 X 303 463 3C 279 -05.55 12 53 35.8 - 5 31 8 O 15.34 627 11.96 438 -0.40 0.536 17.75 0.26 -0.56 -25.1 X 724 727 499 MC 1253+104 12 53 36.7 10 25 7 O 0.126 910 0.22 579 0.90 0.824 18.0 -25.8 81 798*BVF 12 12 53 38.6 35 48 43 0.74 /19.03 0.14 -0.48 -24.6 303 555*US 19 12 53 40.8 29 5 57 1.331 /19.4 -0.2 -0.4 -25.9 879 879 883*BVF 16 12 53 49.4 36 7 14 0.69 /19.50 0.21 -0.65 -24.0 303 554*BVF 17 12 53 49.8 36 5 45 1.37 /19.51 0.16 -0.81 -25.9 303 554 MARK 231 12 54 5.0 57 8 38 O 0.137 448 0.17 448 0.35 0.041 S1 13.84 0.84 0.15 -23.1 524 951 35* 12 54 11.8 27 48 26 /2.05 21.0 -25.5 386 386*PG 1254+047 12 54 27.6 4 43 47 1.024 16.14 -28.3 763 763*BVF 30 12 54 29.2 35 55 22 0.65 /19.20 -0.16 -0.43 -24.2 X 303 555*US 39 12 54 29.3 30 29 31 0.515 /19.2 0.3 -0.2 -23.5 879 879 883*BVF 36 12 54 47.4 35 38 35 1.35 /18.60 0.32 -0.89 -26.7 X 303 555* 12 54 50.4 27 54 11 /2.65 20.4 -26.6 386 386*BVF 41 12 54 51.6 35 37 47 1.03 /19.17 0.62 -0.75 -25.3 303 554* 12 54 53.2 28 14 55 /1.88 20.8 -25.4 386 386*B 142 12 54 55.0 37 3 27 0.28 /17.84 0.50 -0.80 -23.4 151 151*BVF 46 12 54 56.2 36 5 37 1.50 /19.47 0.33 -0.83 -26.2 X 303 554 B2 1255+37 36.22 12 55 2.3 37 0 30 0.276 350 0.283 17.8 -23.4 942*BVF 51 12 55 8.2 35 59 31 O 0.52 /18.56 0.05 -0.67 -24.2 X 303 555 PKS1255-316 12 55 15.2 -31 39 4 O 1.68 415 1.49 415 -0.19 1.924 18.7 -27.6 648 415* 12 55 20.0 27 48 20 /1.52 19.4 -26.3 386 386* 12 55 24.4 28 15 57 /2.11 20.8 -25.8 386 386* 12 55 25.9 27 48 41 /1.98 20.1 -26.3 386 386*B 185 12 55 40.3 37 15 16 O 1.53 /18.12 0.30 -0.76 -27.6 151 151*1255+003 12 55 44.2 0 23 24 /2.08 18. -28.6 506 506*WEE 83 12 55 46.8 35 36 0 /2.04 20.6 -25.9 953* 12 56 4.1 28 43 27 /2.25 20.4 -26.2 386 386*US 72 12 56 4.8 29 28 31 1.252 /19.4 0.2 -0.4 -25.7 879 879 883 B 194 12 56 7.9 35 44 52 O 0.006 819 0.03 819 2.61 1.880 17.96 0.40 -0.76 -28.3 X 152 152 172*BVF 72 12 56 10.9 35 32 18 1.75 /19.82 -0.07 -0.44 -26.2 303 554*WEE 85 12 56 11.8 35 47 0 /1.97 21.2 -25.2 953 PKS1256-220 12 56 14.0 -22 3 20 O 0.79 139 0.55 220 -0.59 1.306 20. -25.2 220 246 PKS 1256-17 12 56 17.0 -17 34 26 O 0.49 752 0.68 752 0.53 2.059 17.8 -28.7 125 582* 12 56 24.2 27 49 7 /1.62 20.6 -25.2 386 386* 12 56 44.7 28 3 37 /2.66 21.0 -26.0 386 386*B 189 12 56 51.3 36 48 7 O 2.075 19.22 -0.03 -0.83 -27.3 152 152 152*WEE 86 12 56 53.1 35 23 48 /3.35 21.5 -25.7 953* 12 56 55.7 28 29 45 /2.16 19.2 -27.4 386 386* 12 56 58.5 27 43 30 /2.00 20.2 -26.2 386 386*BVF 92 12 57 6.1 36 7 29 0.82 /19.51 0.16 -24.3 X 303 554*WEE 87 12 57 13.8 35 47 6 /2.24 21.4 -25.2 953* 12 57 26.6 28 43 39 /2.99 19.6 -28.0 386 386 B 201 12 57 26.8 34 39 31 O 0.013 219 1.375 16.79 0.26 -0.82 -28.6 152 152 152*WEE 88 12 57 31.8 35 31 6 /2.04 20.9 -25.6 953*WEE 89 12 57 33.2 35 18 6 /2.19 19.9 -26.8 953* 12 57 38.5 28 4 57 /2.30 21.1 -25.4 386 386 PKS1257-230 12 57 43.9 -23 1 56 O 0.31 139 0.49 139 0.74 /2.28 18.5 -28.1 560 739* 12 57 51.8 27 55 40 /2.58 21.9 -25.0 386 386*BVF 112 12 57 53.7 35 38 57 1.79 /19.21 0.58 -0.46 -26.9 303 554 5C 4.105 12 58 4.1 28 46 18 O 0.14 910 0.17 910 0.32 0.645 18. -25.4 X 410 180 3C 280.1 40.32 12 58 14.1 40 25 15 O 0.36 627 0.62 438 0.88 1.659 19.44 -0.13 -0.70 -26.4 727 727 498* 12 58 16.7 27 43 41 /1.45 20.7 -24.8 386 386*W 61972 12 58 23.8 28 39 28 1.922 /17.75 0.07 -1.12 -28.6 386 960 995* 12 58 27.2 28 8 27 /1.92 21.0 -25.3 386 386*1258.4+34.3 12 58 27.4 34 22 16 /2.01 18.5 -28.0 818 818*1258.4+34.2 12 58 30.3 34 17 12 /1.8 19.5 -26.6 818 819*B 246 12 58 31.4 34 4 43 0.690 /18.18 -0.07 -0.60 -25.3 151 151*US 136 12 58 36.6 28 35 52 1.355 17.4 -27.9 386 570*B 196 12 58 41.7 35 38 44 0.323 /18.27 0.38 -1.06 -23.3 X 151 151*UM 536 12 58 45.2 1 37 45 1.982 17. -29.4 506 415* 12 58 46.1 28 5 6 /1.93 20.4 -25.9 386 386*WEE 90 12 58 48.8 35 57 12 /2.40 21.2 -25.4 953*B 471 12 58 49.5 34 22 38 0.774 /17.66 0.29 -0.69 -26.1 151 151 5C 4.127 12 58 55.8 28 37 44 O 0.13 910 0.17 910 0.44 1.374 19. -26.4 X 884 180 1258.9+34.2 12 58 59.6 34 16 32 0.030 819 0.03 910 0.00 /1.97 19.0 -27.4 818 818*PG 1259+593 12 59 8.2 59 18 14 0.472 15.71 -26.8 763 763*WEE 91 12 59 10.8 35 43 36 /2.03 21.7 -24.8 953*B 228 12 59 20.9 36 46 2 1.194 /17.83 0.36 -0.65 -27.1 151 151*EXO1259+285 12 59 21.9 28 28 12 0.86 19.0 -24.9 X 155 155*POX 104 12 59 24.0 -13 30 0 2.387 17.5 -29.1 476 476*1259.4+34.7 12 59 24.8 34 42 41 /2.08 18.5 -28.1 818 819*BVF 161 12 59 25.8 35 46 38 O 2.04 /19.43 0.44 -0.79 -27.1 303 554*BSO 6 12 59 30.9 34 27 9 O 1.956 17.87 0.05 -1.01 -28.5 152 152 152*BVF 164 12 59 32.5 36 10 12 0.69 /19.27 0.36 -0.39 -24.3 X 303 554*WEE 93 12 59 34.8 35 31 6 /1.90 20.0 -26.3 953*BVF 166 12 59 39.1 35 55 50 1.23 /18.72 0.61 -0.55 -26.3 303 555*1259.7+34.4 12 59 44.2 34 25 46 2.82 19.1 -28.3 818 819*BVF 170 12 59 47.7 36 3 23 1.76 /19.21 0.18 -0.27 -26.8 303 554*BVF 175 13 0 0.0 36 4 53 0.68 /19.73 0.05 -0.38 -23.8 303 463*1259.9+34.5 13 0 0.4 34 33 7 O /2.88 19.0 -28.4 818 819*1300.2+34.4 13 0 12.3 34 27 29 O /1.68 19.0 -26.9 818 818*1300.2+34.3 13 0 14.8 34 21 3 /1.8 20.5 -25.6 818 819*1300.5+34.6 13 0 31.9 34 41 16 /1.93 20.0 -26.3 818 819*Q 1300-243 13 0 36.7 -24 18 56 O 2.259 17.85 0.04 -0.31 -28.8 598 4 598*US 189 13 0 49.4 28 27 17 1.302 17.6 -27.6 879 570*1300.8+34.7 13 0 50.4 34 43 14 /1.9 21.0 -25.3 818 819*BVF 202 13 0 50.6 36 12 39 /1.93 /19.76 0.02 -0.79 -26.6 303 463*BVF 216 13 1 29.4 35 54 24 1.47 /19.50 0.30 -0.47 -26.1 303 463*W 33211 13 1 30.6 30 42 38 O 1.709 17.56 0.09 -0.77 -28.4 960 960 995*BVF 219 13 1 38.4 36 8 30 1.71 /19.4 -0.50 -26.5 303 554*B 286 13 1 42.0 35 49 21 0.33 /18.65 0.60 -0.65 -23.0 X 151 151*US 211 13 1 46.6 29 35 47 1.519 /18.6 0.3 -0.2 -27.1 879 879 883*BVF 225 13 1 49.8 35 52 56 0.91 /19.27 0.49 -0.74 -24.8 303 554*US 216 13 1 54.0 31 40 6 1.289 19.5 -25.7 879 883*BVF 227 13 1 56.5 35 41 53 2.04 /19.29 0.60 -1.03 -27.2 X 303 463*C 32 13 2 0.5 36 2 20 O 1.633 /19.91 0.47 -0.54 -25.9 233*BVF 230 13 2 4.3 35 49 30 1.99 /18.77 0.42 -0.87 -27.6 303 555 PKS1302-035 13 2 8.7 - 3 29 57 O 0.38 917 0.53 922 0.54 1.250 19.42 0.24 -0.85 -25.7 131 993 993*POX 115 13 2 12.0 -12 34 0 2.294 19.0 -27.7 476 476*B 288 13 2 17.0 35 45 11 O 1.293 /18.39 0.53 -0.84 -26.8 151 151*BVF 247 13 2 44.4 36 7 24 0.89 /19.58 0.03 -0.67 -24.4 303 463*WEE 94 13 2 48.9 36 40 0 /3.00 20.5 -27.0 953 PKS1302-102 13 2 55.8 -10 17 17 O 1.28 139 1.23 139 -0.06 0.286 15.23 -0.05 -0.82 -26.0 648 648 164*BVF 262 13 3 10.3 35 33 16 O 0.97 /19.39 0.40 -0.57 -24.9 303 554*WEE 96 13 3 11.1 36 40 42 /2.13 20.5 -26.1 953*BVF 263 13 3 11.9 35 44 5 1.62 /19.35 0.12 -0.47 -26.5 303 554*BVF 264 13 3 16.1 36 14 32 O 1.35 /19.40 0.15 -0.71 -25.9 X 303 554*AB 122 13 3 22.4 33 51 34 O 0.490 /18.07 0.01 -0.87 -24.5 151 334*W 22722 13 3 32.0 30 48 55 O 1.759 /17.85 0.33 -0.89 -28.2 960 960 862*BVF 275 13 3 35.0 35 42 21 1.45 /19.58 0.03 -0.67 -26.0 303 463*WEE 97 13 3 44.0 36 0 0 /2.43 19.5 -27.1 953*H 1 13 3 47.9 29 46 4 /0.71 19.0 -24.5 315*W 21541 13 3 54.3 31 21 31 O 2.047 /17.72 0.13 -0.94 -28.8 960 960 995*H 2 13 3 54.8 29 10 46 /2.06 22.5 -24.0 384*BG 57 3 13 4 3.4 30 8 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50*NGC5982 UB2 15 37 38.0 59 31 6 1.968 19.0 -27.4 50 50*PG 1538+477 15 38 0.6 47 45 15 0.770 16.02 -27.7 763 763 4C 18.43 18.43 15 40 3.6 18 5 38 O 0.28 910 0.39 910 0.54 1.662 18. -27.9 981 337 MC 1540+110 15 40 33.1 11 4 5 O 0.080 910 0.16 580 1.12 0.992 20.0 -24.3 81 81 PKS1542+042 04.53 15 42 29.8 4 11 8 O 0.47 786 0.59 220 0.37 2.182 18.0 -28.7 413 1017 B2 1542+37 37.45 15 42 53.4 37 22 29 O 0.20 910 0.34 910 0.86 0.972 17.7 -26.6 592 760*PG 1543+489 15 43 59.8 48 55 30 0.400 16.48 -25.6 763 763 MC 1544+173 15 44 1.2 17 23 17 O 0.083 101 18. 81 81*1544.4+21.2 15 44 26.1 21 12 13 /2.00 20.5 -25.9 818 818*1545.4+20.9 15 45 29.1 20 54 35 /1.81 21.0 -25.1 818 818 3C 323.1 21.45 15 45 31.2 21 1 27 O 0.92 629 1.29 438 0.55 0.264 16.69 0.11 -0.85 -24.4 X 1020 716 759*1545.6+21.0 15 45 37.4 21 0 14 /1.89 19.5 -26.8 818 818 B2 1546+35A 15 46 23.8 35 20 37 0.48 18.0 -24.6 998 PKS1546+027 15 46 58.2 2 46 7 O 1.41 782 1.27 917 -0.17 0.412 17.79 0.17 -0.71 -24.4 131 993 180*1547.1+1169 15 47 4.5 11 41 35 /1.7 18.3 -27.6 230*1547.2+11.5 15 47 15.1 11 33 40 /1.42 19.0 -26.5 818 819 4C 18.45 18.45 15 47 21.8 18 44 5 O 0.25 910 0.33 991 0.45 1.442 20.13 0.34 -1.19 -25.4 991 993 993*1547.4+11.6 15 47 28.5 11 36 17 /2.15 20.0 -26.6 818 819 MC 1547+105 15 47 35.2 10 33 35 O 0.05 910 0.07 910 0.55 1.309 18.0 -27.2 364 798*1548.3+11.6 15 48 20.1 11 36 15 /1.29 20.0 -25.2 818 819 MC 1548+114 11.50 15 48 21.2 11 29 47 O 0.41 628 0.52 991 0.39 0.436 17.23 0.24 -0.82 -25.1 X 991 4 798*1548+114B 15 48 21.6 11 29 47 O 1.901 19. -27.3 933 779*1548+0917 15 48 38.5 9 17 48 2.749 17.5 -29.7 371 371*CF 1549+48A 15 49 17.0 48 37 59 1.960 19.8 -26.6 61 61*CF 1549+48D 15 49 17.0 48 37 59 1.465 19.7 -25.9 61 61*CF 1549+48E 15 49 17.0 48 37 59 1.728 19.2 -26.8 61 61*CF 1549+48F 15 49 17.0 48 37 59 1.878 20.0 -26.2 61 61*CF 1549+48G 15 49 17.0 48 37 59 1.100 18.9 -25.8 61 61*CF 1549+48H 15 49 17.0 48 37 59 1.854 61 61*CF 1549+48I 15 49 17.0 48 37 59 2.045 20.0 -26.5 61 61*CF 1549+48K 15 49 17.0 48 37 59 1.869 61 61*CF 1549+48L 15 49 17.0 48 37 59 0.953 61 61*CF 1549+48V 15 49 17.0 48 37 59 0.858 19.3 -24.6 61 61*CF 1549+48X 15 49 17.0 48 37 59 2.042 18.9 -27.6 61 61*CF 1549+48Y 15 49 17.0 48 37 59 1.737 19.5 -26.5 61 61*CF1549+4846 15 49 17.0 48 37 59 0.968 61 61*1E15498+203 15 49 49.4 20 22 56 0.250 16.5 -24.4 X 829 829 PKS1551-269 15 50 59.7 -26 55 51 O 1.14 415 1.35 415 0.27 2.145 21.5 -25.1 414 415 PKS1551+130 15 51 12.0 13 5 41 R 0.53 786 0.81 786 0.69 1.29 17.65 0.40 -0.81 -27.5 786 4 231*PG 1552+085 15 52 19.2 8 31 6 0.119 16.02 -23.2 763 763 PKS1552+199 15 52 25.9 19 56 3 O 0.54 110 0.67 110 0.35 1.34 18.5 -26.8 140 998*1E1553+1558 15 53 36.2 15 58 10 1.324 17.68 -27.6 X 327 327 MC 1554-203 15 54 26.1 -20 20 35 O 0.060 94 1.948 19.2 -27.2 971 971 DW 1555+00 15 55 17.7 0 6 44 O 2.18 782 2.01 917 -0.13 1.772 19.0 -27.1 388 80 B2 1555+33 15 55 33.7 33 13 20 O 0.13 245 0.15 631 0.23 0.942 18.3 -25.9 X 212 870 PKS1556-245 15 56 41.3 -24 34 11 O 0.54 139 0.69 139 0.40 2.813 19.0 -28.4 220 1017 GC 1556+33 15 56 59.4 33 31 47 O 0.18 245 0.16 631 -0.19 1.646 17. 0.49 -0.51 -28.9 X 212 444 298 MC 1557-199 15 57 16.1 -19 59 15 O 0.020 94 2.18 19.5 -27.2 971 971 TEX1558+187 15 58 2.9 18 46 54 0.148 101 2.40 18.0 -28.6 998*WEE 136 15 58 8.2 28 16 36 /2.32 20.8 -25.7 953 PKS1559+173 17.65 15 59 4.6 17 22 36 O 0.31 786 0.48 786 0.71 1.944 18.0 -28.3 786 995*WEE 137 15 59 13.6 28 37 24 /2.49 21.4 -25.3 953 TEX1559+140 15 59 35.2 14 5 29 O 0.38 910 2.237 18.0 -28.6 479 984 4C 06.54 06.54 15 59 44.8 6 23 21 O 0.140 101 17.5 413 987*1559+089 15 59 57.8 8 53 53 2.269 974*WEE 139 16 0 8.4 28 26 12 /3.24 21.8 -25.4 953*WEE 140 16 0 49.3 28 13 54 /2.27 19.6 -27.0 953*1601.1+1817 16 1 4.2 18 17 18 O 3.238 19.5 -27.7 179 179*1601.5+1747 16 1 28.7 17 47 1 O 1.481 18.5 -27.1 179 179*16016+184 16 1 38.3 18 24 8 /2.31 20.2 -26.3 21 22*1601.8+1826 16 1 47.0 18 25 34 O 1.942 18.5 -27.8 179 179 PKS1602-002 16 2 22.2 - 0 11 0 O 0.45 782 0.55 922 0.33 1.622 17.84 0.15 -0.63 -28.0 560 993 1022*1602.8+1753 16 2 46.4 17 53 22 O 3.003 19.5 -28.0 179 179 4C 57.27 57.27 16 2 53.9 57 39 2 O 0.476 632 0.41 632 -0.24 2.85 665 924 1603.8+1756 16 3 46.4 17 55 43 O 0.05 818 1.813 21.0 -25.1 179 179*1603.1+1818 16 3 5.5 18 18 17 O 1.620 20.0 -25.8 179 179*1603.8+1806 16 3 49.8 18 6 19 O 2.066 20.0 -26.5 179 179*1604.2+1811 16 4 11.4 18 10 46 O 1.842 20.5 -25.7 179 179*1604.2+1739 16 4 13.2 17 39 28 O 2.040 19.5 -27.0 179 179*1604.4+1743 16 4 22.5 17 43 16 O 2.323 19.0 -27.5 179 179*1604.4+1756 16 4 27.0 17 56 20 O 2.717 19.5 -27.7 179 179 1604.8+29.0 16 4 52.8 29 3 32 0.004 819 0.01 910 1.49 /1.97 17.0 -29.4 818 818*1605.0+1823 16 4 57.7 18 23 17 O 1.392 20.0 -25.4 179 179*1605.0+1751 16 5 1.0 17 51 26 O 2.116 20.5 -26.1 179 179*1605.0+1758 16 5 11.7 17 58 17 O 0.888 19.0 -25.0 179 179*1605.3+28.8 16 5 18.3 28 51 54 /1.8 20.5 -25.6 818 819 B2 1605+35 16 5 33.5 35 35 58 0.97 18.0 -26.3 998 B2 1606+28 28.40 16 6 9.9 28 56 55 O 0.14 349 0.28 946 1.12 1.989 19. -27.4 X 592 760 PKS 1606+10 10.45 16 6 23.4 10 36 59 O 1.05 788 1.6 579 0.68 18.0 137 987*1606.5+29.0 16 6 35.8 29 2 4 /2.00 18.5 -27.9 818 818*1606.6+28.9 16 6 38.6 28 59 38 /2.56 19.0 -27.8 818 819 4C 18.47 18.47 16 6 56.8 18 4 5 O 0.22 910 0.44 991 1.12 0.346 18. -23.7 981 995*1607.3+28.8 16 7 20.0 28 49 0 /2.29 20.0 -26.7 818 818 TEX1607+183 16 7 51.0 18 19 32 0.165 101 3.10 18.5 -28.8 998 MC 1608+113 16 8 11.5 11 23 16 O 0.12 910 0.20 579 0.83 0.457 18.0 -24.4 81 798 PKS 1610-77 16 10 51.7 -77 9 52 O 5.55 788 3.80 312 -0.61 1.710 19.0 -26.9 403 401 DA 406 16 11 47.9 34 20 20 O 2.67 629 2.38 939 -0.19 1.401 17.5 -27.9 X 990 173*1E1611-0324 16 11 50.6 - 3 24 7 0.298 17.62 -23.7 X 327 327 B2 1612+37A 16 12 3.7 37 50 29 1.63 18.5 -27.3 998*NAB 1612+26 16 12 7.0 26 40 15 0.395 17.3 -24.8 X 75 75 TON 256 16 12 8.7 26 11 46 O 0.02 819 0.131 S1 15.41 0.65 -0.78 -24.0 X 408 407 708*1613.1+1703 16 13 5.2 17 3 3 O 1.524 20.0 -25.7 179 179*1613.1+1818 16 13 8.1 18 17 34 O 2.502 20.0 -26.8 179 179*1613.2+1649 16 13 14.5 16 49 20 O 2.001 20.0 -26.4 179 179*MARK 876 16 13 36.2 65 50 37 O 0.129 S1 15.2 -24.2 X 531 249*1613.7+1715 16 13 41.7 17 15 15 O 2.729 18.5 -28.7 179 179*1613.7+1724 16 13 44.0 17 23 45 O 1.600 19.0 -26.8 179 179 PKS1614+051 16 14 9.1 5 6 54 R 0.85 786 0.67 786 -0.39 3.209 19.5 -27.7 220 259 1E16148+055 16 14 53.6 5 34 6 0.016 326 0.855 18.47 -25.4 X 327 326*1615.1+1713 16 15 3.0 17 12 49 O 2.996 19.5 -28.1 179 179 PKS1615+029 16 15 19.1 2 54 0 O 0.66 917 0.74 922 0.19 1.339 17.67 -0.08 -1.04 -27.6 131 572 993 3C 332.0 32.51 16 15 47.1 32 29 50 O 0.83 627 1.46 438 0.92 0.152 S1 16. -23.7 1020 175 DW 1616+06 16 16 36.6 6 20 15 O 0.89 786 0.89 220 0.00 2.086 19.0 -27.6 388 80*MARK 877 16 17 56.5 17 31 35 O 0.114 S1 15.5 -23.6 X 531 249 3C 334.0 17.68 16 18 7.3 17 43 29 O 0.57 628 1.32 438 1.36 0.555 16.41 0.12 -0.79 -26.5 1019 727 499 B2 1620+35 35.41 16 20 39.6 35 38 23 O 0.11 910 0.20 910 0.97 1.473 18.5 -27.1 981 995 B3 1621+392 16 21 23.4 39 16 27 R 0.18 214 1.97 17.5 -28.9 214 998 B2 1621+36 16 21 41.0 36 6 25 0.87 18.5 -25.5 998*1622.0+26.8 16 22 5.3 26 48 25 /2.16 21.0 -25.6 818 818*1622.4+26.9 16 22 24.5 26 56 20 3.20 20.0 -27.2 818 458 3C 336.0 23.43 16 22 32.4 23 52 1 O 0.73 629 1.39 438 1.05 0.927 17.47 0.44 -0.79 -26.7 727 727 498 B2 1622+39 16 22 38.2 39 31 33 1.12 17.5 -27.3 998 PKS1622-31 16 22 44.9 -31 1 21 O 0.66 415 1.06 415 0.77 1.124 18.1 -26.7 414 415 PKS1622+158 15.55 16 22 57.8 15 52 10 O 0.34 910 0.57 991 0.84 1.409 18.7 -26.8 991 798*1623.1+27.1 16 23 8.6 27 9 59 1.44 18.0 -27.5 X 818 458 PKS 1623+26 26.48 16 23 11.4 26 57 13 O 0.19 349 0.48 559 1.50 0.779 17.5 -26.3 X 367 760* 16 23 13.5 17 22 7 O 0.552 19.0 -23.9 364 798 1623.2+27.0 16 23 17.4 27 0 20 0.10 818 /2.3 20.0 -26.5 818 819*1623.4+26.9 16 23 25.4 26 54 41 /1.9 21.0 -25.3 818 819*1623.5+15.5 16 23 31.3 15 33 53 /3.07 20.0 -27.6 818 818*1623.7+268A 16 23 44.8 26 51 27 2.40 18.0 -28.6 818 819*1623.7+268B 16 23 45.4 26 53 54 2.518 16.0 -30.8 X 818 737*1623.9+268B 16 23 54.2 26 51 42 2.605 19.4 -27.6 818 737*1624.0+26.9 16 24 3.1 26 57 33 2.20 18.5 -28.0 X 818 458 PKS1625-141 16 25 57.3 -14 9 18 O 0.45 139 0.41 139 -0.15 1.10 19.5 -25.2 220 976*PG 1626+554 16 26 51.5 55 29 5 0.132 S1 16.17 -23.2 763 147*PC1628+4948 16 28 5.5 49 48 12 2.662 20.15 -26.9 766 766*1628.3+3810 16 28 20.8 38 6 13 1.949 20.0 -26.4 229*1628.5+3808 16 28 28.0 38 4 47 1.461 16.8 -28.8 229*1628.5+3742 16 28 32.0 37 25 29 0.960 17.0 -27.2 229*1628.6+3806 16 28 35.2 38 3 21 0.394 17.0 -25.1 229*1628.8+3773 16 28 45.5 37 44 5 1.246 19.9 -25.2 229 B2 1628+36C 36.28 16 28 57.7 36 19 31 O 0.16 910 0.29 910 0.97 1.254 17. -28.1 592 760*1629.1+3772 16 29 6.7 37 43 15 1.603 18.8 -27.0 229 PKS1629+120 12.59 16 29 24.5 12 2 24 O 0.68 628 1.00 579 0.63 1.795 18.40 -0.02 -0.81 -27.7 991 993 993*1629.5+3819 16 29 29.0 38 11 42 2.108 19.8 -26.8 229*1629.6+3789 16 29 33.1 37 53 18 1.246 20.0 -25.1 229 4C 43.39 16 29 38.6 43 55 3 O 0.339 632 0.51 618 0.66 1.167 18.5 -26.4 205 925*1629.7+3748 16 29 42.1 37 28 57 1.322 18.6 -26.7 229*1629.8+3823 16 29 48.0 38 13 49 1.630 18.4 -27.4 229*1629.8+3780 16 29 49.2 37 47 47 1.925 20.1 -26.2 229 4C 68.18 68.18 16 29 50.7 68 3 39 O 0.41 632 0.58 632 0.56 2.470 18.7 -28.0 205 618*1630.0+3820 16 29 58.3 38 12 13 1.138 20.3 -24.5 229*PG 1630+377 16 30 15.2 37 44 10 1.466 16.07 -29.5 763 229*1630.5+3749 16 30 32.2 37 29 35 2.037 18.2 -28.3 229*1630.9+3789 16 30 51.4 37 53 12 1.479 20.2 -25.4 229*1631.1+3738 16 31 3.0 37 22 46 2.940 18.6 -29.0 229*1631.1+3790 16 31 6.6 37 54 4 1.888 19.8 -26.4 229*1631.2+3769 16 31 9.5 37 41 14 0.653 17.8 -25.6 229*1631.2+3794 16 31 12.0 37 56 27 2.152 19.2 -27.4 229*1631.3+3796 16 31 19.6 37 57 19 0.638 19.2 -24.1 229*1631.5+3792 16 31 28.4 37 55 21 2.810 20.2 -27.2 229*1631.5+63.0 16 31 33.0 63 0 22 /2.15 18.0 -28.6 818 818*1631.7+62.7 16 31 42.0 62 44 49 /1.96 20.0 -26.4 818 818*WEE 141 16 31 43.9 33 58 36 /1.57 20.6 -25.2 953 B2 1632+39 39.46 16 32 19.5 39 6 11 O 0.393 632 0.55 632 0.55 1.082 18. -26.6 592 760*WEE 142 16 32 37.0 33 51 12 /3.17 20.6 -26.8 953*WEE 143 16 32 39.0 33 59 18 /2.37 21.0 -25.6 953*WEE 144 16 32 46.2 32 28 24 /2.80 20.5 -26.9 953*1633.0+63.1 16 33 0.6 63 4 25 /2.15 18.0 -28.6 818 818*WEE 145 16 33 0.7 26 46 24 /2.43 19.8 -26.8 953*WEE 146 16 33 2.0 33 21 18 /1.85 19.4 -26.8 953*WEE 147 16 33 3.8 34 5 48 /2.07 20.1 -26.4 953*WEE 148 16 33 6.5 33 31 18 /3.33 20.6 -26.6 953*WEE 149 16 33 7.1 34 5 18 /2.43 21.0 -25.6 953*WEE 150 16 33 19.6 33 29 36 /1.76 20.6 -25.4 953 TEX1633+186 16 33 26.2 18 37 11 0.099 101 1.09 17.0 -27.6 998 B2 1633+38 38.41 16 33 30.6 38 14 9 O 4.08 632 2.57 465 -0.75 1.814 18. -28.1 X 630 839*1633.5+26.7 16 33 34.8 26 44 17 /1.84 17.0 -29.2 818 953*1633.8+27.0 16 33 50.3 27 1 31 /2.03 18.5 -28.0 818 953*WEE 153 16 33 58.8 33 48 0 /1.74 20.5 -25.5 953 3C 343.0 62.26 16 34 1.1 62 51 42 O 1.49 627 2.68 438 0.95 0.988 20.61 0.45 -0.65 -23.7 460 815 81 MC 1634+176 16 34 2.7 17 41 10 O 0.10 910 0.16 579 0.76 1.897 18.0 -28.3 364 798 4C 58.32 58.32 16 34 19.8 58 54 42 O 0.44 618 0.985 18.0 -26.3 205 924*WEE 154 16 34 21.3 33 22 0 /2.89 20.5 -27.0 953*1634.4+62.7 16 34 22.4 62 44 9 /1.49 18.5 -27.1 818 819*WEE 155 16 34 28.7 33 15 30 /2.37 20.6 -26.0 953 3C 342 26.49 16 34 34.2 26 54 10 O 0.34 788 0.73 438 1.24 0.561 17.75 0.26 -25.2 137 134 134*WEE 156 16 34 41.7 33 53 42 /2.11 21.5 -25.1 953*PG 1634+706 16 34 51.7 70 37 37 1.334 14.85 -30.5 763 763*1634.9+267A 16 34 59.1 26 42 4 1.961 18.5 -27.9 818 258*1634.9+267B 16 34 59.1 26 42 8 1.961 20.0 -26.4 818 258*WEE 159 16 35 3.4 33 41 54 /2.90 20.5 -27.0 953*WEE 160 16 35 22.9 26 37 42 /2.54 21.0 -25.8 953 MC 1635+119 16 35 25.8 11 55 46 O 0.08 910 0.11 910 0.52 0.146 16.50 0.48 -0.78 -23.1 X 81 4 81*WEE 161 16 35 27.0 26 53 36 /1.64 20.0 -25.9 953*WEE 162 16 35 31.2 26 33 30 /2.26 20.0 -26.6 953*1635.5+63.1 16 35 32.7 63 5 6 /1.92 20.0 -26.3 818 818 PKS1635+159 15.56 16 35 34.1 15 55 10 O 0.14 910 0.29 579 1.18 2.141 19.0 -27.6 798 798*1635.5+26.6 16 35 34.7 26 40 18 1.95 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39.1 0 43 5 /2.48 21.0 -25.7 316 316*BG KPN 8 23 46 42.3 0 56 12 /2.35 21.1 -25.5 316 316 S4 2346+38 23 46 49.8 38 32 37 R 0.57 628 0.39 632 -0.62 1.032 420 839*BG CFH 55 23 47 0.6 0 13 40 /2.12 20.5 -26.1 316 316*UM 184 23 48 24.0 - 1 8 51 3.01 18.0 -29.5 509 487*Q 2348-4012 23 48 36.0 -40 12 0 1.50 19.5 -26.1 475 475*Q 2348-4025 23 48 48.0 -40 25 0 3.31 18.6 -28.6 475 475*WEE 180 23 48 54.3 - 1 27 42 /2.04 19.8 -26.7 953*WEE 181 23 49 7.5 - 1 8 0 /2.21 20.3 -26.2 953 PKS 2349-01 -01.61 23 49 22.3 - 1 25 54 O 0.70 628 1.01 917 0.59 0.173 S1 15.33 0.12 -0.90 -24.7 124 902 773*PC2349+0020 23 49 16.4 0 20 56 1.951 20.26 -26.1 766 766*PC2349+0017 23 49 17.2 0 17 48 2.496 19.90 -26.8 766 766*PC2349+0019 23 49 23.6 0 19 23 1.356 18.42 -26.9 766 766*Q 2349-3733 23 49 24.0 -37 33 0 2.26 18.9 -27.7 475 475*WEE 182 23 49 38.5 - 1 36 54 /2.36 19.8 -26.8 953*WEE 183 23 49 42.9 - 1 30 0 /2.20 21.4 -25.1 953 4C 32.69 32.69 23 49 48.9 32 47 18 O 0.28 910 0.46 158 0.81 0.659 18.5 -24.9 592 762*Q 2350-338 23 50 6.0 -33 53 0 1.971 598 598*WEE 184 23 50 39.7 - 1 6 54 /1.43 20.7 -24.8 953*UM 186 23 50 48.0 - 1 32 9 0.99 16.0 -28.3 509 487*Q 2350-4139 23 50 54.0 -41 39 0 1.89 19.0 -27.3 475 475*WEE 185 23 50 57.3 - 1 33 12 /3.23 20.7 -26.5 953*WEE 186 23 51 11.8 - 1 2 42 /2.37 21.0 -25.6 953*Q 2351-406 23 51 29.6 -40 40 20 2.10 21.5 -25.1 601 601 PKS2351-006 23 51 35.4 - 0 36 29 O 0.48 782 0.51 917 0.10 0.463 18. -24.5 162 81*Q 2351-415 23 51 50.4 -41 33 16 1.99 18.9 -27.5 601 601 PKS2351-154 23 51 55.8 -15 29 53 O 0.93 923 1.08 923 0.24 2.665 17.0 -30.1 318 689 PKS 2352-04 23 52 17.7 - 4 21 45 O 0.31 923 0.26 923 -0.29 0.72 18.0 -25.6 742 976*Q 2352-411 23 52 30.0 -41 10 58 1.89 19.2 -27.1 601 601*Q 2352-420 23 52 45.9 -42 2 58 2.24 19.2 -27.4 601 601 PKS2352-342 23 52 50.6 -34 14 39 O 0.39 784 0.35 784 -0.18 0.702 16.4 -27.1 648 416 PKS2352-455 23 52 53.3 -45 30 8 O 0.43 1018 0.59 1018 0.51 1.868 17.5 -28.7 785 644 PKS2353+154 23 53 20.4 15 24 47 O 0.45 786 0.75 786 0.83 1.801 18.0 -28.1 786 995 B2 2353+28 28.59 23 53 21.3 28 19 16 O 0.30 349 0.42 910 0.55 0.731 17.8 -25.8 X 592 760 PKS 2353-68 23 53 28.4 -68 35 24 O 1.07 782 0.94 120 -0.21 1.716 17. -29.0 785 644 PKS 2354+14 14.85 23 54 44.9 14 29 28 O 0.37 788 0.61 910 0.81 1.810 18.18 0.14 -0.90 -27.9 445 716 446 PKS 2354-11 23 54 55.8 -11 41 59 R 1.39 923 1.57 923 0.20 0.949 18.5 -25.7 123 1014*Q 2355-364 23 55 6.0 -36 25 0 2.073 598 598 Q 2355-389 23 55 11.1 -38 58 13 O 0.018 216 2.85 18.4 -29.0 475 601 PKS2355-534 23 55 18.2 -53 27 56 O 1.66 415 1.31 415 -0.38 1.006 17.8 -26.6 646 415 PKS2355-082 23 55 36.4 - 8 16 50 0.22 923 0.25 923 0.21 0.211 17.5 -23.0 984 984 PKS2355-106 23 55 37.0 -10 36 53 O 0.63 923 0.47 923 -0.48 1.622 18.5 -27.3 139 976 4C 49.48 49.48 23 55 37.1 49 5 2 R 0.59 618 17.9 205 205 PKS2356+196 23 56 12.6 19 38 39 O 0.54 786 0.52 786 -0.06 1.066 18.0 -26.6 786 995*UM 193 23 56 37.9 1 40 1 /2.13 18.0 -28.6 509 509*Q 2357-348 23 57 6.0 -34 52 0 2.070 17.78 -0.19 -0.94 -28.8 X 598 4 598 PKS2357-326 23 57 46.3 -32 37 55 0.32 784 0.54 784 0.85 1.275 17.0 -28.2 645 749 PKS2358-161 23 58 31.6 -16 7 50 0.37 923 0.50 923 0.49 2.044 18.0 -28.5 742 1014*2359+0653 23 59 6.8 6 53 13 3.248 18.8 -28.4 371 371*UM 195 23 59 12.5 - 2 16 15 0.86 18.9 -25.0 509 504*BG KPN 9 23 59 13.0 0 23 14 /2.90 19.9 -27.6 316 316*BG KPN 10 23 59 13.3 - 0 2 15 /2.12 20.8 -25.8 316 316*BG KPN 11 23 59 15.9 0 55 1 /2.14 21.3 -25.3 316 316*UM 196 23 59 16.3 - 2 16 21 2.82 18.0 -29.4 509 504 Q 2359-397 23 59 23.7 -39 44 7 0.025 803 2.03 19.0 -27.5 601 803*BG KPN 12 23 59 38.2 0 16 9 /2.67 20.0 -27.1 316 316*BG KPN 13 23 59 53.2 1 10 7 /2.99 20.6 -27.0 316 316*BG KPN 14 23 59 57.0 0 33 14 /1.36 19.7 -25.7 316 316 XTENSION= 'TABLE ' / Table extension BITPIX = 8 / Character data NAXIS = 2 / Simple 2-D matrix NAXIS1 = 124 / Number of characters per record NAXIS2 = 887 / Number of records in the table PCOUNT = 0 / No "random" parameters GCOUNT = 1 / Only one group TFIELDS = 27 / Number of data fields per record EXTNAME = 'QAGN3_AGN' / Quasars and Active Nuclei, 3rd Ed., AGN AUTHOR = 'Veron-Cetty, Veron' / Catalog author(s) REFERENC= '1987, ESO Report' / Catalog reference(s) DATE = '05/10/88' / Date FITS table verified (dd/mm/yy) HISTORY This FITS header is NOT a complete scientific document for the subject HISTORY catalog. It serves only as a minimal description of the general HISTORY format and structure of the data file. HISTORY A copy of "Documentation for the Machine-Readable Version of HISTORY Quasars and Active Nuclei", Raugh 1987, Doc. No. STX-T-1-3002-3201-87 HISTORY should accompany any computer-readable version of the catalog. HISTORY Source Catalog Reference: Veron-Cetty, M. P. and Veron, P. 1987, HISTORY ESO Scientific Report (in press). COMMENT This table lists data for 887 active galactic nuclei. Included in this COMMENT category are Seyfert 1, Seyfert 2, and "liners" with magnitudes fainter COMMENT than -23. In addition, this table also contains galaxies with nuclear COMMENT HII regions and "galaxies with nuclear radio or X-ray sources which may COMMENT turn out to be Seyfert-like" -- Veron-Cetty and Veron 1987. TTYPE1 = 'RADIO_FLAG' / "*" if object has not been detected in radio TBCOL1 = 1 / Start column TFORM1 = 'A1 ' / Fortran format TNULL1 = ' ' / Null value TTYPE2 = 'NAME ' / Common name of the object TBCOL2 = 2 / Start column TFORM2 = 'A12 ' / Fortran format TTYPE3 = '4C ' / 4C designation (information not complete) TBCOL3 = 14 / Start column TFORM3 = 'A6 ' / Fortran format TNULL3 = ' ' / Null value TTYPE4 = 'RAHR ' / Hours RA, 1950.0 TBCOL4 = 20 / Start column TFORM4 = 'I3 ' / Fortran format TUNIT4 = 'HR ' / Units are hours TTYPE5 = 'RAMIN ' / Minutes RA, 1950.0 TBCOL5 = 23 / Start column TFORM5 = 'I3 ' / Fortran format TUNIT5 = 'MIN ' / Units are minutes of time TTYPE6 = 'RASEC ' / Seconds RA, 1950.0 TBCOL6 = 26 / Start column TFORM6 = 'F5.1 ' / Fortran format TUNIT6 = 'SEC ' / Units are seconds of time TTYPE7 = 'DECDEG ' / Degrees DEC, 1950.0 TBCOL7 = 31 / Start column TFORM7 = 'I4 ' / Fortran format TUNIT7 = 'DEG ' / Units are degrees TTYPE8 = 'DECMIN ' / Minutes DEC, 1950.0 TBCOL8 = 35 / Start column TFORM8 = 'I3 ' / Fortran format TUNIT8 = 'ARCMIN ' / Units are minutes of arc TTYPE9 = 'DECSEC ' / Seconds DEC, 1950.0 TBCOL9 = 38 / Start column TFORM9 = 'I3 ' / Fortran format TUNIT9 = 'ARCSEC ' / Units are seconds of arc TTYPE10 = 'COORD_FLAG' / "O" for optical, "R" for radio coordinates TBCOL10 = 42 / Start column TFORM10 = 'A1 ' / Fortran format TNULL10 = ' ' / Null value TTYPE11 = '6CM_FLUX' / Flux density at 6 cm TBCOL11 = 43 / Start column TFORM11 = 'F7.3 ' / Fortran format TUNIT11 = 'JANSKYS ' / Units are janskys TNULL11 = ' ' / Null value TTYPE12 = '6CM_REF ' / Reference to 6cm flux density TBCOL12 = 50 / Start column TFORM12 = 'I5 ' / Fortran format TNULL12 = ' ' / Null value TTYPE13 = '11CM_FLUX' / Flux density at 11 cm TBCOL13 = 55 / Start column TFORM13 = 'F6.2 ' / Fortran format TUNIT13 = 'JANSKYS ' / Units are janskys TNULL13 = ' ' / Null value TTYPE14 = '11CM_REF' / Reference to 11cm flux TBCOL14 = 61 / Start column TFORM14 = 'I5 ' / Fortran format TNULL14 = ' ' / Null value TTYPE15 = 'SP_INDEX' / Radio spectral index TBCOL15 = 66 / Start column TFORM15 = 'F6.2 ' / Fortran format TNULL15 = ' ' / Null value TTYPE16 = 'Z_FLAG ' / Redshift quality flag TBCOL16 = 74 / Start column TFORM16 = 'A1 ' / Fortran format TNULL16 = ' ' / Null value COMMENT Z_FLAG (field 16) is "/" if redshift was estimated from a low COMMENT dispersion, slitless spectrum. TTYPE17 = 'Z ' / Redshift TBCOL17 = 75 / Start column TFORM17 = 'F5.3 ' / Fortran format TNULL17 = ' ' / Null value TTYPE18 = 'CLASS ' / Classification TBCOL18 = 81 / Start column TFORM18 = 'A2 ' / Fortran format COMMENT CLASS (field 18); see ADC document for list of classification codes. TTYPE19 = 'MAG_FLAG' / Magnitude/color flag TBCOL19 = 84 / Start column TFORM19 = 'A1 ' / Fortran format TNULL19 = ' ' / Null value COMMENT MAG_FLAG (field 19) is "/" if VMAG (field 20), U-B (field 21), and COMMENT B-V (field 22) contain photographic rather than photoelectric data. TTYPE20 = 'VMAG ' / V magnitude in the UBV system TBCOL20 = 85 / Start column TFORM20 = 'F5.2 ' / Fortran format TUNIT20 = 'MAG ' / Units are magnitudes TNULL20 = ' ' / Null value TTYPE21 = 'U-B ' / U-B in UBV system TBCOL21 = 90 / Start column TFORM21 = 'F6.2 ' / Fortran format TUNIT21 = 'MAG ' / Units are magnitudes TNULL21 = ' ' / Null value TTYPE22 = 'B-V ' / B-V in UBV system TBCOL22 = 96 / Start column TFORM22 = 'F6.2 ' / Fortran format TUNIT22 = 'MAG ' / Units are magnitudes TNULL22 = ' ' / Null value TTYPE23 = 'ABS_MAG ' / Absolute magnitude TBCOL23 = 102 / Start column TFORM23 = 'F6.1 ' / Fortran format TUNIT23 = 'MAG ' / Units are magnitudes TNULL23 = ' ' / Null value TTYPE24 = 'X-RAY_FLAG' / "X" if object detected as X-Ray source (Asiago)TBCOL24 = 109 / Start column TFORM24 = 'A1 ' / Fortran format TNULL24 = ' ' / Null value TTYPE25 = 'FC_REF ' / Finding chart reference TBCOL25 = 110 / Start column TFORM25 = 'I5 ' / Fortran format TNULL25 = ' ' / Null value TTYPE26 = 'PHOT_REF' / Photometry reference TBCOL26 = 115 / Start column TFORM26 = 'I5 ' / Fortran format TNULL26 = ' ' / Null value TTYPE27 = 'Z_REF ' / Redshift reference TBCOL27 = 120 / Start column TFORM27 = 'I5 ' / Fortran format TNULL27 = ' ' / Null value END *MARK 334 0 0 35.6 21 40 54 O 0.022 S1 14.62 0.68 -0.08 -21.0 526 652 236*UM 16 0 0 36.3 4 28 13 0.058 S2 17. -20.7 508 790* 0 2 51.6 -42 39 31 0.12 20.1 -19.1 385 595*DC 0003#66 0 3 10.9 -50 23 35 0.033 S1 14.0 -22.5 269*MARK 335 0 3 45.2 19 55 29 O 0.025 S1 13.85 0.34 -0.75 -22.0 X 526 7 603* 0 7 30.0 - 4 59 0 0.030 S2 13.8 -22.5 393*0007-114 0 7 34.3 -11 29 4 0.456 /19.6 -0.1 -22.8 X 520 520 520*MARK 938 0 8 33.5 -12 23 8 0.019 S2 13.71 0.67 -21.5 536 261 903*UM 213 0 9 44.1 - 0 22 51 0.041 H2 16. -20.9 507 790*MARK 940 0 11 46.0 33 55 23 0.064 S? 536 549*UM 228 0 18 27.1 0 36 10 0.098 S2 17.0 -21.9 507 281*MARK 549 0 19 20.0 - 1 53 21 0.039 S1 15.5 -21.3 528 903*MARK 945 0 23 21.5 - 3 41 51 O 0.015 S 15. -19.8 536 895*MARK 948 0 25 39.7 6 51 11 0.040 S? 536 549*UM 246 0 27 10.0 - 0 6 0 0.060 S2 16.0 -21.8 507 790*ZW 0033+45 0 33 36.9 45 23 24 O 0.048 S1 15.3 -22.0 473 473*ESO350-IG38 0 34 26.0 -33 49 59 0.020 H2 14.41 0.10 -0.67 -21.0 967 902 903*MARK 955 0 35 2.0 0 0 21 O 0.035 S2 15. -21.6 536 13 3C 17.0 0 35 47.2 - 2 24 9 O 2.72 627 3.83 438 0.56 0.220 18.02 1.02 -22.6 1020 716 756*S10721 0 35 49.8 41 12 21 O 0.072 S1 17.0 -21.2 88 610*EX 0037+061 0 37 42.2 6 7 14 0.063 17.0 0.9 0.1 -20.9 X 192 192 192*NAB 0037+18 0 37 58.0 18 0 15 0.092 17.9 -20.8 75 75*1E0038+3242 0 38 1.1 32 42 2 0.197 18.06 -22.3 X 327 327*1E0038+3251 0 38 44.9 32 51 22 0.225 18.52 -22.2 X 327 327*A85-F 0 39 6.0 - 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1 32 26 0.120 S? 19.2 -20.0 X 829 829*0112-325 1 12 5.1 -32 33 32 O /0.38 19.5 -22.5 751 751*0112-358 1 12 26.3 -35 52 36 O /0.33 20.1 -21.5 751 751*0112-360 1 12 26.4 -36 0 23 O /0.39 19.3 -22.7 751 751*1E01129-017 1 12 59.7 - 1 47 44 0.284 S? 19.8 -21.4 X 829 829*0113-3268 1 13 18.9 -32 41 0 O /0.38 20.3 -21.7 751 751*0113-3273 1 13 19.2 -32 44 33 O /0.23 19.1 -21.6 751 751 MARK 1 1 13 19.6 32 49 33 O 0.038 448 0.05 448 0.45 0.016 S2 14.96 0.94 0.16 -19.9 523 894 954*MARK 565 1 13 28.4 4 1 51 0.021 S? 13.5 -22.0 528 508*F 294 1 13 45.0 -50 27 0 0.017 S2 284*0114-352 1 14 18.2 -35 12 50 O /0.27 19.5 -21.6 751 751*0116-341 1 16 2.2 -34 7 14 O /0.31 20.6 -20.9 751 751*0116-337 1 16 14.0 -33 43 41 O /0.36 20.0 -21.8 751 751 PKS 0116+08 08.06 1 16 24.2 8 14 10 O 1.18 629 1.66 910 0.55 0.594 S2 20.7 -22.4 813 752*0116-354 1 16 29.9 -35 25 40 O /0.49 20.5 -22.1 751 751*E 0116+317 1 16 34.3 31 46 51 0.058 S2 16.4 -21.3 X 667 667*MARK 567 1 16 42.6 4 18 55 0.033 H2 15. -21.5 528 903*MARK 984 1 16 45.5 12 11 3 0.048 15. -22.3 536 609*PB 6378 1 16 51.0 1 26 36 0.087 S1 17. -21.6 676*0117-356 1 17 38.9 -35 40 56 O /0.37 19.9 -22.0 751 751*0118-334 1 18 3.4 -33 26 10 O /0.29 20.0 -21.3 751 751*0118-377 1 18 26.9 -37 44 21 O /0.34 19.0 -22.7 751 751*0118-327 1 18 48.4 -32 46 16 O /0.41 19.5 -22.7 751 751*II ZW 1 1 19 26.5 - 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8 31 22 0.023 S2 15.7 -20.0 X 677*1E1530+1511 15 30 54.9 15 11 8 0.090 18.0 -20.7 X 457 457* 15 31 45.2 35 54 21 O 0.156 S1 17.8 -22.0 592 734 NGC 5953 15 32 13.2 15 21 40 0.036 1012 0.06 1012 0.83 0.007 S2 13.1 -20.0 42 435 IC 4553 15 32 46.9 23 40 8 R 0.207 832 0.28 832 0.49 0.018 S2 14.4 -20.7 42 683*1E15335+146 15 33 32.8 14 40 57 O 0.020 S2 14.7 -20.7 X 829 395*MARK 290 15 34 44.8 58 4 0 O 0.029 S1 14.96 0.60 -0.62 -21.3 X 524 951 35*MARK 486 15 35 20.7 54 43 22 O 0.039 S1 14.78 0.43 -0.68 -22.0 527 441 454*MARK 860 15 37 19.0 25 6 34 0.023 S? 14.80 0.77 0.10 -20.9 531 261 10*SP 55 15 46 1.0 41 33 0 0.033 S2 16.0 -20.5 728 393*IRAS1548-03 15 48 3.4 - 3 44 20 0.030 S2 190*E1550+721 15 50 1.0 72 9 56 0.177 19.9 -20.2 X 677*SZ 80 15 51 47.5 -37 54 37 0.026 H2 16.5 -19.4 770 899*MARK 291 15 52 54.1 19 20 16 O 0.035 S1 15.7 -20.9 X 524 35*MARK 1102 15 55 27.7 41 41 11 0.035 S2 16.5 -20.1 538 447 PKS1555-140 15 55 33.8 -14 1 26 O 0.83 139 0.73 139 -0.21 0.097 16.5 -22.4 139 650*MARK 1103 15 55 41.0 41 40 28 0.034 S2 16. -20.5 538 447*MARK 864 15 56 13.0 25 59 57 0.070 S1 17.1 -21.0 X 531 677*E1556+274 15 56 25.2 27 25 39 0.090 S1 16.9 -21.8 X 677*MARK 493 15 57 16.3 35 10 15 O 0.031 S1 15.0 -21.3 527 609*EX 1557+272 15 57 18.2 27 12 4 0.065 16.33 0.91 0.07 -21.6 X 192 520 192 3C 327.0 02.41 15 59 55.7 2 6 12 O 2.76 627 5.21 438 1.03 0.104 S2 16.31 1.39 0.28 -22.6 1020 716 224*1E1602+2410 16 2 45.1 24 10 41 0.087 S1 17.1 -21.5 X 457 457*MARK 298 16 3 21.9 17 56 11 O 0.034 H2 15.19 1.01 -0.09 -21.3 833 951 903*1E1604+1552 16 4 53.6 15 52 7 0.357 19.07 -22.7 X 327 327*MARK 871 16 6 15.5 12 27 44 O 0.034 S1 14.8 -21.7 531 249*1606.5+29.1 16 6 30.1 29 10 23 /0.06 19.5 -18.3 818 818*1607.4+29.0 16 7 24.9 29 3 24 0.36 19.5 -22.3 818 819 3C 330.0 16 9 14.2 66 4 24 O 2.35 627 3.76 438 0.76 0.549 S2 21. -21.9 813 813*NGC 6104 16 14 40.1 35 49 50 0.028 S1 14.1 -22.0 393*1614.7+1744 16 14 44.2 17 43 41 O 0.165 H2 20.0 -19.9 179 179*H 1613+06 16 15 18.2 6 11 12 O 0.038 S1 15.66 0.89 -0.30 -21.1 X 668 902 668*IRAS1618+06 16 18 30.1 6 51 49 0.060 S3 613*MARK 699 16 22 5.3 41 11 48 O 0.034 S1 15.2 -21.3 529 589*MARK 1498 16 26 48.5 51 53 5 0.056 S1 17. -20.6 544 546*MARK 883 16 27 47.1 24 33 7 O 0.038 S1 15.1 -21.7 531 249*MARK 885 16 29 42.9 67 29 6 O 0.026 S1 14.56 0.82 -0.17 -21.4 531 251 13*NGC 6217 16 35 3.5 78 18 0 O 0.005 S? 13.88 0.49 -0.33 -18.7 424 436 427*VII ZW 653 16 36 0.0 85 36 0 0.063 S1 16.3 -21.6 474 NGC 6251 16 37 56.9 82 38 18 R 0.978 470 1.37 470 0.55 0.024 S2 790*1641.5+4086 16 41 32.5 40 51 28 0.368 20.7 -21.2 229 NGC 6212 16 41 41.9 39 53 56 O 0.030 S1 15. -21.3 X 352*1642.1+410A 16 42 4.2 41 2 25 0.342 18.9 -22.8 229 NGC 6221 16 48 25.0 -59 8 0 0.11 973 0.22 1013 1.12 0.004 S 13.45 0.96 0.17 -18.7 X 268 957 901 NGC 6240 02.44 16 50 27.8 2 28 55 O 0.080 217 0.30 922 2.15 0.024 S3 13.37 0.94 0.56 -22.4 305 39 305*MARK 504 16 59 10.4 29 28 44 O 0.036 S1 15.78 0.85 -0.47 -20.9 X 527 441 31*MARK 700 17 1 21.6 31 31 39 O 0.034 S? 15.5 -21.0 529 456*EX 1701+610 17 1 32.4 61 2 38 0.164 /17.0 0.4 -22.9 X 192 192 520*UGC 10683B 17 2 24.7 - 1 28 23 0.031 S1 15.55 1.29 0.23 -20.8 X 1002 902 1002*EX 1704+607 17 4 43.0 60 45 59 0.080 17.73 1.19 0.47 -20.7 X 192 520 192 NGC 6300 17 12 18.0 -62 45 48 0.042 973 0.08 1013 1.05 0.003 S2 13.08 1.09 0.49 -17.8 268 490 659 ARP 102B 17 17 56.3 49 1 58 O 0.096 832 0.11 209 0.22 0.025 S1 14.81 1.05 0.26 -21.0 X 42 672 822 PKS1718-649 17 18 46.3 -64 57 48 O 3.70 738 4.00 738 0.13 0.014 S3 15.5 -19.1 307 307*MARK 506 17 20 45.6 30 55 40 O 0.043 S1 14.68 0.74 -0.55 -22.4 X 527 441 454 PKS 1733-56 17 33 21.5 -56 32 16 0.098 S2 17. -21.9 402 402*E 1739+518 17 39 16.0 51 51 19 0.061 S1 15.2 -22.6 X 667 667 PKS1739+18C 18.51 17 39 54.6 18 28 51 0.37 910 0.58 991 0.73 0.186 17.50 0.37 -0.93 -22.7 991 993 993*1E17452+277 17 45 17.1 27 47 38 0.156 S1 18.6 -21.2 X 829 829*KAZ 163 17 47 18.0 68 36 58 0.063 S1 15.01 0.46 -0.50 -22.9 X 425 429 426*MARK 507 17 48 55.8 68 43 5 O 0.053 H2 15.45 0.88 0.19 -22.1 X 527 441 456*IRAS1751+33 17 51 55.8 33 51 20 0.063 S2 279 NGC 6500 17 53 48.1 18 20 40 R 0.176 816 0.19 209 0.12 0.010 S3 13.7 -20.1 903*IC 4687 18 9 18.0 -57 46 0 0.017 H2 962 903*AKN 539 18 27 34.4 50 20 19 0.016 S2 15.0 -19.9 27 790 3C 381.0 18 32 24.5 47 24 40 O 1.29 627 2.30 438 0.94 0.161 S1 17.24 1.40 -22.6 1020 716 713*IRAS1832-59 18 32 32.8 -59 26 39 0.019 S2 345 3C 382.0 32.55 18 33 12.0 32 39 18 O 2.22 627 3.49 438 0.73 0.059 S1 15.39 1.11 -0.10 -22.4 X 1020 716 603*WEE 169 18 33 16.1 51 3 36 /0.06 19.8 -18.0 953*ESO103-G35 18 33 22.0 -65 28 18 0.013 S1 14.53 0.98 0.44 -20.0 X 387 902 660*H 1839-786 18 39 3.5 -78 35 6 0.074 S1 15.55 0.59 -0.77 -22.7 X 678 678 678*F 51 18 40 14.6 -62 24 58 O 0.014 S1 14.10 0.73 -0.17 -20.5 792 965 965*F 334 18 44 11.0 -53 12 30 0.018 S2 345 3C 390.3 79.18 18 45 37.6 79 43 6 O 4.48 627 6.56 438 0.62 0.057 S1 15.38 0.68 -0.69 -22.3 X 1020 712 603 NGC 6764 19 7 1.2 50 51 8 O 0.047 816 0.08 910 0.86 0.008 H2 14.03 0.62 -0.16 -19.4 702 251 702*F 513 19 18 25.0 -74 4 0 0.070 S2 285*IC 4870 19 32 48.0 -65 55 30 0.003 H2 14.63 0.12 -0.34 -16.3 963 105 963*H 1934-513 19 34 14.8 -51 16 35 O 0.040 S1 15.20 0.47 -0.81 -21.7 X 678 678 678 NGC 6814 19 39 55.7 -10 26 34 R 0.002 876 0.005 S1 14.21 1.12 0.37 -18.3 X 706 441 952*ESO185-IG13 19 41 3.0 -54 22 18 0.019 H2 14.98 0.17 -0.19 -20.2 963 963 903 3C 405.0 19 57 44.4 40 35 46 O 0.056 S2 15.1 -22.5 73 605*IRAS1958-18 19 58 2.7 -18 18 51 0.037 S1 613*NGC 6860 20 4 30.0 -61 15 0 0.015 S1 514*F 339 20 7 59.0 -57 14 0 0.054 S1 903 PKS 2014-55 20 14 6.1 -55 48 52 O 0.32 788 0.4 275 0.36 0.060 S2 15.5 -22.3 968 238*NGC 6890 20 14 48.0 -44 58 0 0.008 S2 14.02 0.97 0.37 -19.4 957 659*F 341 20 16 13.0 -52 47 0 0.016 S2 903 OW 637 20 21 13.3 61 27 18 O 2.29 620 2.20 620 -0.07 0.227 S2 19.0 -21.7 273 93*F 348 20 33 24.0 -50 15 50 0.008 H2 903 RN 73 20 36 34.0 88 1 46 0.14 351 0.047 17.5 -19.7 X 635 635 NGC 6951 20 36 37.7 65 55 48 0.036 0.006 S 14.04 1.09 0.43 -18.8 706 436 294 MC 2041-617 20 41 37.1 -61 44 1 O 0.274 18.3 -22.9 582 582*MARK 896 20 43 44.5 - 2 59 46 O 0.027 S1 14.61 0.66 -0.28 -21.4 536 902 10 PKS 2048-57 20 48 12.1 -57 15 25 O 0.42 788 0.8 275 1.05 0.011 S2 13.60 1.09 0.38 -20.6 184 957 659*F 917 20 49 19.0 -52 4 7 0.053 S2 903*ESO286-IG19 20 55 9.0 -42 50 36 0.043 H2 14.79 0.53 -0.02 -22.3 963 105 903*II ZW 101 21 5 12.0 3 40 0 0.026 S2 14.76 0.63 -0.02 -21.2 732 393*H 2106-099 21 6 28.2 - 9 52 29 O 0.027 S1 14.32 0.48 -0.63 -21.7 X 678 678 678*1E 2111-677 21 11 34.7 -67 47 57 0.5 20.0 -22.7 X 344 344*H 2132-626 21 32 33.2 -62 37 27 O 0.059 S1 15.15 0.53 -0.89 -22.6 X 678 678 678*H 41 21 32 54.1 -47 5 10 0.244 19.55 -21.3 361*1E21416+040 21 41 36.7 3 59 37 0.401 20.6 -21.5 X 829 677*PC2142+0011 21 42 35.7 0 11 1 0.227 S1 18.74 -22.0 766 766*IC 5135 21 45 18.0 -35 11 0 0.016 S2 13.87 0.62 0.02 -21.0 268 957 659*2152-177 21 52 56.8 -17 46 54 /0.26 19.6 -21.4 740 740 PKS 2152-69 21 52 57.8 -69 55 40 O 13.40 788 16.1 275 0.30 0.028 S2 13.79 0.99 0.21 -22.3 516 969 516*2153-193 21 53 41.9 -19 18 14 /0.54 20.0 -22.9 740 740*MARK 516 21 53 52.9 7 7 43 O 0.028 S1 15.01 0.86 0.15 -21.1 528 902 604*2154-210 21 54 57.3 -21 5 2 /0.41 19.5 -22.7 740 740*2154-170 21 54 59.7 -17 5 39 /0.36 19.5 -22.3 740 740*2156-211 21 56 2.1 -21 11 24 /0.45 21.0 -21.4 740 740*2156-204 21 56 48.7 -20 26 21 /0.25 18.5 -22.4 740 740*2156-176 21 56 56.7 -17 37 25 /0.18 19.3 -20.8 740 740 PKS2158-380 21 58 17.2 -38 0 51 0 0.59 129 1.01 129 0.87 0.033 S2 14.03 0.87 0.29 -22.4 306 306 306*NGC 7172 21 59 7.2 -32 6 36 0.008 S2 13.61 1.07 0.59 -19.8 X 698 340 903*2200-217 22 0 19.3 -21 46 2 /0.28 19.0 -22.2 740 740 2201-211 22 1 33.5 -21 11 39 0.022 740 /0.23 19.8 -20.9 740 740*1E22040-409 22 4 3.1 -40 59 17 0.231 S? 19.8 -21.0 X 829 829*1E22044+468 22 4 26.0 46 50 4 0.163 S1 19.7 -20.2 X 677*NGC 7212 22 4 33.9 9 59 20 O 0.026 S2 944 895*2205-167 22 5 13.5 -16 47 13 /0.16 19.3 -20.6 740 740*2205-203 22 5 14.4 -20 21 4 /0.26 19.5 -21.5 740 740*NGC 7217 22 5 36.7 31 7 2 0.004 S 11.92 1.02 0.51 -20.3 706 905 294 NGC 7213 22 6 12.0 -47 25 0 0.228 705 0.19 1013 -0.30 0.006 S1 12.08 1.01 0.45 -20.8 X 1018 902 656*NGC 7214 22 6 18.0 -28 3 0 0.023 S1 14.10 0.53 -0.39 -21.6 912 490 911 PKS2206-237 22 6 32.1 -23 46 37 0.98 923 1.33 923 0.50 0.087 S2 17.0 -21.6 139 330*2206-197 22 6 38.4 -19 47 20 /0.064 19.7 -18.2 740 740*2207-186 22 7 53.6 -18 38 55 /0.44 19.8 -22.5 740 740*PG 2209+184 22 9 30.2 18 27 1 0.070 S1 15.86 -22.3 763 147*2209-207 22 9 51.6 -20 46 4 /0.25 19.4 -21.5 740 740*2211-199 22 11 59.9 -19 58 56 /0.33 19.7 -21.9 740 740*2213-211 22 13 29.7 -21 8 3 /0.37 19.9 -22.0 740 740*2213-208 22 13 36.0 -20 52 22 /0.074 18.9 -19.4 740 740*2214-212 22 14 43.9 -21 14 29 /0.34 20.0 -21.7 740 740*2216-043 22 16 48.8 - 4 18 52 0.243 /18.5 -0.4 -22.4 X 520 520 520 3C 445.0 -02.83 22 21 14.8 - 2 21 26 O 2.04 627 3.22 438 0.74 0.057 S1 15.77 1.16 -0.17 -21.9 X 342 712 756*F 357 22 23 39.0 -70 39 0 0.028 S2 903* 22 27 17.0 -40 39 0 /0.33 21.3 -20.3 385 886 NGC 7314 22 33 0.2 -26 18 32 0.006 S1 13.11 0.84 0.36 -19.8 X 706 894 821*NGC 7319 22 33 46.0 33 42 59 O 0.022 S2 13.53 1.04 0.27 -22.1 490 395*2234.1+1327 22 34 4.0 13 16 27 0.405 20.0 -22.1 229 MARK 915 22 34 7.3 -12 48 17 O 0.06 856 0.025 S1 14.50 0.85 -0.03 -21.3 536 902 13*2234.3+1367 22 34 20.3 13 40 4 0.295 20.0 -21.3 229*2234.9+1354 22 34 52.7 13 32 8 0.384 19.5 -22.5 229*2237+07 22 37 46.5 7 47 34 O 0.025 S1 14.3 -21.5 395*MARK 917 22 38 48.1 31 54 30 O 0.025 S2 14.10 0.85 0.24 -21.7 536 261 13*MARK 308 22 39 30.5 19 59 59 O 0.024 H2 14.65 0.63 -0.06 -21.1 526 391 903 AKN 564 22 40 18.3 29 27 48 O 0.025 S1 14.16 0.70 -0.33 -21.7 27 860 34*MARK 309 22 50 9.9 24 27 52 O 0.043 H2 15.22 0.47 -0.46 -21.8 526 391 13*1E2251-1751 22 51 3.7 -17 51 35 0.068 16.45 0.91 0.05 -21.6 X 457 457 457*NGC 7410 22 52 10.8 -39 55 42 0.006 S2 11.80 0.97 0.53 -21.1 340 904*MARK 522 22 57 50.5 16 6 50 0.032 S2 17. -19.4 528 895 MARK 1126 22 58 10.0 -13 11 15 O 0.004 876 0.010 S1 14.33 0.86 0.11 -19.5 538 902 903*MARK 1127 22 59 38.3 26 47 2 O 0.025 H2 16.0 -19.8 538 609 PKS 2300-18 23 0 23.5 -18 57 36 O 0.89 788 0.91 980 0.04 0.129 S1 17.82 0.62 -0.19 -21.5 123 969 773 NGC 7469 23 0 44.4 8 36 16 O 0.070 165 0.11 209 0.73 0.017 S1 13.04 0.38 -0.72 -22.0 X 42 951 603 MARK 315 23 1 35.7 22 21 16 O 0.007 999 0.040 S1 14.78 0.82 -0.09 -22.1 X 526 441 456*NGC 7479 23 2 26.8 12 3 6 0.009 S 13.88 1.04 0.44 -19.7 847 902 294 4C 39.72 23 3 43.7 39 11 10 0.206 S2 17.8 -22.7 592 331*PG 2304+042 23 4 30.1 4 16 41 0.042 S1 15.44 -21.6 763 763*1E2304-2259 23 4 57.5 -22 59 19 O 0.193 S2 X 824 824*NGC 7496 23 6 59.3 -43 41 57 O 0.005 S2 13.90 0.58 -0.20 -18.7 902 909 PKS2312-319 23 12 6.5 -31 55 1 O 0.58 784 0.71 784 0.33 0.284 18.5 -22.7 414 414*ESO148-IG02 23 12 51.0 -59 19 36 0.044 H2 14.73 0.48 -0.10 -22.4 963 963 899 NGC 7552 23 13 25.3 -42 51 24 0.14 973 0.16 1013 0.22 0.005 H2 12.55 0.60 -0.11 -20.0 X 774 957 659* 23 14 16.5 -42 23 15 0.27 18.4 -22.7 385 595 NGC 7582 23 15 38.4 -42 38 38 R 0.11 973 0.19 1013 0.89 0.005 S 13.57 0.87 0.17 -19.0 X 313 957 909 NGC 7592 23 15 47.3 - 4 41 22 0.07 856 0.024 S2 15.0 -20.8 536 236 NGC 7590 23 16 10.0 -42 30 42 0.08 1013 0.005 S2 13.76 0.96 0.36 -18.8 X 957 903 NGC 7603 23 16 22.9 - 0 1 47 O 0.011 396 0.029 S1 14.01 0.72 -0.21 -22.2 528 951 855 3C 460.0 23 18 59.7 23 30 21 O 0.34 627 0.77 438 1.33 0.264 18.5 -22.6 489 735 PKS 2322-12 23 22 43.7 -12 23 56 O 0.37 788 0.71 312 1.06 0.082 S3 17.2 -21.3 342 224*NGC 7672 23 25 0.0 12 6 36 0.013 S2 14.21 0.84 0.26 -20.2 490 395 NGC 7674 23 25 24.4 8 30 13 O 0.076 449 0.12 449 0.74 0.029 S2 14.36 0.83 -0.02 -21.9 528 894 13 NGC 7682 23 26 30.7 3 15 28 O 0.027 1012 0.04 209 0.64 0.017 S2 14.3 -20.7 42 395*UM 163 23 27 58.0 - 2 44 20 O 0.033 H2 14.86 0.82 -0.23 -21.6 509 902 899 MC 2328+167 23 28 10.3 16 45 58 0.074 910 0.11 910 0.64 0.283 18.3 -22.9 984 798*MARK 930 23 29 29.5 28 40 18 0.019 H2 15. -20.2 536 895 PKS2331-240 23 31 17.9 -24 0 16 O 1.06 923 1.04 923 -0.03 0.048 16.5 -20.8 139 80 NGC 7714 23 33 40.6 1 52 42 O 0.027 1012 0.11 449 2.28 0.009 H2 14.36 0.55 -0.68 -19.3 528 436 397*MARK 539 23 41 23.3 2 28 12 0.038 S? 528 549*MARK 1133 23 41 29.9 27 26 15 O 0.024 S 15.5 -20.3 538 895*NGC 7743 23 41 48.6 9 39 18 0.007 S2 13.28 0.91 0.45 -19.9 706 902 904*G 2344-3852 23 44 12.0 -38 52 0 0.041 S 16.5 -20.4 475 475*MARK 540 23 44 26.9 - 0 43 26 0.071 H2 528 895*BG CFH 43 23 44 50.8 0 36 4 /0.40 20.4 -21.7 316 316 3C 467 18.71 23 45 57.0 18 27 29 O 0.45 0.82 438 0.97 0.631 20.6 -22.7 799 799*BG CFH 56 23 47 21.0 0 33 8 /0.42 20.8 -21.4 316 316 1E2348+1956 23 48 40.8 19 56 55 0.002 327 0.045 17.12 -20.0 X 327 326*E2352+073 23 52 47.0 7 16 15 0.277 19.3 -21.9 X 677*MARK 541 23 53 28.4 7 14 41 O 0.040 S1 15.15 0.80 -0.08 -21.7 X 528 902 454*IC 1515 23 53 36.0 - 1 16 0 0.023 S2 659*E2353+072 23 53 59.0 7 14 7 0.342 19.5 -22.2 X 677*2355-329 23 55 18.0 -32 54 59 0.071 /18.2 0.5 -20.0 X 520 520 520 PKS 2356-61 23 56 29.4 -61 11 41 8.35 782 11.94 980 0.58 0.096 S2 16. -22.8 968 237*WEE 188 23 58 28.0 - 2 32 24 /0.06 21.5 -16.3 953*MARK 543 23 59 52.5 3 4 27 0.026 S1 14.68 0.65 -0.09 -21.2 528 902 455 XTENSION= 'TABLE ' / Table extension BITPIX = 8 / Character data NAXIS = 2 / Simple 2-D matrix NAXIS1 = 124 / Number of characters per record NAXIS2 = 84 / Number of records in the table PCOUNT = 0 / No "random" parameters GCOUNT = 1 / Only one group TFIELDS = 27 / Number of data fields per record EXTNAME = 'QAGN3_BLLAC' / Quasars and Active Nuclei, 3rd Ed., BL Lac AUTHOR = 'Veron-Cetty, Veron' / Catalog author(s) REFERENC= '1987, ESO Report' / Catalog reference(s) DATE = '05/10/88' / Date FITS table verified (dd/mm/yy) HISTORY This FITS header is NOT a complete scientific document for the subject HISTORY catalog. It serves only as a minimal description of the general HISTORY format and structure of the data file. HISTORY A copy of "Documentation for the Machine-Readable Version of HISTORY Quasars and Active Nuclei", Raugh 1987, Doc. No. STX-T-1-3002-3201-87 HISTORY should accompany any computer-readable version of the catalog. HISTORY Source Catalog Reference: Veron-Cetty, M. P. and Veron, P. 1987, HISTORY ESO Scientific Report (in press). COMMENT This table lists data for 84 "confirmed, probable, or possible BL Lac COMMENT objects with or without a measured redshift, without consideration of COMMENT their absolute magnitude" -- Veron-Cetty and Veron 1987. TTYPE1 = 'RADIO_FLAG' / "*" if object has not been detected in radio TBCOL1 = 1 / Start column TFORM1 = 'A1 ' / Fortran format TNULL1 = ' ' / Null value TTYPE2 = 'NAME ' / Common name of the object TBCOL2 = 2 / Start column TFORM2 = 'A12 ' / Fortran format TTYPE3 = '4C ' / 4C designation (information not complete) TBCOL3 = 14 / Start column TFORM3 = 'A6 ' / Fortran format TNULL3 = ' ' / Null value TTYPE4 = 'RAHR ' / Hours RA, 1950.0 TBCOL4 = 20 / Start column TFORM4 = 'I3 ' / Fortran format TUNIT4 = 'HR ' / Units are hours TTYPE5 = 'RAMIN ' / Minutes RA, 1950.0 TBCOL5 = 23 / Start column TFORM5 = 'I3 ' / Fortran format TUNIT5 = 'MIN ' / Units are minutes of time TTYPE6 = 'RASEC ' / Seconds RA, 1950.0 TBCOL6 = 26 / Start column TFORM6 = 'F5.1 ' / Fortran format TUNIT6 = 'SEC ' / Units are seconds of time TTYPE7 = 'DECDEG ' / Degrees DEC, 1950.0 TBCOL7 = 31 / Start column TFORM7 = 'I4 ' / Fortran format TUNIT7 = 'DEG ' / Units are degrees TTYPE8 = 'DECMIN ' / Minutes DEC, 1950.0 TBCOL8 = 35 / Start column TFORM8 = 'I3 ' / Fortran format TUNIT8 = 'ARCMIN ' / Units are minutes of arc TTYPE9 = 'DECSEC ' / Seconds DEC, 1950.0 TBCOL9 = 38 / Start column TFORM9 = 'I3 ' / Fortran format TUNIT9 = 'ARCSEC ' / Units are seconds of arc TTYPE10 = 'COORD_FLAG' / "O" for optical, "R" for radio coordinates TBCOL10 = 42 / Start column TFORM10 = 'A1 ' / Fortran format TNULL10 = ' ' / Null value TTYPE11 = '6CM_FLUX' / Flux density at 6 cm TBCOL11 = 43 / Start column TFORM11 = 'F7.3 ' / Fortran format TUNIT11 = 'JANSKYS ' / Units are janskys TNULL11 = ' ' / Null value TTYPE12 = '6CM_REF ' / Reference to 6cm flux density TBCOL12 = 50 / Start column TFORM12 = 'I5 ' / Fortran format TNULL12 = ' ' / Null value TTYPE13 = '11CM_FLUX' / Flux density at 11 cm TBCOL13 = 55 / Start column TFORM13 = 'F6.2 ' / Fortran format TUNIT13 = 'JANSKYS ' / Units are janskys TNULL13 = ' ' / Null value TTYPE14 = '11CM_REF' / Reference to 11cm flux TBCOL14 = 61 / Start column TFORM14 = 'I5 ' / Fortran format TNULL14 = ' ' / Null value TTYPE15 = 'SP_INDEX' / Radio spectral index TBCOL15 = 66 / Start column TFORM15 = 'F6.2 ' / Fortran format TNULL15 = ' ' / Null value TTYPE16 = 'Z_FLAG ' / Redshift quality flag TBCOL16 = 74 / Start column TFORM16 = 'A1 ' / Fortran format TNULL16 = ' ' / Null value COMMENT Z_FLAG (field 16) is "/" if redshift was estimated from a low COMMENT dispersion, slitless spectrum. TTYPE17 = 'Z ' / Redshift TBCOL17 = 75 / Start column TFORM17 = 'F5.3 ' / Fortran format TNULL17 = ' ' / Null value TTYPE18 = 'CLASS ' / Classification TBCOL18 = 81 / Start column TFORM18 = 'A2 ' / Fortran format COMMENT CLASS (field 18); see ADC document for list of classification codes. TTYPE19 = 'MAG_FLAG' / Magnitude/color flag TBCOL19 = 84 / Start column TFORM19 = 'A1 ' / Fortran format TNULL19 = ' ' / Null value COMMENT MAG_FLAG (field 19) is "/" if VMAG (field 20), U-B (field 21), and COMMENT B-V (field 22) contain photographic rather than photoelectric data. TTYPE20 = 'VMAG ' / V magnitude in the UBV system TBCOL20 = 85 / Start column TFORM20 = 'F5.2 ' / Fortran format TUNIT20 = 'MAG ' / Units are magnitudes TNULL20 = ' ' / Null value TTYPE21 = 'U-B ' / U-B in UBV system TBCOL21 = 90 / Start column TFORM21 = 'F6.2 ' / Fortran format TUNIT21 = 'MAG ' / Units are magnitudes TNULL21 = ' ' / Null value TTYPE22 = 'B-V ' / B-V in UBV system TBCOL22 = 96 / Start column TFORM22 = 'F6.2 ' / Fortran format TUNIT22 = 'MAG ' / Units are magnitudes TNULL22 = ' ' / Null value TTYPE23 = 'ABS_MAG ' / Absolute magnitude TBCOL23 = 102 / Start column TFORM23 = 'F6.1 ' / Fortran format TUNIT23 = 'MAG ' / Units are magnitudes TNULL23 = ' ' / Null value TTYPE24 = 'X-RAY_FLAG' / "X" if object detected as X-Ray source (Asiago)TBCOL24 = 109 / Start column TFORM24 = 'A1 ' / Fortran format TNULL24 = ' ' / Null value TTYPE25 = 'FC_REF ' / Finding chart reference TBCOL25 = 110 / Start column TFORM25 = 'I5 ' / Fortran format TNULL25 = ' ' / Null value TTYPE26 = 'PHOT_REF' / Photometry reference TBCOL26 = 115 / Start column TFORM26 = 'I5 ' / Fortran format TNULL26 = ' ' / Null value TTYPE27 = 'Z_REF ' / Redshift reference TBCOL27 = 120 / Start column TFORM27 = 'I5 ' / Fortran format TNULL27 = ' ' / Null value END PKS 0048-09 0 48 9.9 - 9 45 25 O 1.92 923 1.44 923 -0.47 BL 17.44 0.37 -0.66 X 389 4 940 S2 0109+22 1 9 23.6 22 28 44 O 0.78 629 0.38 620 -1.17 BL 15.66 0.34 -0.63 616 671 984 PKS0118-272 1 18 9.5 -27 17 7 O 0.78 637 0.96 139 0.34 15.56 0.37 -0.67 X 139 4 647 S5 0212+73 2 12 50.0 73 35 41 O 2.196 470 2.37 470 0.12 19. X 36 109 PKS0215+015 2 15 14.1 1 31 0 O 0.36 782 0.36 922 0.00 1.649 BL 16.0 -29.9 X 130 314 3C 66A 2 19 30.0 42 48 30 O 1.04 959 1.14 586 0.15 0.444 BL 15.21 0.50 -0.49 -27.2 X 983 983 1011 AO 0235+164 2 35 52.6 16 24 4 O 2.79 629 1.94 786 -0.59 0.94 BL 15.50 0.96 0.14 -28.7 X 37 684 206 PKS0256+075 2 56 47.0 7 35 45 O 0.98 786 0.69 786 -0.57 18. 161 995 4C 47.08 3 0 10.1 47 4 34 O 2.22 619 1.81 465 -0.33 16.95 0.59 -0.27 664 671 995 PKS0306+102 3 6 21.0 10 17 51 R 0.70 786 0.50 220 -0.55 BL /18.4 0.45 -0.40 483 483 984 NGC 1275 3 16 29.5 41 19 52 O 18.72 627 9.92 438 -1.03 0.017 BL 12.48 0.62 -0.26 -22.5 X 74 503 907 1E0317+1835 3 17 1.4 18 35 24 0.017 327 0.19 18.12 -22.1 X 327 831 H 0323+022 3 23 38.0 2 14 47 O 0.075 291 0.147 BL 16.55 0.50 -0.61 -23.1 X 265 265 296 PKS0338-214 3 38 23.2 -21 29 8 O 0.94 139 0.82 139 -0.22 0.048 17.5 -19.8 X 139 1015 PKS0406+121 4 6 35.6 12 9 49 O 1.62 786 1.16 786 -0.54 BL 20.2 685 1 1H 0414+009 4 14 17.6 0 58 3 O 0.083 866 16.38 0.48 -0.70 X 866 866 866 PKS 0422+00 4 22 12.5 0 29 17 O 0.64 629 1.29 154 1.14 BL 16.98 0.10 -0.49 137 4 940 S5 0454+84 4 54 57.4 84 27 53 O 1.398 470 1.10 470 -0.39 16.5 X 36 109*1E 0514+064 5 14 24.4 6 26 57 ? 19.1 X 518 518 PKS 0521-36 5 21 12.9 -36 30 16 O 8.89 782 11.28 438 0.39 0.061 BL 14.62 0.65 -0.35 -23.2 X 132 274 773 PKS0548-322 5 48 48.9 -32 17 7 O 0.23 254 0.32 784 0.54 0.069 BL 15.5 0.57 -0.30 -22.6 X 784 444 304 S5 0716+71 7 16 12.9 71 26 15 O 1.121 470 0.97 470 -0.23 15.5 X 468 109 PKS 0735+17 7 35 14.1 17 49 9 O 1.99 628 1.83 1007 -0.14 BL 16.22 0.54 -0.44 X 114 1005 189 PKS0754+100 7 54 22.6 10 4 40 O 0.71 959 1.04 220 0.62 BL 15.00 0.43 -0.66 X 851 671 851 PKS0808+019 8 8 51.0 1 55 51 O 0.67 782 0.71 210 0.09 17.2 0.38 -0.64 X 131 444 839 PKS0818-128 8 18 36.2 -12 49 24 R 0.86 959 0.87 139 0.02 BL 15.00 0.30 -0.40 851 234 851 PKS0823-223 8 23 50.0 -22 20 35 O 1.22 139 1.03 139 -0.27 ? 16.20 0.59 -0.42 220 4 1017 OJ 448 8 28 48.0 49 23 33 O 1.02 632 1.17 632 0.22 BL 18.82 0.64 -0.61 273 619 925 PKS0829+046 8 29 10.9 4 39 51 O 0.70 786 0.67 220 -0.07 BL 16.4 0.70 -0.37 X 786 444 940 OJ 287 8 51 57.2 20 17 58 O 2.61 628 3.38 220 0.42 0.306 BL 15.43 0.48 -0.51 -26.0 X 114 619 794 B2 0912+29 9 12 53.5 29 45 55 O 0.20 959 0.24 215 0.30 BL 16.39 0.40 -0.78 288 95 995 S4 0954+65 9 54 57.8 65 48 15 O 1.46 632 1.22 632 -0.29 BL 16.7 205 925 GB 1011+498 10 11 55.3 49 40 57 O BL 16.56 0.41 -0.68 X 513 1006 PKS1034-293 10 34 55.9 -29 18 27 O 1.51 752 1.33 220 -0.21 BL 16.46 0.62 -0.51 X 139 4 231 MC 1057+100 10 57 43.4 10 5 42 O 0.13 959 0.19 580 0.62 17.20 0.39 -0.74 388 852 839 4U 1057-21 11 1 0.0 -23 12 0 BL 16.6 X 772 MARK 421 11 1 40.5 38 28 43 O 0.696 448 0.57 448 -0.32 0.031 BL 13.51 0.56 -0.47 -22.8 X 869 873 873 MARK 180 11 33 32.4 70 26 3 R 0.295 843 0.17 209 -0.89 0.046 BL 14.49 0.67 -0.22 -22.7 X 525 951 871 PKS1144-379 11 44 30.9 -37 55 31 O 2.22 129 1.07 129 -1.18 BL 16.2 0.5 -0.4 928 585 585 B2 1147+24 11 47 44.0 24 34 35 O 1.00 628 0.81 215 -0.34 BL 15.74 0.52 -0.60 X 994 979 995 1207+39W4 12 7 55.2 39 45 52 0.006 326 0.61 20.3 0.47 -0.77 -22.9 X 703 66 831 B2 1215+30 12 15 21.2 30 23 40 O 0.42 628 0.47 0.18 BL 15.62 0.45 -0.63 159 95 841 GB21217+348 12 17 38.4 34 48 0 O 0.16 512 0.16 214 0.00 BL 17.71 0.62 -0.52 214 1006 3A 1218+303 12 18 51.6 30 27 14 R 0.052 1001 BL 15.85 0.65 -0.50 X 771 1001 771 ON 231 12 19 1.1 28 30 36 O 0.72 628 1.88 215 1.56 0.102 BL 16.11 0.70 -0.52 -22.7 X 159 619 961 1E1235+6315 12 35 28.5 63 15 55 0.015 327 0.297 18.52 -22.8 X 327 831 PKS1301-192 13 1 55.2 -19 16 40 0.28 752 0.46 752 0.81 ? 18. 648 416 MC 1307+121 13 7 4.3 12 10 22 O 1.13 959 0.58 991 -1.08 18.49 0.52 -0.65 991 502 1024 B2 1308+32 13 8 7.6 32 36 40 O 1.59 347 1.57 620 -0.02 0.996 BL 15.24 0.37 -0.57 -29.1 X 348 673 673 PKS1309-216 13 9 49.6 -21 40 30 O 0.23 752 BL 18.9 113 113 PKS1349-439 13 49 52.5 -43 57 54 R 0.76 129 0.54 129 -0.55 ? 16.37 0.58 -0.54 645 4 135 MC 1400+162 16.39 14 0 20.5 16 14 20 O 0.40 910 0.56 991 0.55 0.244 BL 16.74 0.46 -0.44 -24.1 X 991 4 83 1E14023+042 14 2 19.7 4 16 21 O 0.018 293 BL 17.5 X 829 828 PKS1407+022 14 7 32.2 2 17 15 O 0.45 917 0.49 917 0.14 18.65 0.39 -0.45 131 993 993 PKS1413+135 14 13 33.9 13 34 18 R 1.2 156 0.68 220 -0.92 0.26 BL 20.5 -20.5 X 388 156 1E14156+259 14 15 41.1 25 57 15 O 0.054 353 0.237 BL 16. -24.8 X 353 353 OQ 530 14 18 6.2 54 36 57 O 1.09 632 0.94 632 -0.24 BL 15.65 0.52 -0.44 467 619 924*4U 1444+43 14 44 0.0 43 0 0 16.2 X 772 PKS1514+197 15 14 41.0 19 43 10 O 0.50 628 0.44 220 -0.21 18.7 0.66 -0.45 786 444 839 AP LIB 15 14 45.3 -24 11 23 O 1.94 788 2.11 980 0.14 0.049 BL 14.80 0.80 -0.36 -22.6 X 132 257 257 4C 14.60 15 38 30.2 14 57 22 O 1.95 628 1.98 991 0.02 BL 17.30 0.42 -0.59 X 994 226 995 PG 1553+11 15 53 20.8 11 20 3 0.504 101 0.36 ? 15. -26.8 565 PKS1604+159 16 4 49.4 15 59 32 O 0.50 628 0.44 220 -0.21 BL 18. 161 1024 PKS1639+155 16 39 42.4 15 31 11 O 0.27 110 0.37 110 0.51 ? 19. 364 798 MARK 501 39.49 16 52 11.7 39 50 25 O 1.313 448 1.45 448 0.16 0.034 BL 13.88 0.72 -0.28 -22.6 X 527 873 873*1E1704+6077 17 4 56.8 60 46 15 BL 19.4 X 193 193 PKS1717+177 17 17 0.4 17 48 9 O 0.64 628 0.96 220 0.66 18.5 389 995 I ZW 187 17 27 4.3 50 15 32 O 0.17 38 0.19 486 0.18 0.055 BL 15.97 0.58 -0.46 -21.6 X 941 714 590 OT 465 17 38 36.3 47 39 29 O 0.904 632 0.84 632 -0.12 17.5 467 925 S4 1749+70 17 49 3.6 70 6 39 O 1.09 632 1.89 632 0.89 BL 17.01 0.45 -0.50 205 69 924 OT 081 17 49 10.4 9 39 42 O 1.83 628 1.66 991 -0.16 16.78 0.68 -0.47 X 417 226 995 S5 1803+78 18 3 39.2 78 27 55 O 2.633 470 2.24 470 -0.26 16.4 X 468 109 3C 371.0 69.24 18 7 18.5 69 48 58 O 1.74 627 1.92 438 0.16 0.051 BL 14.22 0.55 -0.48 -23.2 X 1020 62 62 4C 56.27 18 23 14.8 56 49 18 O 1.67 632 1.51 632 -0.16 18.4 467 925 PKS2005-489 20 5 46.6 -48 58 43 O 1.19 921 1.06 921 -0.19 BL 13.4 X 748 920 S5 2007+77 20 7 20.5 77 43 58 O 1.279 470 0.82 470 -0.72 16.7 X 468 109 PKS2032+107 20 32 58.6 10 45 42 O 0.77 786 0.67 220 -0.23 0.601 ? 18.5 -24.7 220 25 PKS2155-152 21 55 23.2 -15 15 32 O 1.72 782 1.67 645 -0.05 BL 17. 227 651 PKS2155-304 21 55 58.3 -30 27 54 R 0.31 784 0.34 784 0.15 0.117 BL 13.09 0.27 -0.71 -26.1 X 771 902 149 BL LAC 22 0 39.4 42 2 9 O 2.96 910 4.45 440 0.66 0.07 BL 14.72 0.94 -0.20 -23.4 X 768 107 853 PKS 2201+04 04.77 22 1 46.5 4 25 28 O 0.59 629 0.61 910 0.05 0.028 BL 15.2 1.00 0.22 -20.9 X 201 444 995 4C 02.54 22 7 0.2 2 3 55 O 0.25 1016 0.44 916 0.92 ? 19.0 160 839 PKS2233-148 22 33 54.0 -14 48 57 R 0.61 139 0.50 139 -0.32 19.0 X 139 220 PKS 2335+03 23 35 34.3 3 10 11 O 0.61 629 0.93 916 0.68 ? 17.76 0.53 -0.41 511 226 995 XTENSION= 'TABLE ' / Table extension BITPIX = 8 / Character data NAXIS = 2 / Simple 2-D matrix NAXIS1 = 100 / Number of characters per record NAXIS2 = 1368 / Number of records in the table PCOUNT = 0 / No "random" parameters GCOUNT = 1 / Only one group TFIELDS = 2 / Number of data fields per record EXTNAME = 'QAGN3_REFS' / Quasars and Active Nuclei, 3rd Ed., References AUTHOR = 'Veron-Cetty, Veron' / Catalog author(s) REFERENC= '1987, ESO Report' / Catalog reference(s) DATE = '05/10/88' / Date FITS table verified (dd/mm/yy) HISTORY This FITS header is NOT a complete scientific document for the subject HISTORY catalog. It serves only as a minimal description of the general HISTORY format and structure of the data file. HISTORY A copy of "Documentation for the Machine-Readable Version of HISTORY Quasars and Active Nuclei", Raugh 1987, Doc. No. STX-T-1-3002-3201-87 HISTORY should accompany any computer-readable version of the catalog. HISTORY Source Catalog Reference: Veron-Cetty, M. P. and Veron, P. 1987, HISTORY ESO Scientific Report (in press). TTYPE1 = 'REFNUM ' / Reference number TBCOL1 = 1 / Start column TFORM1 = 'I4 ' / Fortran format TNULL1 = ' ' / Null value COMMENT REFNUM (field 1) is blank if REFERENCE (field 2) is a continuation of COMMENT the previous record. TTYPE2 = 'REFERENCE' / Text of reference TBCOL2 = 6 / Start column TFORM2 = 'A95 ' / Fortran format END 1 AARONSON,M. AND BOROSON,T. 1980,NATURE 283,746. 2 ABELL,G.O.,EASTMOND,T.S. AND JENNER,D.C. 1978,ASTROPHYS. J. 221,L1. 3 ADAM,G. 1978,ASTRON. ASTROPHYS. SUPPL. 31,151. 4 ADAM,G. 1985,ASTRON. ASTROPHYS. SUPPL. 61,225. 5 ADAMS,M.T. AND RUDNICK,L. 1977,ASTRON. J. 82,857. 6 ADAMS,T.F. 1977,ASTROPHYS. J. SUPPL. SER. 33,19. 7 ADAMS,T.F. AND WEEDMAN,D.W. 1975,ASTROPHYS. J. 199,19. 8 ADGIE,R.L. 1974,ASTRON. J. 79,847. 9 ADGIE,R.L.,PALMER,H.P. AND PENSTON,M.V. 1975,MONTHLY NOTICES ROY. ASTRON. SOC. 170,31P. 10 AFANASJEV,V.L.,DENISYUK,E.K. AND LIPOVETSKI,V.A. 1979,SOVIET AJ LETTERS 5,144. 11 AFANASJEV,V.L.,KARACHENTSEV,I.D.,LIPOVETSKI,V.A.,LORENZ,H. AND STOLL,D. 1979,ASTRON. NACHR. 300,31. 12 AFANASJEV,V.L.,KARACHENTSEV,I.D.,LIPOVETSKI,V.A. AND LORENZ,H. 1979,ASTRON. NACHR. 300,77. 13 AFANASJEV,V.L.,LIPOVETSKI,V.A.,MARKARIAN,B.E. AND STEPANIAN,D.A. 1979,ASTRO PHYSICS 16,119. 14 AGNEW,D.,ARP H. 1973,PUBL. ASTRON. SOC. PACIFIC 85,87. 15 ALCAINO,G. 1976,ASTRON. ASTROPHYS. SUPPL. 26,261. 16 ALLEN,D.A.,LONGMORE,A.J.,HAWARDEN,T.G.,CANNON,R.D. AND ALLEN,C.J. 1978, MONTHLY NOTICES ROY. ASTRON. SOC. 184,303. 17 ALLINGTON-SMITH,J.R. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 199,611. 18 ALLINGTON-SMITH,J.R.,PERRYMAN,M.A.C.,LONGAIR,M.S.,GUNN,J.E. AND WESTPHAL, J.A. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 201,331. 19 ALLINGTON-SMITH,J.R.,LILLY,S.J. AND LONGAIR,M.S. 1985,MONTHLY NOTICES ROY. ASTRON. SOC. 213,243. 20 ALTSCHULER,D.R. 1986,ASTRON. ASTROPHYS. SUPPL. 65,267. 21 ANDERSON,S.F. 1985,'THE X-RAY PROPERTIES OF HIGH REDSHIFT, OPTICALLY SELECTED QSO'.PHD. 22 ANDERSON,S.F. AND MARGON,B. 1986,'THE X-RAY PROPERTIES OF HIGH REDSHIFT QUASI-STELLAR OBJECTS'. 23 ANGUITA,A.C. AND PEDREROS,M. 1977,ASTRON. J. 82,102. 24 ANGUITA,A.C.,CAMPUSANO,L.E.,TORRES,C. AND PEDREROS,M. 1979,ASTRON. J. 84,718 25 ANTONUCCI,R.R.J.,HICKSON,P.,MILLER,J.S. AND OLSZEWSKI,E.W. 1986, 'TWO NEW BLAZAR REDSHIFTS'. 26 APPARAO,K.V.,BIGNAMI,G.F.,MARASCHI,L,HELMKEN,H.,MARGON,B.,HJELLMING,R., BRADT,H.V. AND DOWER,R.G. 1978,NATURE 273,450. 27 ARAKELIAN,M.A. 1975,PUBL. BYURAKAN OBS. 47,3. 28 ARAKELIAN,M.A.,DIBAI,E.A. AND LYUTYI,B.M. 1972,ASTROPHYSICS 8,280. 29 ARAKELIAN,M.A.,DIBAI,E.A. AND ESIPOV,V.F. 1970,ASTROPHYSICS 6,14. 30 ARAKELIAN,M.A.,DIBAI,E.A. AND ESIPOV,V.F. 1972,ASTROPHYSICS 8,197. 31 ARAKELIAN,M.A.,DIBAI,E.A. AND ESIPOV,V.F. 1973,ASTROPHYSICS 9,183. 32 ARAKELIAN,M.A.,DIBAI,E.A. AND ESIPOV,V.F. 1975,ASTROPHYSICS 11,254. 33 ARAKELIAN,M.A.,DIBAI,E.A. AND ESIPOV,V.F. 1976,ASTROPHYSICS 12,122. 34 ARAKELIAN,M.A.,DIBAI,E.A. AND ESIPOV,V.F. 1976,ASTROPHYSICS 12,456. 35 ARAKELIAN,M.A.,DIBAI,E.A.,ESIPOV,V.F. AND MARKARIAN,B.E. 1971,ASTROPHYSICS 7,102. 36 ARGUE,A.N. AND SULLIVAN,C. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 192,779. 37 ARGUE,A.N.,KENWORTHY,C.M. AND STEWART,P.M. 1973,ASTROPHYS. LETTERS 14,99. 38 ARGUE,A.N.,KENWORTHY,C.M.,RYLE,M. AND SHAKESHAFT,J.R. 1973,NATURE P.S. 241,139. 39 ARKHIPOVA,V.P. AND ESIPOV,V.F. 1979,SOVIET AJ LETTERS 5,90. 40 ARNAUD,K.A.,BRANDUARDI-RAYMONT,G.,CULHANE,J.L.,FABIAN,A.C.,HAZARD,C., MCGLYNN,T.A.,SHAFER,R.A.,TENNANT,A.F. AND WARD,M.J. 1985,MONTHLY NOTICES 40 ROY. ASTRON. SOC. 217,105. 41 ARNAUD,K.A.,FABIAN,A.C.,HAZARD,C.,CONDON,J.J. AND SARGENT,W.L.W. 1984, 'AN OPTICALLY SELECTED SAMPLE OF X-RAY-QUIET QSOS'. 42 ARP,H. 1966,ASTROPHYS. J. SUPPL. SER. 14,1. 43 ARP,H. 1968,ASTROPHYS. J. 152,1101. 44 ARP,H. 1971,ASTROPHYS. LETTERS 9,1. 45 ARP,H. 1976,ASTROPHYS. J. 210,L59. 46 ARP,H. 1977,COLLOQUE INTL N 263 (PARIS CNRS) P. 377. 47 ARP,H. 1977,ASTROPHYS. J. 218,70. 48 ARP,H. 1980,ASTROPHYS. J. 240,415. 49 ARP,H. 1980,ASTROPHYS. J. 236,63. 50 ARP,H. 1980,PROC. 9TH TEXAS SYMPOSIUM (ANN. NEW YORK ACAD SCI. 336,P.94). 51 ARP,H. 1981,ASTROPHYS. J. 250,31. 52 ARP,H. 1981,ASTROPHYS. J. SUPPL. SER. 46,75. 53 ARP,H. 1983,ASTROPHYS. J. 271,479. 54 ARP,H. 1984,ASTROPHYS. J. 283,59. 55 ARP,H. 1984,ASTROPHYS. J. 285,547. 56 ARP,H. AND DUHALDE,D. 1985,PUBL. ASTRON. SOC. PACIFIC 97,1149. 57 ARP,H. AND GAVAZZI,G. 1984,ASTRON. ASTROPHYS. 139,240. 58 ARP,H. AND HAZARD,C. 1980,ASTROPHYS. J. 240,726. 59 ARP,H. AND KHACHIKIAN,E.E. 1975,ASTROPHYSICS 9,308. 60 ARP,H. AND SULENTIC,J.W. 1979,ASTROPHYS. J. 229,496. 61 ARP,H. AND SURDEJ,J. 1982,ASTRON. ASTROPHYS. 109,101. 62 ARP,H. AND VISVANATHAN,N. 1970,ASTROPHYS. LETTERS 5,73. 63 ARP,H.,BOLTON,J. AND KINMAN,T. 1967,ASTROPHYS. J. 147,840. 64 ARP,H.,BURBIDGE,E.,MACKAY,C. AND STRITTMATTER,P. 1972,ASTROPHYS.J. 171,L41. 65 ARP,H.,BALDWIN,J.A. AND WAMPLER,E.J. 1975,ASTROPHYS. J. 198,L3. 66 ARP,H.,DE RUITER,H.R. AND WILLIS,A.G. 1979,ASTRON. ASTROPHYS. 77,86. 67 ARP,H.,SARGENT,W.L.W.,WILLIS,A.G. AND OOSTERBAAN,C.E. 1979,ASTROPHYS. J. 230,68. 68 ARP,H.,SULENTIC,J.W. AND DI TULLIO,G. 1979,ASTROPHYS. J. 229,489. 69 ARP,H.,SULENTIC,J.W.,WILLIS,A.G. AND DE RUITER,H.R. 1976,ASTROPHYS. J. 207,L13. 70 ARP,H.,SURDEJ,J. AND SWINGS,J.P. 1984,ASTRON. ASTROPHYS. 138,179. 71 ARP,H.,WOLSTENCROFT,R.D. AND HE,X.T. 1984,ASTROPHYS. J. 285,44. 72 AZZOPARDI,M. 1985,THE MESSENGER 39,12. 73 BAADE,W. AND MINKOWSKI,R. 1954,ASTROPHYS. J. 119,206. 74 BAADE,W. AND MINKOWSKI,R. 1954,ASTROPHYS. J. 119,215. 75 BAHCALL,N.A.,BAHCALL,J.N. AND SCHMIDT,M. 1973,ASTROPHYS. J. 183,777. 76 BAHCALL,J.,SCHMIDT,M. AND GUNN,J. 1969,ASTROPHYS. J. 157,L77. 77 BAHCALL,J.,BAHCALL,N.A.,MURRAY,S.S. AND SCHMIDT,M. 1975,ASTROPHYS. J. 199,L9. 78 BAILEY,J. AND POOLEY,G. 1968,MONTHLY NOTICES ROY. ASTRON. SOC. 138,51. 79 BALDWIN,J.A.,BURKE,W.L.,GASKELL,C.M. AND WAMPLER,E.J. 1978,NATURE 273,431. 80 BALDWIN,J.A.,WAMPLER,E.J. AND BURBIDGE,E.M. 1981,ASTROPHYS. J. 243,76. 81 BALDWIN,J.A.,BURBIDGE,E.M.,HAZARD,C.,MURDOCH,H.S.,ROBINSON,L.B. AND WAMPLER,E.J. 1973,ASTROPHYS. J. 185,739. 82 BALDWIN,J.A.,SMITH,H.E.,BURBIDGE,E.M.,HAZARD,C.,MURDOCH,H.S. AND JAUNCEY, D.L. 1976,ASTROPHYS. J. 206,L83. 83 BALDWIN,J.A.,WAMPLER,E.J.,BURBIDGE,E.M.,O'DELL,S.L.,SMITH,H.E.,HAZARD,C., NORDSIEK,K.H.,POOLEY,G. AND STEIN,W.A. 1977, ASTROPHYS. J. 215,408. 84 BARBIERI,C.,ERCULIANI,L. AND ROSINO,L. 1968,PUBL. OSSERVATORIO ASTRON. PADOVA N143. 85 BARBIERI,C. 1970,MEM. SOC. ASTRON. ITAL. 41,271 = PUBL. OBS. PADOVA N159. 86 BARBIERI,C. 1973,ASTROPHYS. LETTERS 14,231. 87 BARBIERI,C. AND CRISTIANI,S. 1986,ASTRON. ASTROPHYS. SUPPL. 63,1. 88 BARBIERI,C. AND ROMANO,G. 1976,ASTRON. ASTROPHYS. 50,15. 89 BARBIERI,C.,BARBON,R.,DE BASTIANI,L.,ROMANO,G.,PESCH,P. AND SANDULEAK,N. 1985,ASTRON. ASTROPHYS. SUPPL. 61,163. 90 BARBIERI,C.,CAPACCIOLI,M. AND ZAMBON,M. 1975,MEM. SOC. ASTRON. ITAL. 46,461. 91 BARBIERI,C.,CRISTIANI,S.,IOVINO,A. AND NOTA,A. 1986, 'QUASAR CANDIDATES IN THE FIELD SA 94. II.OBJECTIVE-PRISM CLASSIFICATION 91 OF THE US OBJECTS'. 92 BARBON,R.,BRACCESI,A. AND FANTI,R. 1967,NUOVO CIMENTO(10) 52B,262. 93 BARTEL,N.,SHAPIRO,I.I.,HUCHRA,J.P. AND KUHR,H. 1984,ASTROPHYS. J. 279,112. 94 BARTHEL,P. 1984,PH.D. STERREWACHT LEIDEN 'RADIO STRUCTURE IN QUASARS'. 95 BATTISTINI,P.,BRACCESI,A. AND FORMIGGINI,L. 1974,ASTRON. ASTROPHYS. 35,93. 96 BATTISTINI,P.,BRACCESI,A.,FORMIGGINI,L. AND LARI,C. 1975,ASTRON. ASTRO- PHYS. 40,217. 97 BEAVER,E.A.,HARMS,R.,HAZARD,C.,MURDOCH,H.S.,CARSWELL,R.F. AND STRITTMATTER, P.A. 1976,ASTROPHYS. J. 203,L5. 98 BECHTOLD,J.,FORMAN,W.,GIACCONI,R.,JONES,C.,SCHWARZ,J.,TUCKER,W. AND VAN SPEYBROECK,L. 1983,ASTROPHYS. J. 265,26. 99 BEICHMAN,C.A.,SOIFER,B.T.,HELOU,G.,CHESTER,T.J.,NEUGEBAUER,G.,GILLETT,F.C. LOW,F.J. 1986,ASTROPHYS. J. 308,L1. 100 BEICHMAN,C.,WYNN-WILLIAMS,C.G.,LONSDALE,C.J.,PERSSON,S.E.,HEASLEY,J.N., MILEY,G.K.,SOIFER,B.T.,NEUGEBAUER,G.,BECKLIN,E.E. AND HOUCK,J.R. 1985, 100 ASTROPHYS. J. 293,148. 101 BENNETT,C.L.,LAWRENCE,C.R.,BURKE,B.F.,HEWITT,J.N. AND MAHONEY,J. 1986, ASTROPHYS. J. SUPPL. SER. 61,1. 102 BERGERON,J. AND KUNTH,D. 1980,ASTRON. ASTROPHYS. 85,L11. 103 BERGERON,J. AND KUNTH,D. 1984,MONTHLY NOTICES ROY. ASRON. SOC. 207,263. 104 VAN DEN BERGH,S. 1966,ASTROPHYS. J. 144,866. 105 BERGVALL,N.A.S.,EKMAN,A.B.G.,LAUBERTS,A.,WESTERLUND,B.E.,BORCHKHADZE,T.M., BREYSACHER,J.,LAUTSEN,S.,MULLER,A.B.,SCHUSTER,H.E.,SURDEJ,J. AND WEST,R.M. 105 1978,ASTRON. ASTROPHYS. SUPPL. 33,243. 106 BERGVALL,N.,JOHANSSON,L. AND OLOFSSON,K. 1986,ASTRON. ASTROPHYS. 166,92. 107 BERTAUD,C.,DUMORTIER,B.,VERON,P.,WLERICK,G.,ADAM,G.,BIGAY,J.,GARNIER,R. AND DURUY,M. 1966,ASTRON. ASTROPHYS. 3,436. 108 BIEGING,J.H.,BIERMANN,P.,FRICKE,K.,PAULINY-TOTH,I.I.K. AND WITZEL,A. 1977, ASTRON. ASTROPHYS. 60,353. 109 BIERMANN,P.,DUERBECK,H.,ECKART,A.,FRICKE,K.,JOHNSTON,K.J.,KUHR,H.,LIEBERT, J.,PAULINY-TOTH,I.I.K.,SCHLEICHER,H.,STOCKMAN,H.,STRITTMATTER,P.A. AND 109 WITZEL,A. 1981,ASTROPHYS. J. 247,L53. 110 BINETTE,L.,CARIGNAN,C.,BOLTON,J.G. AND WRIGHT,A.E. 1981,AUSTRALIAN J. PHYS. 34,407. 111 BIRETTA,J.A.,SCHNEIDER,D.P. AND GUNN,J.E. 1985,ASTRON. J. 90,2508. 112 BLADES,J.C.,HUNSTEAD,R.W. AND MURDOCH,H.S. 1981,MONTHLY NOTICES ROY. ASTRON. SOC. 194,669. 113 BLADES,J.C.,MURDOCH,H.S. AND HUNSTEAD,R.W. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 191,61. 114 BLAKE,G.M. 1970,ASTROPHYS. LETTERS 6,201. 115 BLANCO,V.M. AND HEATHCOTES,S. 1986,PUBL. ASTRON. SOC. PACIFIC 98,635. 116 BOHUSKI,T.J. AND WEEDMAN,D.W. 1979,ASTROPHYS. J. 231,653. 117 BOHUSKI,T.J.,FAIRALL,A.P. AND WEEDMAN,D.W. 1978,ASTROPHYS. J. 221,776. 118 BOKSENBERG,A.,BRIGGS,S.A.,CARSWELL,R.F.,SCHMIDT,M. AND WALSH,D. 1976,MONTHLY NOTICES ROY. ASTRON. SOC. 177,43P. 119 BOKSENBERG,A.,CARSWELL,R.F. AND OKE,J.B. 1976,ASTROPHYS. J. 206,L121. 120 BOLTON,J.G. AND BUTLER,P.W. 1975,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 34,33. 121 BOLTON,J.G. AND EKERS,J. 1966,AUSTRALIAN J. PHYS. 19,275. 122 BOLTON,J.G. AND EKERS,J. 1966,AUSTRALIAN J. PHYS. 19,471. 123 BOLTON,J.G. AND EKERS,J. 1966,AUSTRALIAN J. PHYS. 19,559. 124 BOLTON,J.G. AND EKERS,J. 1966,AUSTRALIAN J. PHYS. 19,713. 125 BOLTON,J.G. AND EKERS,J. 1967,AUSTRALIAN J. PHYS. 20,109. 126 BOLTON,J.G. AND KINMAN,T. 1966,ASTROPHYS. J. 145,951. 127 BOLTON,J.G. AND SAVAGE,A. 1977,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 41,25. 128 BOLTON,J.G. AND SAVAGE,A. 1977,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 44,21. 129 BOLTON,J.G. AND SHIMMINS,A.J. 1973,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 30,1. 130 BOLTON,J.G. AND WALL,J.V. 1969,ASTROPHYS. LETTERS 3,177. 131 BOLTON,J.G. AND WALL,J.V. 1970,AUSTRALIAN J.PHYS. 23,789. 132 BOLTON,J.G.,CLARKE,M. AND EKERS,J. 1965,AUSTRALIAN J. PHYS. 18,627. 133 BOLTON,J.G.,CLARKE,M.,SANDAGE,A. AND VERON,P. 1965,ASTROPHYS. J. 142,1289. 134 BOLTON,J.G.,KINMAN,T. AND WALL,J. 1968,ASTROPHYS. J. 154,L105. 135 BOLTON,J.G.,PETERSON,B.A.,WILLS,B.J. AND WILLS,D. 1976,ASTROPHYS. J. 210,L1. 136 BOLTON,J.G.,SAVAGE,A. AND WRIGHT,A.E. 1979,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 46,1. 137 BOLTON,J.G.,SHIMMINS,A.J. AND MERKELIJN,J. 1968,AUSTRALIAN J. PHYS. 21,81. 138 BOLTON,J.G.,SHIMMINS,A.J.,EKERS,J.,KINMAN,T.D.,LAMLA,E. AND WIRTANEN,C.A. 1966,ASTROPHYS.J. 144,1229. 139 BOLTON,J.G.,SHIMMINS,A.J. AND WALL,J.V. 1975, AUSTRALIAN J. PHYS. ASTRO- PHYS. SUPPL. 34,1. 140 BOLTON,J.G.,TRETT,J.,CARIGNAN,C. AND BINETTE,L. 1981,AUSTRALIAN J. PHYS. 34,445. 141 BOLTON J.G.,WALL J.V. AND SHIMMINS A.J. 1971,AUSTRALIAN J. PHYS. 24,889. 142 BOLTON,J.G.,WRIGHT,A.E. AND SAVAGE,A. 1979,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 46,1. 143 BOND,H.E. AND SARGENT,W.L.W. 1973,ASTROPHYS. J. 185,L109. 144 BOND,H.E.,KRON,R. AND SPINRAD,H. 1977,ASTROPHYS. J. 213,1. 145 BORCHKHADZE,T.M. AND WEST,R.M. 1977,ASTROPHYSICS 13,358. 146 BORCHKHADZE,T.M. AND WEST,R.M. 1980,ASTROPHYSICS 16,233. 147 BOROSON,T.A.,PERSSON,S.E. AND OKE,J.B. 1985,ASTROPHYS. J. 293,120. 148 BOTHUN,G.D.,ROMANISHIN,W.,MARGON,B.,SCHOMMER,R.A. AND CHANAN,G.A. 1982, ASTROPHYS. J. 257,40. 149 BOWYER,S.,BRODIE,J.,CLARKE,J.T. AND HENRY,J.P. 1984,ASTROPHYS. J. 278,L103. 150 BOYLE,B.J.,FONG,R.,SHANKS,T. AND CLOWES,R.G. 1985,MONTHLY NOTICES ROY. ASTRON. SOC. 216,623. 151 BRACCESI,A.,FORMIGGINI,L. AND GANDOLFI,E. 1970,ASTRON. ASTROPHYS. 5,264. 152 BRACCESI,A.,LYNDS,C.R. AND SANDAGE,A. 1968,ASTROPHYS. J. 152,L105. 153 BRADT,H.V.,BURKE,V.F.,CANIZARES,C.R.,GREENFIELD,P.E.,KELLEY,R.L.,MCCLIN- TOCK,J.E. AND VAN PARADIJS,J. 1978,ASTROPHYS. J. 226,L111. 154 BRANDIE,G.W. AND BRIDLE,A.H. 1974,ASTRON. J. 79,903. 155 BRANDUARDI-RAYMONT,G.,MASON,K.O.,MURDIN,P.G. AND MARTIN,C. 1985, MONTHLY NOTICES ROY. ASTRON. SOC. 216,1043. 156 BREGMAN,J.N.,LEBOFSKY,M.J.,ALLER,M.F.,RIEKE,G.H.,ALLER,H.D.,HODGE,P.E., GLASSGOLD,A.E. AND HUGGINS,P.J. 1981,NATURE 293,714. 157 VAN BREUGEL,W.J.M.,HECKMAN,T.M.,MILEY,G.K. AND FILIPPENKO,A.V. 1986,ASTRO- PHYS. J. 311,58. 158 BRIDLE,A.H.,KESTEVEN,M.J.L. AND BRANDIE,G.W. 1977,ASTRON. J. 82,21. 159 BROWNE,I.W.A. 1971,NATURE 231,515. 160 BROWNE,I.W.A,BENTLEY,M.,HAVES,P.,MCEWAN,N.J.,SPENCER,R.E. AND STANNARD,D. 1974,NATURE 252,209. 161 BROWNE,I.W.A.,CROWTHER,J.H. AND ADGIE R.L. 1973,NATURE 244,146. 162 BROWNE,I.W.A. AND MCEWAN N.J. 1972,NATURE P.S. 239,101. 163 BROWNE,I.W.A. AND SAVAGE,A. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,65P. 164 BROWNE,I.W.A.,SAVAGE,A. AND BOLTON,J.G. 1975,MONTHLY NOTICES ROY. ASTRON. SOC. 173,87P. 165 DE BRUYN,A.G. AND WILLIS,A.G. 1974,ASTRON. ASTROPHYS. 33,351. 166 DE BRUYN,A.G.,CRANE,P.C.,PRICE,R.M. AND CARLSON,J.B. 1976,ASTRON. ASTROPHYS. 46,243. 167 BURBIDGE,E.M. 1965,ASTROPHYS. J. 142,1291. 168 BURBIDGE,E.M. 1966,ASTROPHYS. J. 143,612. 169 BURBIDGE,E.M. 1967,ASTROPHYS. J. 147,845. 170 BURBIDGE,E.M. 1967,ASTROPHYS. J. 149,L51. 171 BURBIDGE,E.M. 1968,ASTROPHYS. J. 154,L109. 172 BURBIDGE,E.M. 1969,ASTROPHYS. J. 155,L43. 173 BURBIDGE,E.M. 1970,ASTROPHYS. J. 160,L33. 174 BURBIDGE,E.M. AND KINMAN,T. 1966,ASTROPHYS. J. 145,654. 175 BURBIDGE,E.M. AND STRITTMATTER,P.A. 1972,ASTROPHYS. J. 172,L37. 176 BURBIDGE,E.M.,JUNKKARINEN,V.T.,KOSKI,A.T.,SMITH,H.E AND HOAG,A.A. 1980, ASTROPHYS. J. 242,L55. 177 BURBIDGE,E.M.,LYNDS,C.R. AND BURBIDGE,G.R. 1966,ASTROPHYS. J. 144,447. 178 BURBIDGE,E.M.,SMITH,H.E.,WEYMANN,R.J. AND WILLIAMS,R.E. 1977,ASTROPHYS. J. 218,1. 179 BURBIDGE,E.M.,SMITH,H.E.,JUNKKARINEN,V.T. AND HOAG,A.A. 1985,ASTROPHYS. J. 288,82. 180 BURBIDGE,E.M. AND STRITTMATTER,P.A. 1972,ASTROPHYS. J. 174,L57. 181 BURBIDGE,E.M.,STRITTMATTER,P.A.,SMITH,H.E. AND SPINRAD,H. 1972,ASTROPHYS. J. 178,L43. 182 BURBIDGE,G.R. AND BURBIDGE,E.M. 1969,NATURE 222,735. 183 BURBIDGE,G.R.,CROWNE,A.H. AND SMITH,H.E. 1977,ASTROPHYS. J. SUPPL. SER. 33,113. 184 CALDWELL,N. AND PHILLIPS,M.M. 1981,ASTROPHYS. J. 244,447. 185 CAMPUSANO,L.E. AND PEDREROS,M. 1978,OBS. ASTRON. NAT. CERRO CALAN, SANTIAGO, DEPT. ASTRON. PUBL. III, P. 315. 186 CARNEY,B.W. 1976,PUBL. ASTRON. SOC. PACIFIC 88,334. 187 CARSWELL,R.F. AND STRITTMATTER,P.A. 1973,NATURE 242,394. 188 CARSWELL,R.F.,COLEMAN,G.,STRITTMATTER,P.A. AND WILLIAMS,R.E. 1976,ASTRON. ASTROPHYS. 53,275. 189 CARSWELL,R.F.,STRITTMATTER,P.A.,WILLIAMS,R.E.,KINMAN,T.D. AND SERKOWSKI, K. 1974,ASTROPHYS. J. 190,L101. 190 CARTER,D. 1984,ASTRONOMY EXPRESS 1,61. 191 CARTER,D AND MALIN,D.F. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 203,49P. 192 CHANAN,G.A.,MARGON,B. AND DOWNES,R.A. 1981,ASTROPHYS. J. 243,L5. 193 CHANAN,G.A.,MARGON,B.,HELFAND,D.J.,DOWNES,R.A. AND CHANCE,D. 1982, ASTROPHYS. J. 261,L31. 194 CHAVIRA,E. 1958,BOL. OBS. TONANTZINTLA Y TACUBAYA 2,N17,15. 195 CHAVIRA,E. 1959,BOL. OBS. TONANTZINTLA Y TACUBAYA 2,N18,3. 196 CHEN,J.-S. 1984,ASTRON. ASTROPHYS. 134,306. 197 CHEN,J.-S. 1985,CHINESE ASTRON. ASTROPHYS. 9,343. 198 CHRISTIAN,C.A. AND SCHOMMER,R.A. 1982,ASTROPHYS. J. 253,L13. 199 CHU,Y.,ZHU,X. AND BUTCHER,H. 1985,CHINESE ASTRON. ASTROPHYS. 9,246. 200 CHU,Y.,ZHU,X. AND BUTCHER,H. 1986,CHINESE ASTRON. ASTROPHYS. 10,196. 201 CLARKE,M.,BOLTON,J. AND SHIMMINS,A. 1966,AUSTRALIAN J. PHYS. 19,375. 202 CLOWES,R.G. AND SAVAGE,A. 1983,MONTHLY NOTICES ROY. ASRON. SOC. 204,365. 203 CLOWES,R.G.,EMERSON,D.,SMITH,M.G.,WALLACE,P.T.,CANNON,R.D.,SAVAGE,A. AND BOKSENBERG,A. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 193,415. 204 CLOWES,R.G.,SMITH,M.G.,SAVAGE,A.,CANNON,R.D.,BOKSENBERG,A. AND WALL,J.V. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 189,175. 205 COHEN,A.M.,PORCAS,R.W.,BROWNE,I.W.A.,DAINTREE,E.J. ANS WALSH,D. 1977,MEM. ROY. ASTRON. SOC. 84,1. 206 COHEN,R.D.,SMITH,H.E. AND BURBIDGE,E.M. 1986,BULL. AMER. ASTRON. SOC. 18,674. 207 COLLA,G.,FANTI,C.,FANTI,R.,GIOIA,I.,LARI,C.,LEQUEUX,J.LUCAS,R. AND ULRICH,M.H. 1975,ASTRON. ASTROPHYS. SUPPL. 20,1. 208 CONDON,J.J. 1980,ASTROPHYS. J. 242,894. 209 CONDON,J.J. AND DRESSEL,L.L. 1978,ASTROPHYS. J. 221,456. 210 CONDON,J.J. AND JAUNCEY,D.L. 1974,ASTRON. J. 79,437. 211 CONDON,J.J. AND LEDDEN,J.E. 1982,ASTRON. J. 87,219. 212 CONDON,J.J.,BALONEK,T.J. AND JAUNCEY,D.L. 1975,ASTRON. J. 80,887. 213 CONDON,J.J.,BALONEK,T.J. AND JAUNCEY,D.L. 1976,ASTRON. J. 81,913. 214 CONDON,J.J.,BUCKMAN,M.A. AND MACHALSKI,J. 1979,ASTRON. J. 84,149. 215 CONDON,J.J.,CONDON,M.A.,BRODERICK,J.J. AND DAVIS,M.M. 1983,ASTRON. J. 88,20. 216 CONDON,J.J.,CONDON,M.A.,JAUNCEY,D.L.,SMITH,M.G.,TURTLE,A.J. AND WRIGHT, A.E. 1981,ASTROPHYS. J. 244,5. 217 CONDON,J.J.,CONDON,M.A.,GISLER,G. AND PUSCHELL,J.J. 1982,ASTROPHYS. J. 252,102. 218 CONDON,J.J.,CONDON,M.A.,MITCHELL,M.J. AND USHER,P.D. 1980,ASTROPHYS. J. 242,486. 219 CONDON,J.J.,O'DELL,S.L.,PUSCHELL,J.J. AND STEIN,W.A. 1981,ASTROPHYS. J. 246,624. 220 CONDON,J.J.,HICKS,P.D. AND JAUNCEY,D.L. 1977,ASTRON. J. 82,692. 221 CONDON,J.J.,JAUNCEY,D.L. AND WRIGHT,A.E. 1978,ASTRON. J. 83,1036. 222 CONWAY,R.G.,BURN,B.J. AND VALLEE,J.P. 1977,ASTRON. ASTROPHYS. SUPPL. 27,155. 223 CONWAY,R.G.,HAWES,P.,KRONBERG,P.P.,STANNARD,D.,VALLEE,J.P. AND WARDLE,J.F.C. 1974,MONTHLY NOTICES ROY. ASTRON. SOC. 168,137. 224 COSTERO,R. AND OSTERBROCK,D.E. 1977,ASTROPHYS. J. 211,675. 225 COWLEY,A.P.,CRAMPTON,D.,HUTCHINGS,J.B.,HELFAND,D.J.,HAMILTON,T.T.,THORTEN- SEN,J.R. AND CHARLES,P.A. 1984,ASTROPHYS. J. 286,196. 226 CRAINE,E.R.,JOHNSON,K. AND TAPIA,S. 1975,PUBL. ASTRON. SOC. PACIFIC 87,123. 227 CRAINE,E.R.,STRITTMATTER,P.A.,TAPIA,S.,ANDREW,B.H.,HARVEY,G.A.,GEARHART,M. R. AND KRAUS,J.D. 1976,ASTROPHYS. LETTERS 17,123. 228 CRAMPTON,D. AND RENSING,M. 1982,PUBL. ASTRON. SOC. PACIFIC 94,440. 229 CRAMPTON,D.,COWLEY,A.P. AND HARTWICK,F.D.A. 1986,'THE SPACE DISTRIBUTION OF FAINT QUASARS FROM THE CFHT SURVEY'. 230 CRAMPTON,D.,SCHADE,D. AND COWLEY,A.P. 1985,ASTRON. J. 90,987. 231 CRISTIANI,S. AND KOEHLER,B.1986,ASTRON. ASTROPHYS. SUPPL. 'REDSHIFTS OF QUASAR CANDIDATES'. 232 CRISTIANI,S. AND TARENGHI,M. 1984,ASTRON. ASTROPHYS. 132,351. 233 CRISTIANI,S.,VERON-CETTY,M.P. AND VERON,P. 1984,ASTRON. ASTROPHYS. 135,122. 234 CRUZ-GONZALEZ,I. AND HUCHRA,J.P. 1984,ASTRON. J. 89,441. 235 CSIRO STAFF 1969,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 7. 236 DAHARI,O. 1985,ASTROPHYS. J. SUPPL. SER. 57,643. 237 DANZIGER,I.J. AND GOSS,W.M. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 200,27P. 238 DANZIGER,I.J. AND GOSS,W.M. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 202,703. 239 DANZIGER,I.J.,FOSBURY,R.A.E. AND PENSTON,M.V. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,41P. 240 DANZIGER,I.J.,FOSBURY,R.A.E.,GOSS,W.M.,BLAND,J. AND BOKSENBERG,A. 1984, MONTHLY NOTICES ROY. ASTRON. SOC. 208,589. 241 DANZIGER,I.J.,GOSS,W.M. AND FRATER,R.H. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. 184,341. 242 DAVIDSON,K. 1980,PUBL. ASTRON. SOC. PACIFIC 91,817. 243 DAVIDSON,K. AND KINMAN,T.D. 1978,ASTROPHYS. J. 225,776. 244 DAVIES,R.D. 1973,MONTHLY NOTICES ROY. ASTRON. SOC. 161,25P. 245 DAVIS,M.M. 1971,ASTRON. J. 76,980. 246 DEKKER,H. AND D'ODORICO,S. 1984,THE MESSENGER N37,7. 247 DEMOULIN-ULRICH,M.-H.,BUTCHER,H.R. AND BOKSENBERG,A. 1984,ASTROPHYS. J. 285,527. 248 DENISYUK,E.K. AND LIPOVETSKI,V.A. 1974,ASTROPHYSICS 10,195. 249 DENISYUK,E.K. AND LIPOVETSKI,V.A. 1977,SOVIET AJ LETTERS 3,3. 250 DIBAI,E.A. 1970,ASTROPHYSICS 6,185. 251 DIBAI,E.A.,DOROSHENKO,V.T. AND POSTNOV,K.A. 1981,SOVIET AJ LETTERS 7,295. 252 DIBAI,E.A.,DOROSHENKO,V.T. AND POSTNOV,K.A. 1984,SOVIET AJ 28,1. 253 DISNEY,M.J. 1973,ASTROPHYS. J. 181,L55. 254 DISNEY,M.J. 1974,ASTROPHYS. J. 193,L103. 255 DISNEY,M.J. AND CROMWELL,R.H. 1971,ASTROPHYS. J. 164,L35. 256 DISNEY,M.J. AND WALL,J.V. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,235. 257 DISNEY,M.J.,PETERSON,B.A. AND RODGERS,A.W. 1974,ASTROPHYS. J. 194,L79. 258 DJORGOVSKI,S. AND SPINRAD,H. 1984,ASTROPHYS. J. 282,L1. 259 DJORGOVSKI,S.,SPINRAD,H.,MCCARTHY,P. AND STRAUSS,A. 1985,ASTROPHYS. J. 299,L1. 260 DOROSHENKO,V.T. AND TEREBIZH,V.Y. 1979,SOVIET AJ LETTERS 5,305. 261 DOROSHENKO,V.T. AND TEREBIZH,V.Y. 1981,ASTROPHYSICS 17,358. 262 DOTTORI,H.A. 1979,ASTRON. ASTROPHYS. SUPPL. 37,519. 263 DOWER,R.G.,GRIFFITHS,R.E.,BRADT,H.V.,DOXSEY,R.E. AND JOHNSTON,M.D. 1980, ASTROPHYS. J. 235,355. 264 DOWNES,A.J.B.,PEACOCK,J.A.,SAVAGE,A. AND CARRIE,D.R. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 218,31. 265 DOXSEY,R.,BRADT,H.,MCCLINTOCK,J.,PETRO,L.,REMILLARD,R.,RICKER,G.,SCHWARTZ, D. AND WOOD,K. 1983,ASTROPHYS. J. 264,L43. 266 DRESSEL,L.L. AND CONDON,J.J. 1978,ASTROPHYS. J. SUPPL. SER. 36,53. 267 DRESSLER,A. AND GUNN,J.E. 1983,ASTROPHYS. J. 270,7. 268 DRESSLER,A. AND SANDAGE,A. 1978,PUBL. ASTRON. SOC. PACIFIC 90,5. 269 DRESSLER,A.,THOMSON,J.B. AND SCHECTMAN,S.A. 1985,ASTROPHYS. J. 288,481. 270 DREW,J.E. AND BOKSENBERG,A. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 211,813. 271 DUNLOP,J.S.,DOWNES,A.J.B.,PEACOCK,J.A.,SAVAGE,A.,LILLY,S.J.,WATSON,F.G. AND LONGAIR,M.S. 1986,NATURE,319,564. 272 ECKART,A.,WITZEL,A.,BIERMANN,P.,JOHNSTON,K.J.,SIMON,R.,SCHALINSKI,C. AND KUHR,H. 1986,ASTRON. ASTROPHYS. 168,17. 273 EDWARDS,T.,KRONBERG,P.P. AND MENARD,G. 1975,ASTRON. J. 80,1005. 274 EGGEN,O.J. 1970,ASTROPHYS. J. 159,L95. 275 EKERS,J.A. 1969,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 7,1. 276 EKERS,J.A. AND BOLTON,J. 1965,AUSTRALIAN J. PHYS. 18,669. 277 EKERS,R.D. 1970,AUSTRALIAN J. PHYS. 23,217. 278 ELSMORE,B. AND MACKEY,C.D. 1969,MONTHLY NOTICES ROY. ASTRON. SOC. 146,361. 279 ELSTON,R.,CORNELL,M.E. AND LEBOFSKY,M.J. 1985,ASTROPHYS. J. 296,106. 280 FAIRALL,A.P. 1968,PUBL. ASTRON. SOC. PACIFIC 80,235. 281 FAIRALL,A.P. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. SOUTH AFRICA 37,41. 282 FAIRALL,A.P. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 191,391. 283 FAIRALL,A.P. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 192,389. 284 FAIRALL,A.P. 1981,MONTHLY NOTICES ROY. ASTRON. SOC. 196,417. 285 FAIRALL,A.P. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 203,47. 286 FAIRALL,A.P. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 218,453. 287 FAIRALL,A.P.,MCHARDY,I.M. AND PYE,J.P. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 198,13P. 288 FANTI,C.,FANTI,R.,FICARRA,A.,FORMIGGINI,L,GIOVANNINI,G.,LARI,C. AND PADRIELLI,L. 1975,ASTRON. ASTROPHYS. SUPPL. 19,143. 289 FANTI,C.,FICCARA,A.,GREGORINI,L.,MANTOVANI,F. AND OLORI,M.C. 1981,ASTRON. ASTROPHYS. 97,251 290 FANTI,R.,FERETTI,L.,GIOVANNINI,G. AND PADRIELLI,L. 1979,ASTRON. ASTROPHYS. 73,40. 291 FEIGELSON,E.D.,BRADT,H.,MCCLINTOCK,J.,REMILLARD,R.,URRY,C.M.,TAPIA,S. GELDZAHLER,B.,JOHNSTON,K.,ROMANISHIN,W.,WEHINGER,P.A.,WYCKOFF,S.,MADEJSKI, 291 G.,SCHWARTZ,D.A.,THORSTENSEN,J. AND SCHAEFER,B.E. 1986,ASTROPHYS. J. 302,337. 292 FEIGELSON,E.D.,ISOBE,D. AND KEMBHAVI,A. 1984,ASTRON. J. 89,1464. 293 FEIGELSON,E.D.,MACCACARO,T. AND ZAMORANI,G. 1982,ASTROPHYS. J. 255,392. 294 FILIPPENKO,A.V. AND SARGENT,W.L.W. 1985,ASTROPHYS. J. SUPPL. SER. 57,503. 295 FILIPPENKO,A.V. AND SARGENT,W.L.W. 1985,'THE PROPERTIES OF DWARF SEYFERT NUCLEI IN NEARBY GALAXIES'. 296 FILIPPENKO,A.V.,DJORGOVSKI,S.,SPINRAD,H. AND SARGENT,W.L.W. 1986, ASTRON. J. 91,49. 297 FOLTZ,C.B.,WEYMANN,R.J.,HAZARD,C. AND TURNSHEK,D.A. 1983,PUBL. ASTRON. SOC. PACIFIC 95,117. 298 FOLTZ,C.B.,WEYMANN,R.J.,PETERSON,B.M.,SUN,L.,MALKAN,M.A. AND CHAFFEE,F.H. 1986,ASTROPHYS. J. 307,504. 299 FOLTZ,C.B.,WILKES,B.J.,WEYMANN,R.J. AND TURNSHEK,D.A. 1983,PUBL. ASTRON. SOC. PACIFIC 95,341. 300 FOLTZ,C.B.,WILKES,B.J.,WEYMANN,R.J. AND TURNSHEK,D.A. 1983,PUBL. ASTRON. SOC. PACIFIC 95,603. 301 FORD,H.,CIARDULLO,R. AND HARMS,R. 1983,ASTROPHYS. J. 266,451. 302 FORD,W.K. AND RUBIN,V.C. 1966,ASTROPHYS. J. 145,357. 303 FORMIGGINI,L.,ZITELLI,V.,BONOLI,F. AND BRACCESI,A. 1980,ASTRON. ASTROPHYS. SUPPL. 39,129. 304 FOSBURY,R.A.E. AND DISNEY,M.J. 1976,ASTROPHYS. J. 207,L75. 305 FOSBURY,R.A.E. AND WALL,J.V. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 189,79. 306 FOSBURY,R.A.E.,BOKSENBERG,A.,SNIJDERS,M.A.J.,DANZIGER,I.J.,DISNEY,M.J., GOSS,W.M.,PENSTON,M.V.,WAMSTECKER,W.,WELLINGTON,K.J. AND WILSON,A.S. 1982, 306 MONTHLY NOTICES ROY. ASTRON. SOC. 201,991. 307 FOSBURY,R.A.E.,MEBOLD,U.,GOSS,W.M. AND VAN WOERDEN,H. 1977,MONHLY NOTICES ROY. ASTRON. SOC. 179,89. 308 FOSBURY,R.A.E.,MEBOLD,U.,GOSS,W.M. AND DOPITA,M.A. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. 183,549. 309 FRENCH,H.B. 1980,ASTROPHYS. J. 240,41. 310 FRENCH,H.B. AND MILLER,J.S. 1981,ASTROPHYS. J. 248,468. 311 FRICKE,K.J.,KOLLATSCHNY,W. AND WITZEL,A. 1983,ASTRON. ASTROPHYS. 117,60. 312 GARDNER,F.F.,WHITEOAK,J.B. AND MORRIS,D. 1975,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 35. 313 GARRISON,R.F. AND WALBORN,N.R. 1974,J. ROY. ASTRON. SOC. CANADA 68,117. 314 GASKELL,C.M. 1982,ASTROPHYS. J. 252,447. 315 GASTON,B. 1983,'LUMINOSITY FUNCTION OF HIGH REDSHIFT QUASARS'. 316 GASTON,B. 1983,ASTROPHYS. J. 272,411. 317 GEARHART,M.R. AND PACHT,E. 1977,NATURE 266,819. 318 GEARHART,M.R.,LUND,J.M.,FRANTZ,D.J. AND KRAUS,J.D. 1972,ASTRON. J. 77,557. 319 GEMINI, 1985,15,1. 320 GHIGO,F.D. 1977,ASTROPHYS. J. SUPPL. SER. 35,359. 321 GHIGO,F.D.,WYCKOFF,S.,WARDLE,J.F.C. AND COHEN,N.L. 1982,ASTRON. J. 87,1438. 322 GIACCONI,R.,BECHTOLD,J.,BRANDUARDI,G.,FORMAN,W.,HENRY,J.P.,JONES,C.,KELLOG, E.,VAN DER LAAN,H.,LILLER,W.,MARSHALL,H.,MURRAY,S.S.,PYE,J.,SCHREIER,E., 322 SARGENT,W.L.W.,SEWARD,F. AND TANANBAUM,H. 1979,ASTROPHYS. J. 234,L1. 323 GILMORE,G. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 211,25P. 324 GILMOZZI,R.,CLAVEL,J.,WAMSTEKER,W. AND PRIETO,A. 1986,ASTRON. ASTROPHYS. 168,62. 325 GILMOZZI,R.,WALL,J.V.,MURDIN,P.G.,JORDEN,P.R,THORNE,D.J.,VAN BREDA,I.G., AND PEACOCK,J.A. 1985,NATURE 313,557. 326 GIOIA,I.M.,FEIGELSON,E.D.,MACCACARO,T.SCHILD,R. AND ZAMORANI,G. 1983, ASTROPHYS. J. 271,524. 327 GIOIA,I.M.,MACCACARO,T.SCHILD,R.E.,STOCKE,J.T.,LIEBERT,J.W.,DANZIGER,I.J., KUNTH,D. AND LUB,J. 1984,ASTROPHYS. J. 283,495. 328 GOODRICH,R.W. AND OSTERBROCK,D.E. 1983,ASTROPHYS. J. 269,416. 329 GRANDI,S.A. 1977,ASTROPHYS. J. 215,446. 330 GRANDI,S.A. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 204,691. 331 GRANDI,S.A. AND OSTERBROCK,D.E. 1978,ASTROPHYS. J. 220,783. 332 GRAUER,A.D. 1984,ASTROPHYS. J. 277,77. 333 GREEN,R.F. 1976,PUBL. ASTRON. SOC. PACIFIC 88,665. 334 GREEN,R.F. AND SCHMIDT,M. 1978,ASTROPHYS. J. 220,L1. 335 GREEN,R.F.,PIER,J.R.,SCHMIDT,M.,ESTABROCK,F.B.,LANE,A.L. AND WAHLQUIST,H.D. 1980,ASTROPHYS. J. 239,483. 336 GREEN,R.F.,SCHMIDT,M. AND LIEBERT,J. 1986,ASTROPHYS. J. SUPPL. SER. 61,305. 337 GREENSTEIN,J. AND MATTHEWS,T. 1963,NATURE 197,1041. 338 GREENSTEIN,J. AND OKE,J.B. 1970,PUBL. ASTRON. SOC. PACIFIC 82,898. 339 GREENSTEIN,J. AND SCHMIDT,M. 1964,ASTROPHYS. J. 140,1. 340 GRIERSMITH,D. 1980,ASTRON. J. 85,789. 341 GRIERSMITH,D.,HYLAND,A.R. AND JONES,T.J. 1982,ASTRON. J. 87,1106. 342 GRIFFIN,R. 1963,ASTRON. J. 68,421. 343 GRIFFITHS,R.E.,DOXSEY,R.E.,JOHNSTON,M.D.,SCHWARTZ,D.A.,SCHWARZ,J. AND BLADES,J.C. 1979,ASTROPHYS. J. 230,L21. 344 GRIFFITHS,R.E.,MURRAY,S.S.,GIACCONI,R.,BECHTOLD,J.,MURDIN,P.,SMITH,M., MACGILLIVRAY,H.T.,WARD,M.,DANZIGER,J.,LUB,J.,PETERSON,B.A.,WRIGHT,A.E., 344 BATTY,M.J.,JAUNCEY,D.L. AND MALIN,D.F. 1983,ASTROPHYS. J. 269,375. 345 DE GRIJP,M.H.K.,MILEY,G.K.,LUB,J. AND DE JONG,T. 1985,NATURE 314,240. 346 GRINDLAY,J.E.,STEINER,J.E.,FORMAN,W.R.,CANIZARES,C.R. AND MCCLINTOCK,J.E. 1980,ASTROPHYS. J. 239,L43. 347 GRUEFF,G. 1971,ASTRON. J. 76,530. 348 GRUEFF,G. AND VIGOTTI,M. 1972,ASTRON. ASTROPHYS. SUPPL. 6,1. 349 GRUEFF,G. AND VIGOTTI,M. 1973,ASTRON. ASTROPHYS. SUPPL. 11,41. 350 GRUEFF,G. AND VIGOTTI,M. 1979,ASTRON. ASTROPHYS. SUPPL. 35,371. 351 HALLIDAY,J. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,111. 352 HALPERN,J.P. AND FILIPPENKO,A.V. 1986,ASTRON. J. 91,1019. 353 HALPERN,J.P.,IMPEY,C.D.,BOTHUN,G.D.,TAPIA,S.,SKILLMAN,E.D.,WILSON,A.S. AND MEURS,E.J.A. 1986,ASTROPHYS. J. 302,711. 354 HAMUY,M. AND MAZA,J. 1986,'UBVRI PHOTOMETRY OF ACTIVE GALAXIES. I.OBSERVATIONS'. 355 HARO,G. AND LUYTEN,W. 1962,BOL. OBS. TONANTZINTLA Y TACUBAYA 3,37. 356 HARRIS,D.E.,DEWDNEY,P.E.,COSTAIN,C.H.,BUTCHER,H. AND WILLIS,A.G. 1983, ASTROPHYS. J. 270,39. 357 HARRIS,D.E.,ROBERSTON,J.G.,DEWDNEY,P.E. AND COSTAIN,C.H. 1982, ASTRON. ASTROPHYS. 111,299. 358 HAWARDEN,T.G.,LONGMORE,A.J.,CANNON,R.D. AND ALLEN,D.A. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 186,495. 359 HAWKINS,M.R.S. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 202,571. 360 HAWKINS,M.R.S. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 219,417. 361 HAWKINS,M.R.S. AND WOLTJER,L. 1985,MONTHLY NOTICES ROY. ASTRON. SOC. 214,241. 362 HAWLEY,S.A.,MILLER,J.S. AND WEYMANN,R.J. 1977,ASTROPHYS. J. 213,632. 363 HAZARD,C. AND MCMAHON,R. 1985,NATURE 314,238. 364 HAZARD,C. AND MURDOCH,H.S. 1977,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 42. 365 HAZARD,C.,ARP,H.C. AND MORTON,D.C. 1979,NATURE 282,271. 366 HAZARD,C.,GULKIS,S. AND BRAY,A.D. 1967,ASTROPHYS. J. 148,669. 367 HAZARD,C.,JAUNCEY,D.L.,SARGENT,W.L.W.,BALDWIN,J.A. AND WAMPLER,E.J. 1973, NATURE 246,205. 368 HAZARD,C.,GULKIS,S. AND SUTTON,J. 1968,ASTROPHYS. J. 154,413. 369 HAZARD,C.,MCMAHON,R.G. AND SARGENT,W.L.W. 1986,NATURE 322,38. 370 HAZARD,C.,MORTON,D.,TERLEVICH,R.,MCMAHON,R. 1984,ASTROPHYS. J. 282,33. 371 HAZARD,C.,MORTON,D.C.,MCMAHON,R.G.,SARGENT,W.L.W. AND TERLEVICH,R. 1986, MONTHLY NOTICES ROY. ASTRON. SOC. 223,87. 372 HAZARD,C.,TERLEVICH,R.,MCMAHON,R.,TURNSHEK,D.,FOLTZ,C.,STOCKE,J. AND WEYMANN,R. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 211,45P. 373 HE,X.-T.,CANNON,R.D.,PEACOCK,J.A.,SMITH,M.G. AND OKE,J.B. 1984, MONTHLY NOTICES ROY. ASTRON. SOC. 211,443. 374 HECKMAN,T.M. AND BALICK,B. 1980,ASTRON. ASTROPHYS. 83,100. 375 HECKMAN,T.M.,MILEY,G.K.,BALICK,B.,VAN BREUGEL,W.J.M. AND BUTCHER,H.R. 1982, ASTROPHYS. J. 262,529. 376 HEESCHEN,D.S. 1968,ASTROPHYS. J. 151,L135. 377 HENRY,J.P.,CLARKE,J.T.,BOWYER,S. AND LAVERY,R.J. 1983,ASTROPHYS. J. 272,434. 378 HENRY,J.P.,CLARKE,J.T.,BOWYER,S. AND LAVERY,R.J. 1985,ASTRON. J. 90,1425. 379 HEWITT,A. AND BURBIDGE,G. 1980,ASTROPHYS. J. SUPPL. SER. 43,57. 380 HILTNER,W.A. 1960,ASTROPHYS. J. 131,163. 381 HILTNER,W.A.,COWLEY,A. AND SCHILD,R. 1966,PUBL. ASTRON. SOC. PACIFIC 78,464. 382 HINTZEN,P.,ULVESTAD,J. AND OWEN,F. 1983,ASTRON. J. 88,709. 383 HOAG,A.A. 1976,PUBL. ASTRON. SOC. PACIFIC 88,860. 384 HOAG,A.A. 1986,IAU SYMPOSIUM 119,P.47. 385 HOAG,A.A. AND SMITH,M.G. 1977,ASTROPHYS. J. 217,362. 386 HOAG,A.A.,THOMAS,N.G. AND VAUCHER,B.G. 1982,ASTROPHYS. J. 263,23. 387 HOLMBERG,E.B.,LAUBERTS,A.,SCHUSTER,H.E. AND WEST,R.M. 1977,ASTRON. ASTRO- PHYS. SUPPL. 27,295. 388 HOSKINS,D.G.,MURDOCH,H.S.,HAZARD,C. AND JAUNCEY,D.L. 1972,AUSTRALIAN J. PHYS. 25,559. 389 HOSKINS,D.G.,MURDOCH,H.S.,ADGIE,R.L.,CROWTHER,J.H. AND GENT,H. 1974,MONTHLY NOTICES ROY. ASTRON. SOC. 166,235. 390 HUANG,K.-L. AND USHER,P.D. 1984,ASTROPHYS. J. SUPPL. SER. 56,393. 391 HUCHRA,J.P. 1977,ASTROPHYS. J. SUPPL. SER. 35,171. 392 HUCHRA,J.P. 1980,ASTROPHYS. J. 238,L11. 393 HUCHRA,J.P. 1984,PRIVATE COMMUNICATION. 394 HUCHRA,J.P.,GORENSTEIN,M.,KENT,S.,SHAPIRO,I.,SMITH,G.,HORINE,E. AND PERLEY, R. 1985,ASTRON. J. 90,691. 395 HUCHRA,J.P.,WYATT,W.F. AND DAVIS,M. 1982,ASTRON. J. 87,1628. 396 VAN DER HULST,J.M.,CRANE,P.C. AND KEEL,W.C. 1981,ASTRON. J. 86,1175. 397 HUMASON,M.L.,MAYALL,N.U. AND SANDAGE,A.R. 1956,ASTRON. J. 61,97. 398 HUMMEL,E.,KOTANYI,C.G. AND VAN GORKOM,J.H. 1986,ASTRON. ASTROPHYS. 155,161. 399 HUNSTEAD,R.W. 1971,MONTHLY NOTICES ROY. ASTRON. SOC. 152,277. 400 HUNSTEAD,R.W. AND JAUNCEY,D. 1970,MONTHLY NOTICES ROY. ASTRON. SOC. 149,91. 401 HUNSTEAD,R.W. AND MURDOCH,H.S. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 192,31P. 402 HUNSTEAD,R.W.,DURDIN,J.M.,REYNOLDS,J.E. AND KESTEVEN,M.J.L. 1982,PROC. ASTRON. SOC. AUSTRALIA 4,447. 403 HUNSTEAD,R.W.,LASKER,B.,MINTZ,B. AND SMITH,M. 1971,AUSTRALIAN J. PHYS. 24,601. 404 HUNSTEAD,R.W.,MURDOCH,H.S. AND SHOBBROOK,R.R. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. 185,149. 405 HUTCHINGS,J.B. AND GOWER,A.C. 1985,ASTRON. J. 90,405. 406 IMPEY,C.D. AND HE,X.-T. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 221,897. 407 IRIARTE,B. 1959,LOWELL OBS. BULLETIN 4,130. 408 IRIARTE,B. AND CHAVIRA,E. 1957,BOL. OBS. TONANTZINTLA Y TUCABAYA 2,NO.16,3. 409 JAIDEE,S. AND LYNGA,G. 1969,ARK. ASTRON. 5,345. 410 JAFFE,W.J. AND PEROLA,G.C. 1975,ASTRON. ASTROPHYS. SUPPL. 21,137. 411 JAKOBSEN,P.,PERRYMAN,M.A.C.,ULRICH,M.H.,MACCHETTO,F. AND DI SEREGO ALI- GHIERI,S. 1986,ASTROPHYS. J. 303,L27. 412 JANES,K. AND LYNDS,C.R. 1969,ASTROPHYS. J. 155,L47. 413 JAUNCEY,D.L. AND HAZARD,C. 1970,ASTROPHYS. LETTERS 7,1. 414 JAUNCEY,D.L.,BATTY,M.J.,GULKIS,S. AND SAVAGE,A. 1982,ASTRON. J. 87,763. 415 JAUNCEY,D.L.,BATTY,M.J.,WRIGHT,A.E.,PETERSON,B.A. AND SAVAGE,A. 1984, ASTROPHYS. J. 286,498. 416 JAUNCEY,D.L.,WRIGHT,A.E.,PETERSON,B.A. AND CONDON,J.J. 1978,ASTROPHYS. J. 219,L1. 417 JOHNSON,K.H. 1974,ASTRON. J. 79,1006. 418 DE JONG,M.L. 1967,ASTROPHYS. J. 150,1. 419 JUNKKARINEN,V. 1984,PUBL. ASTRON. SOC. PACIFIC 96,539. 420 KAPAHI,V.K. 1981,ASTRON. ASTROPHYS. SUPPL. 43,381. 421 KAPAHI,V.K.,JOSHI,M.N. AND KANDASWAMY,J. 1973,ASTROPHYS. LETTERS 14,31. 422 KATGERT,J.K. 1978,ASTRON. ASTROPHYS. SUPPL. 31,409. 423 KATGERT,P.,THUAN,T.X. AND WINDHORST,R.A. 1983,ASTROPHYS. J. 275,1. 424 KAZARYAN,M.A. 1979,ASTROPHYSICS 15,1. 425 KAZARYAN,M.A. 1979,ASTROPHYSICS 15,117. 426 KAZARYAN,M.A. 1983,ASTROPHYSICS 19,227. 427 KAZARYAN,M.A. AND KAZARYAN,E.S. 1985,ASTROPHYSICS,22,253. 428 KAZARYAN,M.A. AND KHACHIKIAN,E.E. 1981,ASTROPHYSICS 17,354. 429 KAZARYAN,M.A. AND TAMAZYAN,V.S. 1984,SOVIET AJ LETTERS 10,340. 430 KAZES,I.,LE SQUEREN,A.M. AND NGUYEN-QUANG-RIEU 1970,ASTROPHYS. LETTERS 6,193. 431 KEABLE,C.J. AND CLOWES,R.G. 1986,IAU SYMPOSIUM 119,P.55. 432 KEEL,W.C. 1983,ASTROPHYS. J. 269,466. 433 KEEL,W.C. 1983,ASTROPHYS. J. SUPPL. SER. 52,229. 434 KEEL,W.C. 1985,ASTRON. J. 90,2207. 435 KEEL,W.C.,KENNICUTT,R.C.,HUMMEL,E. AND VAN DER HULST,J.M. 1985, ASTRON. J. 90,708. 436 KEEL,W.C. AND WEEDMAN,D.W. 1978,ASTRON. J. 83,1. 437 KEEN,N.J.,WILSON,W.E.,HASLAM,C.G.T.,GRAHAM,D.A. AND THOMASSON,P. 1973, ASTRON. ASTROPHYS. 28,197. 438 KELLERMANN,K.I.,PAULINY-TOTH,I.I.K. AND TYLER,W.C. 1968,ASTRON. J. 73,298. 439 KENNICUT,R.C. AND KEEL,W.C. 1984,ASTROPHYS. J. 279,L5. 440 KESTEVEN,M.J.L.,BRIDLE,A.H. AND BRANDIE,G.W. 1976,ASTRON. J. 81,919. 441 KHACHIKIAN,E.E. AND WEEDMAN,D.W. 1974,ASTROPHYS. J. 192,581. 442 KIANG,T. 1967,ASTROPHYS. J. 150,L31. 443 KINMAN,T. 1966,ASTROPHYS. J. 144,1232. 444 KINMAN,T. 1976,ASTROPHYS. J. 205,1. 445 KINMAN,T.,BOLTON,J.,CLARKE,R. AND SANDAGE,A. 1967,ASTROPHYS. J. 147,848. 446 KINMAN,T. AND BURBIDGE,E.M. 1967,ASTROPHYS. J. 148,L59. 447 KOJOIAN,G.,MALKAN,M.,BEICHMAN,C.,DICKINSON,D.F.,BICAY,M.D. AND MUTH,J. 1982,BULL. AMER. ASTRON. SOC. 14,947. 448 KOJOIAN,G.,SRAMEK,R.A.,DICKINSON,D.F.,TOVMASSIAN,H. AND PURTON,C.R. 1976, ASTROPHYS. J. 203,323. 449 KOJOIAN,G.,TOVMASSIAN,H.M.,DICKINSON,D.F. AND DINGER,A.S.C. 1980,ASTRON. J. 85,1462. 450 KOLLATSCHNY,W. AND FRICKE,K.J. 1983,ASTRON. ASTROPHYS. 125,276. 451 KOLLATSCHNY,W.,BIERMANN,P.,FRICKE,K.J.,HUCHTMEIER,W. AND WITZEL,A. 1983, ASTRON. ASTROPHYS. 119,80. 452 KOO,D.C. 1981,ASTROPHYS. J. 251,L75. 453 KOO,D.C.,KRON,R.G. AND CUDWORTH,K.M. 1986,PUBL. ASTRON. SOC. PACIFIC 98,285. 454 KOPILOV,I.M.,LIPOVETSKI,V.A.,PRONIK,V.I. AND CHUVAEV,K.K. 1974,ASTROPHYSICS 10,305. 455 KOPILOV,I.M.,LIPOVETSKI,V.A.,PRONIK,V.I. AND CHUVAEV,K.K. 1976,ASTROPHYSICS 12,119. 456 KOSKI,A.T. 1978,ASTROPHYS. J. 223,56. 457 KRISS,G.A. AND CANIZARES,C.R. 1982,ASTROPHYS. J. 261,51. 458 KRISS,G.A. AND CANIZARES,C.R. 1985,ASTROPHYS. J. 297,177. 459 KRISTIAN,J. 1973,ASTROPHYS. J. 179,L61. 460 KRISTIAN,J. AND SANDAGE,A. 1970,ASTROPHYS. J. 162,391. 461 KRISTIAN,J.,SANDAGE,A. AND KATEM,B. 1974,ASTROPHYS. J. 191,43. 462 KRON,R.G. AND CHIU,L.T. 1981,PUBL. ASTRON. SOC. PACIFIC 93,397. 463 KRON,R.G.,BONOLI,F.,FEDERICI,L.,ZITELLI,V. AND VIGOTTI,M. 1983, ASTRON. ASTROPHYS. 127,29. 464 KRON,R.G.,KOO,D.C. AND WINDHORST,R.A. 1985,ASTRON. ASTROPHYS. 146,38. 465 KRONBERG,P.P. AND WARDLE,J.F.C. 1977,ASTRON. J. 82,688. 466 KRONBERG,P.P.,BURBIDGE,E.M.,SMITH,H.E. AND STROM,R.G. 1977,ASTROPHYS. J. 218,8. 467 KUHR,H. 1977,ASTRON. ASTROPHYS. SUPPL. 29,139. 468 KUHR,H. 1980,PHD BONN. 469 KUHR,H.,LIEBERT,J.W.,STRITTMATTER,P.A.,SCHMIDT,G.D. AND MACKAY,C. 1983, ASTROPHYS. J. 275,L33. 470 KUHR,H.,PAULINY-TOTH,I.I.K.,WITZEL,A. AND SCHMIDT,J. 1981,ASTRON. J. 86,854. 471 KULKARNI,V.K. AND MANTOVANI,F. 1985,ASTRON. ASTROPHYS. SUPPL. 61,1. 472 KUNTH,D. 1981,PRIVATE COMMUNICATION(MARK 1395=1508+04). 473 KUNTH,D. AND SARGENT,W.L.W. 1979,ASTRON. ASTROPHYS. 76,50. 474 KUNTH,D. AND SARGENT,W.L.W. 1979,ASTRON. ASTROPHYS. SUPPL. 36,259. 475 KUNTH,D. AND SARGENT,W.L.W 1986,ASTRON. J. 91,761. 476 KUNTH,D.,SARGENT,W.L.W. AND KOWAL,C. 1981,ASTRON. ASTROPHYS. SUPPL. 44,229. 477 KUNTH,D.,SARGENT,W.L.W. AND BOTHUN,G.D. 1986,ASTRON. J. 'A DWARF GALAXY WITH SEYFERT CHARACTERISTICS'. 478 LAUSTSEN,S. 1977,SKY AND TELESCOPE 53,102. 479 LAWRENCE,C.R.,BENNETT,C.L.,HEWITT,J.N.,LANGSTON,G.I.,KLOTZ,S.E.,BURKE,B.F. AND TURNER,K.C. 1986,ASTROPHYS. J. SUPPL. SER. 61,105. 480 LAWRENCE,C.R,BENNETT,C.L.,GARCIA-BARRETO,J.A.,GREENFIELD,P.E. AND BURKE,B.F. 1983,ASTROPHYS. J. SUPPL. SER. 51,67. 481 LAWRENCE,C.R.,PEARSON,T.J.,READHEAD,A.C.S. AND UNWIN,S.C. 1986,ASTRON. J. 91,494. 482 LAWRENCE,C.R.,SCHNEIDER,D.P.,SCHMIDT,M.,BENNETT,C.L.,HEWITT,J.N.,BURKE,B.F., TURNER,E.L. AND GUNN,J.E. 1984,SCIENCE 223,46. 483 LEACOCK,R.J.,SMITH,A.G.,EDWARDS,P.L.,POLLOCK,J.T.,SCOTT,R.L.,GEARHART,M.R., PACHT,E. AND KRAUS,J.D. 1976,ASTROPHYS. J. 206,L87. 484 LELIEVRE,G. 1976,PRIVATE COMMUNICATION. 485 LELIEVRE,G. AND WLERICK,G. 1975,ASTRON. ASTROPHYS. 42,293. 486 LE SQUEREN,A.M.,BIRAUD,F. AND LAUQUE,R. 1972,NATURE P.S. 240,75. 487 LEWIS,D.W.,MACALPINE,G.M. AND WEEDMAN,D.W. 1979,ASTROPHYS. J. 233,787. 488 LILLER,W. AND ALCAINO,G. 1982,ASTROPHYS. J. 257,L27. 489 LONGAIR,M.S. AND GUNN,J.E. 1975,MONTHLY NOTICES ROY. ASTRON. SOC. 170,121. 490 LONGO,G. AND DE VAUCOULEURS,A. 1983,'A GENERAL CATALOGUE OF PHOTOELECTRIC MAGNITUDES......',THE UNIVERSITY OF TEXAS MONOGRAPHS IN ASTRONOMY N3. 491 LORENZ,H.,LANGE,M.,RICHTER,G.M. AND STOLL,D. 1978,ASTROPHYS. LETTERS 19,117. 492 LORENZ,H.,RICHTER,G.A.,AFANASJEV,V.L. AND LIPOVETSKY,V.A. 1979,ASTRON. NACHR. 300,81. 493 LORRE,J. 1978,ASTROPHYS. J. 222,L99. 494 LOWRANCE,J.L.,MORTON,D.C.,ZUCCHINO,P.,OKE,J.B. AND SCHMIDT,M. 1972, ASTROPHS. J. 171,233. 495 LU,P.K. 1970,ASTRON. J. 75,1161. 496 LYNDS,C.R. 1967,ASTROPHYS. J. 147,396. 497 LYNDS,C.R. 1967,ASTROPHYS. J. 147,837. 498 LYNDS,C.R.,HILL,S.,HEERE,K. AND STOCKTON,A. 1966,ASTROPHYS. J. 144,1244. 499 LYNDS,C.R.,STOCKTON,A. AND LIVINGSTONE,W. 1965,ASTROPHYS. J. 142,1667. 500 LYNDS,C.R. AND WILLS,D. 1968,ASTROPHYS. J. 153,L23. 501 LYNDS,C.R. AND WILLS,D. 1970,NATURE 226,532. 502 LYNDS,C.R. AND WILLS,D. 1972,ASTROPHYS. J. 172,531. 503 LYUTYI,V.M. 1977,SOVIET AJ 54,1153. 504 MACALPINE,G.M. AND FELDMAN,F.R. 1982,ASTROPHYS. J. 261,412. 505 MACALPINE,G.M. AND LEWIS,D.W. 1978,ASTROPHYS. J. SUPPL. SER. 36,587. 506 MACALPINE,G.M. AND WILLIAMS,G.A. 1981,ASTROPHYS. J. SUPPL. SER. 45,113. 507 MACALPINE,G.M.,LEWIS,D.W. AND SMITH,S.B. 1977,ASTROPHYS. J. SUPPL. SER. 35,203. 508 MACALPINE,G.M.,SMITH,S.B. AND LEWIS,D.W. 1977,ASTROPHYS. J. SUPPL. SER. 34,95 509 MACALPINE,G.M.,SMITH,S.B. AND LEWIS,D.W. 1977,ASTROPHYS. J. SUPPL. SER. 35,197. 510 MACALPINE,G.M.,WILLIAMS,G.A. AND LEWIS,D.W. 1979,PUBL. ASTRON. SOC. PACIFIC 91,746. 511 MCEWAN,N.J.,BROWNE,I.W.A. AND CROWTHER,J.H. 1975,MEM. ROY. ASTRON. SOC. 80,1. 512 MACHALSKI,J. AND CONDON,J.J. 1979,ASTRON. J. 84,164. 513 MACHALSKI,J. AND CONDON,J.J. 1983,ASTRON. J. 88,1591. 514 MAIA,M.A.G.,DA COSTA,L.N.,WILLMER,C.,PELLEGRINI,P.S. AND RITE,C. 1986, ASTRON. J. 'NEW SOUTHERN GALAXIES WITH ACTIVE NUCLEI'. 515 MALTBY,P.,MATTHEWS,T.A. AND MOFFET,A.T. 1963,ASTROPHYS. J. 137,153. 516 MARENBACH,G. AND APPENZELLER,J. 1982,ASTRON. ASTROPHYS. 108,95. 517 MARGON,B. 1977,ASTROPHYS. J. 211,L5. 518 MARGON,B.,BOROSON,T.A.,CHANAN,G.A.,THOMPSON,I.B. AND SCHNEIDER,D.P. 1986, PUBL. ASTRON. SOC. PACIFIC 518 'SPECTROSCOPY OF SIX X-RAY SELECTED BL LACERTAE CANDIDATES'. 519 MARGON,B.,CHANAN,G.A. AND DOWNES,R.A. 1981,NATURE 290,480. 520 MARGON,B.,DOWNES,R.A. AND CHANAN,G.A. 1985,ASTROPHYS. J. SUPPL. SER. 59,23. 521 MARGON,B.,DOWNES,R.A. AND SPINRAD,H. 1983,NATURE 301,221. 522 MARGON,B.,SPINRAD,H.,HEILES,C.,TOVMASSIAN,H.,HARLAN,E.,BOWYER,S. AND LAMPTON,M. 1972,ASTROPHYS. J. 178,L77. 523 MARKARIAN,B.E. 1967,ASTROPHYSICS 3,24. 524 MARKARIAN,B.E. 1969,ASTROPHYSICS 5,286. 525 MARKARIAN,B.E. 1969,ASTROPHYSICS 5,206. 526 MARKARIAN,B.E. AND LIPOVETSKI,V.A. 1971,ASTROPHYSICS 7,299. 527 MARKARIAN,B.E. AND LIPOVETSKI,V.A. 1972,ASTROPHYSICS 8,89. 528 MARKARIAN,B.E. AND LIPOVETSKI,V.A. 1973,ASTROPHYSICS 9,283. 529 MARKARIAN,B.E. AND LIPOVETSKI,V.A. 1974,ASTROPHYSICS 10,185. 530 MARKARIAN,B.E. AND LIPOVETSKI,V.A. 1976,ASTROPHYSICS 12,241. 531 MARKARIAN,B.E. AND LIPOVETSKI,V.A. 1976,ASTROPHYSICS 12,429. 532 MARKARIAN,B.E. AND STEPANIAN,D.A. 1983,ASTROPHYSICS 19,354. 533 MARKARIAN,B.E. AND STEPANIAN,D.A. 1984,ASTROPHYSICS 20,10. 534 MARKARIAN,B.E. AND STEPANIAN,D.A. 1984,ASTROPHYSICS 20,278. 535 MARKARIAN,B.E.,ERASTOVA,L.K.,LIPOVETSKI,V.A.,STEPANIAN,D.A. AND SHAPOVALOVA, A.I. 1985,ASTROPHYSICS 21,127. 536 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1977,ASTROPHYSICS 13,116. 537 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1977,ASTROPHYSICS 13,215. 538 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1979,ASTROPHYSICS 15,130. 539 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1979,ASTROPHYSICS 15,235. 540 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1979,ASTROPHYSICS 15,363. 541 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1979,SOVIET AJ LETTERS 5,269. 542 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1980,ASTROPHYSICS 16,1. 543 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1980,ASTROPHYSICS 16,353. 544 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1981,ASTROPHYSICS 17,321. 545 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1983,ASTROPHYSICS 19,14. 546 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1983,ASTROPHYSICS 19,129. 547 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1984,ASTROPHYSICS 20,113. 548 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1985,ASTROPHYSICS 20,371. 549 MARKARIAN,B.E.,LIPOVETSKI,V.A. AND STEPANIAN,D.A. 1985,ASTROPHYSICS 20,581. 550 MARKARIAN,B.E.,STEPANIAN,D.A. AND ERASTOVA,L.K. 1986,ASTROPHYSICS 23,623. 551 MARKARIAN,B.E.,STEPANIAN,D.A. AND LIPOVETSKI,V.A. 1980,ASTRON. TSIRK. 1142,1. 552 MARKARIAN,B.E.,STEPANIAN,D.A. AND LIPOVETSLI,V.A. 1983,ASTRON. TSIRK. 1265,1. 553 MARKARIAN,B.E.,STEPANIAN,D.A. AND LIPOVETSKI,V.A. 1984,ASTRON. TSIRK. 1346,7. 554 MARSHALL,H.L.,AVNI,Y.,BRACCESI,A.,HUCHRA,J.P.,TANANBAUM,H.,ZAMORANI,G. AND ZITELLI,V. 1984,ASTROPHYS. J. 283,50. 555 MARSHALL,H.L.,TANANBAUM,H.,ZAMORANI,G.,HUCHRA,J.P.,BRACCESI,A. AND ZITELLI, V. 1983,ASTROPHYS. J. 269,42. 556 MASLOWSKI,J.,PAULINY-TOTH,I.I.K.,WITZEL,A. AND KUHR,H. 1981,ASTRON. ASTROPHYS. 95,285. 557 MATTHEWS,T.A. AND SANDAGE,A. 1963,ASTROPHYS. J. 138,30. 558 MAYALL,N.U. AND DE VAUCOULEURS,A. 1962,ASTRON. J. 67,363. 559 MERKELIJN,J. 1968,AUSTRALIAN J. PHYS. 21,903. 560 MERKELIJN,J. 1969,AUSTRALIAN J. PHYS. 22,237. 561 MERKELIJN,J. 1972,AUSTRALIAN J. PHYS. 25,451. 562 MERKELIJN,J.,SHIMMINS,A. AND BOLTON,J. 1968,AUSTRALIAN J. PHYS. 21,523. 563 MICHALEC,A. AND MASLOWSKI,J. 1976,ACTA COSMOLOGICA 5,35. 564 MILLER,H.R. 1979,ASTROPHYS. J. 227,52. 565 MILLER,H.R. AND GREEN,R.F. 1983,BULL. AMER. ASTRON. SOC. 15,957. (PG 1553+11). 566 MILLER,J.S.,ROBINSON,L.B. AND WAMPLER,E.J. 1973,ASTROPHYS. J. 179,L83. 567 MILLS,B.Y.,LITTLE,A.G,DURDIN,J.M. AND KESTEVEN,M.J. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 200,1007. 568 MITTON,S.,HAZARD,C. AND WHELAN,J.A.J. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,569. 569 MITCHELL,K.J.,BARDEN,S.C.,WARNOCK,III,A. AND NATIONS,H.L. 1983,PUBL. ASTRON. SOC. PACIFIC 95,45. 570 MITCHELL,K.J.,WARNOCK,III,A. AND USHER,P.D. 1984,ASTROPHYS. J. 287,L3. 571 MOFFAT,A.F.J.,SCHLICKWEISER,R.,SHARA,M.M.,SIEBER,W.,TUFFS,R. AND KUHR,H. 1983,ASTROPHYS. J. 271,L45. 572 MOLES,M.,GARCIA-PELAYO,J.M.,MASEGOSA,A.,APARICIO,A. AND QUINTANA,J,M. 1985,ASTRON. ASTROPHYS. 152,271. 573 MONK,A.S.,PENSTON,M.V.,PETTINI,M. AND BLADES,J.C. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 222,787. 574 MORGAN,W.W. 1958,PUBL. ASTRON. SOC. PACIFIC 70,364. 575 MORGAN,W.W. AND OSTERBROCK,D.E. 1969,ASTRON. J. 74,515. 576 MORTON,D.C. AND TRITTON,K.P. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 198,669. 577 MORTON,D.C.,SAVAGE,A. AND BOLTON,J.G. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. 185,735. 578 MOSELEY,G.F.,BROOKS,C.C. AND DOUGLAS J.N. 1970,ASTRON. J. 75,1015. 579 MURDOCH,H.S. 1976,MONTHLY NOTICES ROY. ASTRON. SOC. 177,441. 580 MURDOCH,H.S. AND HOSKINS,D.G. 1976,AUSTRALIAN J. PHYS. 26,867. 581 MURDOCH,H.S.,HUNSTEAD,R.W.,ARP,H.C.,CONDON,J.J.,BLADES,J.C. AND BURBIDGE, E.M. 1983,ASTROPHYS. J. 265,610. 582 MURDOCH,H.S.,HUNSTEAD,R.W. AND GRAEME,L. 1984,PROC. ASTRON. SOC. AUSTRALIA 5,341. 583 MURDOCH,H.S.,MCADAM,W.B. AND HUNSTEAD,R.W. 1974,NATURE 248,491. 584 NEUGEBAUER,G.,BECKLIN,E.E.,OKE,J.B. AND SEARLE,L. 1976,ASTROPHYS. J. 205,29. 585 NICOLSON,G.D.,GLASS,I.S.,FEAST,M.W. AND ANDREWS,P.J. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 189,29P. 586 NORTHOVER,K.J.E. 1973,MONTHLY NOTICES ROY. ASTRON. SOC. 165,369. 587 NOTNI,P. 1980,ASTRON. NACHR. 301,51. 588 NOTNI,P.,KARACHENTSEV,I.D. AND AFANASJEV,V.L. 1979,ASTRON. NACHR. 300,121. 589 O'CONNELL,R.W. AND KINGHAM,K.A. 1978,PUBL. ASTRON. SOC. PACIFIC 90,244. 590 OKE,J.B. 1978,ASTROPHYS. J. 219,L97. 591 OKE,J.B.,NEUGEBAUER,G. AND BECKLIN,E. 1970,ASTROPHYS. J. 159,341. 592 OLSEN,E.T. 1970,ASTRON. J. 75,764. 593 OORT,J.H.,ARP,H. AND DE RUITER,H. 1981,ASTRON. ASTROPHYS. 95,7. 594 OSMER,P.S. 1977,ASTROPHYS. J. 218,L89. 595 OSMER,P.S. 1980,ASTROPHYS. J. SUPPL. SER. 42,523. 596 OSMER,P.S. 1982,ASTROPHYS. J. 253,28. 597 OSMER,P.S. AND SMITH,M.G. 1976,ASTROPHYS. J. 210,267. 598 OSMER,P.S. AND SMITH,M.G. 1977,ASTROPHYS. J. 213,607. 599 OSMER,P.S. AND SMITH,M.G. 1977,ASTROPHYS. J. 215,L47. 600 OSMER,P.S. AND SMITH,M.G. 1977,ASTROPHYS. J. 217,L73. 601 OSMER,P.S. AND SMITH,M.G. 1980,ASTROPHYS. J. SUPPL. SER. 42,333. 602 OSMER,P.S.,SMITH,M.G. AND WEEDMAN,D.W. 1974,ASTROPHYS. J. 189,187. 603 OSTERBROCK,D.E. 1977,ASTROPHYS. J. 215,733. 604 OSTERBROCK,D.E. 1981,ASTROPHYS. J. 249,462. 605 OSTERBROCK,D.E. 1983,PUBL. ASTRON. SOC. PACIFIC 95,12. 606 OSTERBROCK,D.E. 1984,ASTROPHYS. J. 280,L43. 607 OSTERBROCK,D.E. 1985,PUBL. ASTRON. SOC. PACIFIC 97,25. 608 OSTERBROCK,D.E. 1985,BULL. AMER. ASTRON. SOC. 17,232. 609 OSTERBROCK,D.E. AND DAHARI,O. 1983,ASTROPHYS. J. 273,478. 610 OSTERBROCK,D.E. AND GRANDI,S.A. 1979,ASTROPHYS. J. 228,L59. 611 OSTERBROCK,D.E. AND PHILLIPS,M.M. 1977,PUBL. ASTRON. SOC. PACIFIC 89,251. 612 OSTERBROCK,D.E. AND POGGE,R.W. 1985,ASTROPHYS. J. 297,166. 613 OSTERBROCK,D.E. AND DE ROBERTIS,M.M. 1985,PUBL. ASTRON. SOC. PACIFIC 97,1129. 614 OSTERBROCK,D.E. AND SHUDER,J.M. 1982,ASTROPHYS. J. SUPPL. SER. 49.149. 615 OSTERBROCK,D.E.,GRANDI,S.A. AND COHEN,R.D. 1978,PUBL. ASTRON. SOC. PACIFIC 90,493. 616 OWEN,F.N. AND MUFSON,S.L. 1977,ASTRON. J. 82,776. 617 OWEN,F.N.,CONDON,J.J. AND LEDDEN,J.E. 1983,ASTRON. J. 88,1. 618 OWEN,F.N.,PORCAS,R.W. AND NEFF,S.G. 1978,ASTRON. J. 83,1009. 619 OWEN,F.N.,PORCAS,R.W.,MUFSON,S.L. AND MOFFETT,T.J. 1978,ASTRON. J. 83,685. 620 OWEN,F.N.,SPANGLER,S.R. AND COTTON,W.D. 1980,ASTRON. J. 85,351. 621 OWEN,F.N.,WILLS,B.J. AND WILLS,D. 1980,ASTROPHYS. J. 235,L57. 622 PADRIELLI,L. AND CONWAY,R.G. 1977,ASTRON. ASTROPHYS. SUPPL. 27,171. 623 PALUMBO,G.G.C.,TANZELLA-NITTI,G. AND VETTOLANI,G. 1983,A CATALOGUE OF RADIAL VELOCITIES OF GALAXIES, GORDON AND BREACH,NEW YORK. 624 PARKER,E.,ELSMORE,B. AND SHAKESHAFT,J. 1966,NATURE 210,22. 625 PARKES,A.G.,PENSTON M.V. 1973,MONTHLY NOTICES ROY. ASTRON. SOC. 162,117. 626 PATTERSON,J.,ROBERTS,W.,SCHWARTZ,D.A.,REMILLARD,R.,MORGAN,E. AND BRADT,H. 1983,BULL. AMER. ASTRON. SOC. 15,636. 627 PAULINY-TOTH,I.I.K. AND KELLERMANN,K.I. 1968,ASTRON. J. 73,953. 628 PAULINY-TOTH,I.I.K. AND KELLERMANN,K.I. 1972,ASTRON. J. 77,797. 629 PAULINY-TOTH,I.I.K.,KELLERMANN,K.I.,DAVIS,M.M.,FOMALONT,E.B. AND SHAFFER, D.B. 1972,ASTRON. J. 77,265. 630 PAULINY-TOTH,I.I.K.,PREUSS,E.,WITZEL,A.,KELLERMANN,K.I.,FOMALONT,E.B. AND DAVIS,M.M. 1973,ASTRON. ASTROPHYS. 27,475. 631 PAULINY-TOTH,I.I.K.,WITZEL,A. AND PREUSS,E. 1974,ASTRON. ASTROPHYS. 35,421. 632 PAULINY-TOTH,I.I.K.,WITZEL,A.,PREUSS,E.,KUHR,H.,KELLERMANN,K.I.,FOMALONT, E.B. AND DAVIS,M.M. 1978,ASTRON. J. 83,451. 633 PEDERSEN,H.,MOTCH,C.,TARENGHI,M.,DANZIGER,J.,PIZZICHINI,G. AND LEWIN,W.H. G. 1983,ASTROPHYS. J. 270,L43. 634 PENFOLD,J.E. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 186,297. 635 PENSTON,M.V. 1971,ASTROPHYS. J. 170,395. 636 PENSTON,M.V.,FOSBURY,R.A.E.,WARD,M.J. AND WILSON,A.S. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 180,19. 637 PERLEY,R.A. 1982,ASTRON. J. 87,859. 638 PERRYMAN,M.A.C. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 187,223. 639 PERRYMAN,M.A.C.,DOWNES,A.J.B. AND LILLY,S.J. 1985,MONTHLY NOTICES ROY. ASTRON. SOC. 216,641. 640 PERRYMAN,M.A.C.,LILLY,S.J.,LONGAIR,M.S. AND DOWNES,A.J.B. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 209,159. 641 PESCH,P. AND SANDULEAK,N. 1983,ASTROPHYS. J. SUPPL. SER. 51,171. 642 PESCH,P. AND SANDULEAK,N. 1986,ASTROPHYS. J. SUPPL. SER. 60,543. 643 PETERSON,B.A. AND BOLTON,J.G. 1972,ASTROPHYS. LETTERS 10,105. 644 PETERSON,B.A. AND BOLTON,J.G. 1972,ASTROPHYS. J. 173,L19. 645 PETERSON,B.A. AND BOLTON,J.G. 1973,ASTROPHYS. LETTERS 13,187. 646 PETERSON,B.A.,BOLTON,J.G. AND SAVAGE,A. 1976,ASTROPHYS. LETTERS 17,137. 647 PETERSON,B.A.,JAUNCEY,D.L.,WRIGHT,A.F. AND CONDON,J.J. 1976,ASTROPHYS. J. 207,L5. 648 PETERSON,B.A.,BOLTON,J.G. AND SHIMMINS,A.J. 1973,ASTROPHYS. LETTERS 15,109. 649 PETERSON,B.A.,SAVAGE,A.,JAUNCEY,D.L. AND WRIGHT,A.E. 1982,ASTROPHYS. J. 260,L27. 650 PETERSON,B.A.,WRIGHT,A.E.,JAUNCEY,D.L. AND CONDON,J.J. 1979,ASTROPHYS. J. 232,400. 651 PETERSON,B.M.,CRAINE,E.R. AND STRITTMATTER,P.A. 1978,PUBL. ASTRON. SOC. PACIFIC 90,386. 652 PETERSON,B.M.,FRICKE,K. AND BIERMANN,P. 1981,PUBL. ASTRON. SOC. PACIFIC 93,281. 653 PETROSIAN,V. 1973,ASTROPHYS. J. 183,359. 654 PETROSIAN,A.R.,SAAKYAN,K.A. AND KHACHIKIAN,E.E. 1977,ASTROPHYSICS 14,36. 655 PETROSIAN,A.R.,SAAKYAN,K.A. AND KHACHIKIAN,E.E. 1979,ASTROPHYSICS 15,250. 656 PHILLIPS,M.M. 1979,ASTROPHYS. J. 227,L121. 657 PHILLIPS,M.M. AND FROGEL,J.A. 1980,ASTROPHYS. J. 235,761. 658 PHILLIPS,R.B. AND MUTEL,R.L. 1980,ASTROPHYS. J. 236,89. 659 PHILLIPS,M.M.,CHARLES,P.A. AND BALDWIN,J.A. 1983,ASTROPHYS. J. 266,485. 660 PHILLIPS,M.M.,FELDMAN,F.R.,MARSHALL,F.E. AND WAMSTECKER,W. 1979,ASTRON. ASTROPHYS. 76,L14. 661 PHILLIPS,M.M.,PAGEL,B.E.J.,EDMUNDS,M.G. AND DIAZ,A. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 210,701. 662 PINEDA,F.,DELVAILLE,J.,GRINDLAY,J.E. AND SCHNOPPER,H.W. 1980,ASTROPHYS. J. 237,414. 663 POCOCK,A.S.,BLADES,J.C.,PENSTON,M.V. AND PETTINI,M. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 210,373. 664 PORCAS,R.W.,TREVERTON,A.M. AND WILKINSON,A. 1974,MONTHLY NOTICES ROY. ASTRON. SOC. 167,41P. 665 PORCAS,R.W.,URRY,C.M.,BROWNE,I.W.A.,COHEN,A.M.,DAINTREE,E.J. AND WALSH,D. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 191,607. 666 POUNDS,K.A. 1980,PROCEEDINGS 5TH EUROPEAN REGIONAL MEETING IN ASTRONOMY, LIEGE,C5.1. 667 PRAVDO,S.H. AND MARSHALL,F.E. 1984,ASTROPHYS. J. 281,570. 668 PRAVDO,S.H.,NUGENT,J.J.,NOUSEK,J.A.,JENSEN,K.,WILSON,A.S. AND BECKER,R.H. 1981,ASTROPHYS. J. 251,501. 669 PRIETO,A.,WAMSTEKER,W.,DANKS,A.C.,KUNTH,D. AND VITORES,A. 1986,ASTRON. ASTROPHYS. 168,253. 670 PUSCHELL,J.J. 1978,PUBL. ASTRON. SOC. PACIFIC 90,652. 671 PUSCHELL,J.J. AND STEIN,W.A. 1980,ASTROPHYS. J. 237,331. 672 PUSCHELL,J.J.,MOORE,R.,COHEN,R.D.,OWEN,F.N. AND PHILLIPS,A.C. 1986, ASTRON. J. 91,751. 673 PUSCHELL,J.J.,STEIN,W.A.,JONES,T.W.,WARNER,J.W.,OWEN,F.,RUDNICK,L.,ALLER,H. AND HODGE,P. 1979,ASTROPHYS. J. 227,L11. 674 RAFANELLI,P. AND BONOLI,C. 1984,ASTRON. ASTROPHYS. 131,186. 675 RAFANELLI,P. AND SCHULZ,H. 1983,ASTRON. ASTROPHYS. 117,109. 676 REBOUL,H.,FRINGANT,A.M. AND VANDERRIEST,C. 1986,IAU SYMPOSIUM 119,P. 547. 677 REICHERT,G.A.,MASON,K.O.,THORSTENSEN,J.R. AND BOWYER,S. 1982,ASTROPHYS. J. 260,437. 678 REMILLARD,R.A.,BRADT,H.V.,BUCKLEY,D.A.H.,ROBERTS,W.,SCHWARTZ,D.A.,TUOHY, I.R. AND WOOD,K. 1986,ASTROPHYS. J. 301,742. 679 RICHER,H.B. AND OLSON,B.I. 1980,PUBL. ASTRON. SOC. PACIFIC 92,573. 680 RICHSTONE,D.O. AND SCHMIDT,M. 1980,ASTROPHYS. J. 235,361. 681 RICHTER,N. AND SAHAKJAN,K. 1965,MITT. KARL SCHWARZSCHILD OBS. TAUT. 24,5. 682 RICKER,G.R.,CLARK,G.W.,DOXSEY,R.E.,DOWER,R.G.,JERNIGAN,J.G.,DELVAILLE,J.P., MACALPINE,G.M. AND HJELLMING,R.M. 1978,NATURE 271,35. 683 RIEKE,G.H.,CUTRI,R.M.,BLACK,J.H.,KAILEY,W.F.,MCALARY,C.W.,LEBOFSKY,M.J. AND ELSTON,R. 1985,ASTROPHYS. J. 290,116. 684 RIEKE,G.H.,GRASDALEN,G.L.,KINMAN,T.D.,HINTZEN,P.,WILLS,B.J. AND WILLS,D. 1976,NATURE 260,754. 685 RIEKE,G.H.,LEBOFSKY,M.J. AND KINMAN,T.D. 1979,ASTROPHYS. J. 232,L151. 686 RILEY,J.M. 1975,MONTHLY NOTICES ROY. ASTRON. SOC. 170,53. 687 RILEY,J.M. AND POOLEY,G.G. 1975,MEM. ROY. ASTRON. SOC. 80,105. 688 DE ROBERTIS,M.M. AND OSTERBROCK,D.E. 1986,ASTROPHYS. J. 301,98. 689 ROBERTS,D.H.,BURBIDGE,E.M.,BURBIDGE,G.R.,CROWNE,A.H.,JUNKKARINEN,V.T. AND SMITH,H.E. 1978,ASTROPHYS. J. 224,344. 690 ROBERTS,D.H.,GREENFIELD,P.E. AND BURKE,B.F. 1979,SCIENCE 205,894. 691 ROBERTS,J.A.,BOLTON,J.G. AND HARRIS,D.E. 1960,PUBL. ASTRON. SOC. PACIFIC 72,5. 692 ROBERTSON,J.G. AND SHAVER,P.A. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 204,69P. 693 ROBERTSON,J.G.,SHAVER,P.A.,SURDEJ,J. AND SWINGS,J.P. 1986, MONTHLY NOTICES ROY. ASTRON. SOC. 219,403. 694 ROBINSON,L.B. AND WAMPLER,E.J. 1973,ASTROPHYS. J. 179,L79. 695 ROCHE,P.F.,AITKEN,D.K.,SMITH,C.H. AND JAMES,S.D. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 218,19P. 696 RODGERS,A.W.,PETERSON,B.A. AND HARDING,P. 1978,ASTROPHYS. J. 225,768. 697 ROSE,J.A. AND SEARLE,L. 1982,ASTROPHYS. J. 253,556. 698 RUBIN,V.C. 1974,ASTROPHYS. J. 191,645. 699 RUBIN,V.C. 1980,ASTROPHYS. J. 238,808. 700 RUBIN,V.C. AND FORD,W.K. 1968,ASTROPHYS. J. 154,431. 701 RUBIN,V.C.,KRISHNA KUMAR,C. AND FORD,W.K. 1972,ASTROPHYS. J. 177,31. 702 RUBIN,V.C.,THONNARD,N. AND FORD,W.K. 1975,ASTROPHYS. J. 199,31. 703 DE RUITER,H.R.,WILLIS,A.G. AND ARP,H.C. 1977,ASTRON. ASTROPHYS. SUPPL. 28,211. 704 RYLE,M. AND SANDAGE,A. 1964,ASTROPHYS. J. 139,419. 705 SADLER,E.M. 1984,ASTRON. J. 89,53. 706 SANDAGE,A. 1961,'THE HUBBLE ATLAS OF GALAXIES', CARNEGIE INSTITUTION OF WASHINGTON PUBLICATION 618. 707 SANDAGE,A. 1964,ASTROPHYS. J. 139,416. 708 SANDAGE,A. 1965,ASTROPHYS. J. 141,1560. 709 SANDAGE,A. 1966,ASTROPHYS. J. 144,1234. 710 SANDAGE,A. 1966,ASTROPHYS. J. 145,1. 711 SANDAGE,A. 1966,ASTROPHYS. J. 146,13. 712 SANDAGE,A. 1967,ASTROPHYS. J. 150,L9 713 SANDAGE,A. 1967,ASTROPHYS. J. 150,L145. 714 SANDAGE,A. 1967,ASTROPHYS. J. 150,L177. 715 SANDAGE,A. 1971,PONTIF. ACAD. SCI. SCRIPTA VARIA 35,271. 716 SANDAGE,A. 1972,ASTROPHYS. J. 178,25. 717 SANDAGE,A. 1973,ASTROPHYS. J. 180,687. 718 SANDAGE,A. 1978,ASTRON. J. 83,904. 719 SANDAGE,A. AND BEDKE,J. 1985,ASTRON. J. 90,1992. 720 SANDAGE,A. AND BRUCATO,R. 1979,ASTRON. J. 84,472. 721 SANDAGE,A. AND LUYTEN,W. 1967,ASTROPHYS. J. 148,767. 722 SANDAGE,A. AND TAMMANN,G.A. 1981,'A REVISED SHAPLEY-AMES CATALOGUE OF BRIGHT GALAXIES'.CARNEGIE INSTITUTION OF WASHINGTON PUBLICATION 635. 723 SANDAGE,A. AND VERON,P. 1965,ASTROPHYS. J. 142,412. 724 SANDAGE,A. AND WYNDHAM,J. 1965,ASTROPHYS. J. 141,328. 725 SANDAGE,A.,BECKLIN,E.E. AND NEUGEBAUER,G. 1969,ASTROPHYS. J. 157,55. 726 SANDAGE,A.,BINGGELI,B. AND TAMMANN,G.A. 1985,ASTRON. J. 90,395. 727 SANDAGE,A.,VERON,P. AND WYNDHAM,J. 1965,ASTROPHYS. J. 142,1307. 728 SANDULEAK,N. AND PESCH,P. 1982,ASTROPHYS. J. 258,L11. 729 SANDULEAK,N. AND PESCH,P. 1984,ASTROPHYS. J. SUPPL. SER. 55,517. 730 SARGENT,W.L.W. 1967,PUBL. ASTRON. SOC. PACIFIC 79,369. 731 SARGENT,W.L.W. 1970,ASTROPHYS. J. 159,765. 732 SARGENT,W.L.W. 1970,ASTROPHYS. J. 160,405. 733 SARGENT,W.L.W. 1972,ASTROPHYS. J. 173,7. 734 SARGENT,W.L.W. 1973,ASTROPHYS. J. 182,L13. 735 SARGENT,W.L.W. 1977,ASTROPHYS. J. 212,L105. 736 SARGENT,W.L.W.,FILIPPENKO,A.V.,STEIDEL,C.C.,HAZARD,C. AND MCMAHON,R.G. 1986,NATURE 322,40. 737 SARGENT,W.L.W.,YOUNG,P. AND SCHNEIDER,D.P. 1982,ASTROPHYS. J. 256,374. 738 SAVAGE,A. 1976,MONTHLY NOTICES ROY. ASTRON. SOC. 174,259. 739 SAVAGE,A. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 206,745. 740 SAVAGE,A. AND BOLTON,J.G. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 188,599. 741 SAVAGE,A. AND BOLTON,J.G. 1979,AUSTRALIAN,J. PHYS. ASTROPHYS. SUPPL. 46,19. 742 SAVAGE,A. AND WALL,J.V. 1976,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 39,39. 743 SAVAGE,A. AND WRIGHT,A.E. 1981,MONTHLY NOTICES ROY. ASTRON. SOC. 196,927. 744 SAVAGE,A.,BOLTON,J.G.,TRITTON,K.P. AND PETERSON,B.A. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. 183,473. 745 SAVAGE,A.,BOLTON,J.G. AND TRETT,J. 1982,AUSTRALIAN J. PHYS. 35,207. 746 SAVAGE,A.,BOLTON,J.G. AND WALL,J.V. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 200,1135. 747 SAVAGE,A.,BOLTON,J.G. AND WRIGHT,A.E. 1976,MONTHLY NOTICES ROY. ASTRON. SOC. 175,517. 748 SAVAGE,A.,BOLTON,J.G. AND WRIGHT,A.E. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,135. 749 SAVAGE,A.,BROWNE,I.W.A. AND BOLTON,J.G. 1976,MONTHLY NOTICES ROY. ASTRON. SOC. 177,77P. 750 SAVAGE,A.,CLOWES,R.G.,CANNON,R.D.,CHEUNG,K.,BOKSENBERG,A. AND WALL,J.V. 1985,MONTHLY NOTICES ROY. ASTRON. SOC. 213,485. 751 SAVAGE,A.,TREW,A.S.,CHEN,J. AND WESTON,T. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 207,393. 752 SAVAGE,A.,WRIGHT,A.E. AND BOLTON,J.G. 1977,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 44,1. 753 SCHEUER,P. AND WILLS,D. 1966,ASTROPHYS. J. 143,274. 754 SCHILIZZI,R.T. 1975,MEM.ROY. ASTRON. SOC. 79,75. 755 SCHMIDT,M. 1963,NATURE 197,1040. 756 SCHMIDT,M. 1965,ASTROPHYS. J. 141,1. 757 SCHMIDT,M. 1965,ASTROPHYS. J. 141,1295. 758 SCHMIDT,M. 1966,ASTROPHYS. J. 144,443. 759 SCHMIDT,M. 1968,ASTROPHYS. J. 151,393. 760 SCHMIDT,M. 1974,ASTROPHYS. J. 193,505. 761 SCHMIDT,M. 1974,ASTROPHYS. J. 193,509. 762 SCHMIDT,M. 1977,ASTROPHYS. J. 217,358. 763 SCHMIDT,M. AND GREEN,R.F. 1983,ASTROPHYS. J. 269,352. 764 SCHMIDT,M. AND MATTHEWS,T. 1964,ASTROPHYS. J. 139,781. 765 SCHMIDT,M. AND OLSEN,E.T. 1970,ASTRON. J. 73,S117. 766 SCHMIDT,M.,SCHNEIDER,D.P. AND GUNN,J.E. 1986,ASTROPHYS. J. 306,411. 767 SCHMIDT,M.,SCHNEIDER,D.P. AND GUNN,J.E. 1986,ASTROPHYS. J. 310,518. 768 SCHMITT,J.L. 1968,NATURE 218,663. 769 SCHNOPPER,H.W.,DAVIS,M.,DELVAILLE,J.P.,GELLER,M.J. AND HUCHRA,J.P. 1978, NATURE 275,719. 770 SCHWARTZ,R.D. 1978,PUBL. ASTRON. SOC. PACIFIC 90,393. 771 SCHWARTZ,D.A.,DOXSEY,R.E.,GRIFFITHS,R.E.,JOHNSTON,M.D. AND SCHWARZ,J. 1979, ASTROPHYS. J. 229,L53. 772 SCHWARTZ,D.A.,ROBERTS,W.,MURRAY,S.,HUCHRA,J.,REMILLARD,R.,BRADT,H., MCCLINTOCK,J.,TUOHY,I.,BUCKLEY,D.,TAPIA,S.,FEIGELSON,E. AND SCHMELZ,J. 772 1985,BULL. AMER. ASTRON. SOC. 17,608.(4U 1057-21 AND 4U 1443+43). 773 SEARLE,L. AND BOLTON,J. 1968,ASTROPHYS. J. 154,L101. 774 SERSIC,J.L. AND PASTORIZA,M. 1965,PUBL. ASTRON SOC. PACIFIC 77,287. 775 SHAFFER,D.B. 1978,ASTRON. J. 83,209. 776 SHAFFER,D.B. AND GREEN,R.F. 1978,PUBL. ASTRON. SOC. PACIFIC 90,22. 777 SHANKS,T.,FONG,R. AND BOYLE,B.J. 1983,NATURE 303,156. 778 SHAVER,P.A. AND ROBERTSON,J.G. 1983,ASTROPHYS. J. 268,L57. 779 SHAVER,P.A. AND ROBERTSON,J.G. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 212,15P. 780 SHAVER,P.A.,BOKSENBERG,A. AND ROBERTSON,J.G. 1982,ASTROPHYS. J. 261,L7. 781 SHIMMINS,A.J. 1971,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 21. 782 SHIMMINS,A.J. AND BOLTON,J.G. 1972 AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 23. 783 SHIMMINS,A.J. AND BOLTON,J.G. 1972,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 26,1. 784 SHIMMINS,A.J. AND BOLTON,J.G. 1974,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 32. 785 SHIMMINS,A.J.,BOLTON,J.G.,PETERSON,B.A. AND WALL,J.V. 1971, ASTROPHYS. LETTERS 8,139. 786 SHIMMINS,A.J.,BOLTON,J.G. AND WALL,J.V. 1975,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 34,63. 787 SHIMMINS,A.J.,SEARLE,L.,ANDREW,B.H. AND BRANDIE,G.W 1968, ASTROPHYS. LETTERS 1,167. 788 SHIMMINS,A.J.,MANCHESTER,R.N. AND HARRIS,B.J. 1969,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 8. 789 SHUDER,J.M. 1980,ASTROPHYS. J. 240,32. 790 SHUDER,J.M. AND OSTERBROCK,D.E. 1981,ASTROPHYS. J. 250,55. 791 SIEBER,W. AND SCHICKEISER,R. 1982,ASTRON. ASTROPHYS. 113,314. 792 SIMKIN,S.M.,SU,H.J. AND SCHWARZ,M.P. 1980,ASTROPHYS. J. 237,404. 793 SINGAL,A.K.,GOPAL-KRISHNA AND VENUGOPAL,V.R. 1979,MEM. ROY. ASTRON. SOC. INDIA 1,14. 794 SITKO,M.L. AND JUNKKARINEN,V.T. 1985,PUBL. ASTRON. SOC. PACIFIC 97,1158. 795 SITKO,M.L.,STEIN,W.A.,ZHANG,Y.-X. AND WISNIEWSKI,W.Z. 1982,ASROPHYS. J. 259,486. 796 SMITH,H.E. AND SPINRAD,H. 1980,ASTROPHYS. J. 236,419. 797 SMITH,H.E. AND SPINRAD,H. 1980,PUBL. ASTRON. SOC. PACIFIC 92,553. 798 SMITH,H.E.,BURBIDGE,E.M.,BALDWIN,J.A.,TOHLINE,J.E.,WAMPLER,E.J.,HAZARD,C. MURDOCH,H.S. 1977,ASTROPHYS. J. 215,427. 799 SMITH,H.E.,SPINRAD,H. AND HUNSTEAD,R. 1976,ASTROPHYS. J. 206,345. 800 SMITH,H.E.,SPINRAD,H. AND SMITH,E.O. 1976,PUBL. ASTRON. SOC. PACIFIC 88,621. 801 SMITH,M.G. 1975,ASTROPHYS. J. 202,591. 802 SMITH,M.G. 1976,ASTROPHYS. J. 206,L125. 803 SMITH,M.G. AND WRIGHT,A.E. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 191,871. 804 SMITH,M.G.,AGUIRRE,C. AND ZEMELMAN,M. 1976,ASTROPHYS. J. SUPPL. SER. 32,217. 805 SMITH,M.G.,CARSWELL,R.F.,WHELAN,J.A.J.,WILKES,B.J.,BOKSENBERG,A.,CLOWES, R.G.,SAVAGE,A.,CANNON,R.D. AND WALL,J.W. 1981,MONTHLY NOTICES ROY. ASTRON. 806 SMITH,M.G.,WEEDMAN,D.W. AND SPINRAD,H. 1972,ASTROPHYS. LETTERS 11,21. 805 SOC. 195,437. 807 SMITH,R.M. AND ROBERTSON,J.G. 1985,MONTHLY NOTICES ROY. ASTRON. SOC. 212,809. 808 SPINRAD,H. 1976,PUBL. ASTRON. SOC. PACIFIC 88,565. 809 SPINRAD,H. 1984,UNPUBLISHED. 810 SPINRAD,H. AND LIEBERT,J. 1976,ASTROPHYS. J. 208,292. 811 SPINRAD,H. AND SMITH,H.E. 1976,ASTROPHYS. J. 206,355. 812 SPINRAD,H.,DJORGOVSKI,S.,MARR,J. AND AGUILAR,L. 1985,PUBL. ASTRON. SOC. PACIFIC 97,932. 813 SPINRAD,H.,LIEBERT,J.,SMITH,H.E. AND HUNSTEAD,R. 1976,ASTROPHYS. J. 206,L79. 814 SPINRAD,H.,SMITH,H.E.,HUNSTEAD,R. AND RYLE,M. 1975,ASTROPHYS. J. 198,7. 815 SPINRAD,H.,WESTPHAL,J.,KRISTIAN,J. AND SANDAGE,A. 1977,ASTROPHYS. J. 216,L87. 816 SRAMEK,R.A. 1975,ASTRON. J. 80,771. 817 SRAMEK,R.A. AND TOVMASSIAN,H.M. 1974,ASTROPHYS. J. 191,L13. 818 SRAMEK,R.A. AND WEEDMAN,D.W. 1978,ASTROPHYS. J. 221,468. 819 SRAMEK,R.A. AND WEEDMAN,D.W. 1980,ASTROPHYS. J. 238,435. 820 STANNARD,D. AND NEAL,D.S. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 179,719. 821 STAUFFER,J.R. 1982,ASTROPHYS. J. 262,66. 822 STAUFFER,J.R.,SCHILD,R. AND KEEL,W. 1983,ASTROPHYS. J. 270,465. 823 STEIN,W.A. AND WEEDMAN,D.W. 1976,ASTROPHYS. J. 205,44. 824 STEINER,J.E.,GRINDLAY,J.E. AND MACCACARO,T. 1982,ASTROPHYS. J. 259,482. 825 STOCKE,J.T. AND ARP,H. 1978,ASTROPHYS. J. 219,367. 826 STOCKE,J.T.,FOLTZ,C.B.,WEYMANN,R.J. AND CHRISTIANSEN,W.A. 1984,ASTROPHYS. J. 280,476. 827 STOCKE,J.T.,LIEBERT,J.,MACCACARO,T.,GRIFFITHS,R.E. AND STEINER,J.E. 1981, ASTROPHYS. J. 252,69. 828 STOCKE,J.T.,LIEBERT,J.,STOCKMAN,H.,DANZIGER,I.J.,LUB,J.,MACCACARO,T., GRIFFITHS,R.E. AND GIOMMI,P. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 828 200,27P. 829 STOCKE,J.T.,LIEBERT,J.,GIOIA,I.M.,GRIFFITHS,R.E.,MACCACARO,T.,DANZIGER, I,J.,KUNTH,D. AND LUB,J. 1983,ASTROPHYS. J. 273,458. 830 STOCKE,J.T.,LIEBERT,J.,SCHILD,R.,GIOIA,I.M. AND MACCACARO,T. 1984, ASTROPHYS. J. 277,43. 831 STOCKE,J.T.,LIEBERT,J.,SCHMIDT,G.,GIOIA,I.M.,MACCACARO,T.,SCHILD,R.E., MACCAGNI,D. AND ARP,H.C. 1985,ASTROPHYS. J. 298,619. 832 STOCKE,J.T.,TIFFT,W.G. AND KAFTAN-KASSIM,M.A. 1978,ASTRON. J. 83,322. 833 STOCKTON,A.N. 1968,ASTRON. J. 73,887. 834 STOCKTON,A.N. 1969,ASTROPHYS. J. 155,L141. 835 STOCKTON,A.N. 1972,NATURE P.S. 238,37. 836 STONE,R.P.S. 1982,ASTROPHYS. J. SUPPL. SER. 48,395. 837 STOUGHTON,R. AND OSTERBROCK,D.E. 1980,PUBL. ASTRON. SOC. PACIFIC 92,117. 838 STRITTMATTER,P.A.,CARSWELL,R.F.,BURBIDGE,E.M.,HAZARD,C.,BALDWIN,J.A., ROBINSON,L. AND WAMPLER,E.J. 1973,ASTROPHYS. J. 183,767. 839 STRITTMATTER,P.A.,CARSWELL,R.F.,GILBERT,G. AND BURBIDGE,E.M. 1974,ASTROPHYS. J. 190,509. 840 STRITTMATTER,P.A.,HILL,P.,PAULINY-TOTH,I.I.K.,STEPPE,H. AND WITZEL,A. 1980, ASTRON. ASTROPHYS. 88,L12. 841 STRITTMATTER,P.A.,SERKOWSKI,K.,CARSWELL,R.F.,STEIN,W.A.,MERRILL,K.A. AND BURBIDGE,E.M. 1972,ASTROPHYS. J. 175,L7. 842 SULENTIC,J.W. 1976,ASTROPHYS. J. SUPPL. SER. 32,171. 843 SULENTIC,J.W. 1976,ASTRON. J. 81,582. 844 SURDEJ,J.,ARP,H.,GOSSET,E.,KRUSZEWSKI,A.,ROBERTSON,J.G.,SHAVER,P.A. AND SWINGS,J.P. 1986,ASTRON. ASTROPHYS. 161,209. 845 SURDEJ,J.,SWINGS,J.-P.,ARP,H. AND BARBIER,R. 1982,ASTRON. ASTROPHYS. 114,182. 846 SURDEJ,J.,SWINGS,J.-P.,ARP,H. AND PEDERSEN,H. 1983,PROC. 24TH LIEGE INT. ASTROPHYS. COLL. P.355. 847 TAKASE,B.,KODAIRA,K. AND OKAMURA,S. 1984,'AN ATLAS OF SELECTED GALAXIES', TOKYO. 848 TAKASE,B.,MIYAUCHI-ISOBE,N. 1983,ANN. TOKYO ASRON. OBS., 2ND SER. 19,595. 849 TANANBAUM,H.,AVNI,Y.,BRANDUARDI,G. ELVIS,M.,FABBIANO,G.,FEIGELSON,E.,GIAC- CONI,R.,HENRY,J.P.,PYE,J.P.,SOLTAN,A. AND ZAMORANI,G. 1979,ASTROPHYS. J. 849 234,L9. 850 TAPIA,S. AND TURNSHEK,D.A. 1982,BULL. AMER. ASTRON. SOC. 14,577. 851 TAPIA,S.,CRAINE,E.R.,GEARHART,M.R.,PACHT,E. AND KRAUS,J. 1977,ASTROPHYS. J. 215,L71. 852 TAPIA,S.,CRAINE,E.R. AND JOHNSON,K. 1976,ASTROPHYS. J. 203,291. 853 THUAN,T.X.,OKE,J.B. AND GUNN,J.E. 1975,ASTROPHYS. J. 201,45. 854 TIFFT,W.G.,KIRSHNER,R.P.,GREGORY,S.A. AND MOODY,J.W. 1986,ASTROPHYS. J. 310,75. 855 TOHLINE,J.E. AND OSTERBROCK,D.E. 1976,ASTROPHYS. J. 210,L117. 856 TOVMASSIAN,H.M.,SHERWOOD,W.A.,SHERWOOD,V.E.,SCHULTZ,G.V.,SALTER,C.J. AND MATTHEWS,H.E. 1984,ASTRON. ASTROPHYS. SUPPL. 58,317. 857 TREW,A.S.,CLUBE,S.V.M.,SAVAGE,A. AND CLOWES,R.G. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 200,785. 858 TRITTON,K.P. 1971,MONTHLY NOTICES ROY. ASTRON. SOC. 155,1P. 859 TRITTON,K.P.,HENBEST,S.N. AND PENSTON M.V. 1973,MONTHLY NOTICES ROY. ASTRON. SOC. 162,31P. 860 TSVETANOV,Z.I. 1981,SOVIET AJ LETTERS 7,42. 861 TURNER,E.L.,SCHNEIDER,D.P.,BURKE,B.F.,HEWITT,J.N.,LANGSTON,G.I.,GUNN,J.E., LAWRENCE,C.R. AND SCHMIDT,M. 1986,NATURE 321,142. 862 TURNSHEK,D.A.,WEYMANN,R.J.,CARSWELL,R.F. AND SMITH,M.G. 1984,ASTROPHYS. J. 277,51. 863 TURNSHEK,D.A.,WEYMANN,R.J.,LIEBERT,J.W.,WILLIAMS,R.E. AND STRITTMATTER,P.A. 1980,ASTROPHYS. J. 238,488. 864 TYTLER,D. AND BROWNE,I. 1985,ASTRON. J. 90,1676. 865 TZANETAKIS,A.,SPENCER,R.E.,MASSON,C.R. AND BALDWIN,J.E. 1978,MONTHLY NOTICES ROY. ASTRON. SOC. 185,63P. 866 ULMER,M.P.,BROWN,R.L.,SCHWARTZ,D.A.,PATTERSON,J. AND CRUDDACE,R.G. 1983, ASTROPHYS. J. 270,L1. 867 ULRICH,M.H. 1971,ASTROPHYS. J. 163,441. 868 ULRICH,M.H. 1972,ASTROPHYS. J. 178,113. 869 ULRICH,M.H. 1973,ASTROPHYS. LETTERS 14,89. 870 ULRICH,M.H. 1976,ASTROPHYS. J. 206,364. 871 ULRICH,M.H. 1978,ASTROPHYS. J. 222,L3. 872 ULRICH,M.H. AND PERRYMAN,M.A.C. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 220,429. 873 ULRICH,M.H.,KINMAN,T.D.,LYNDS,C.R.,RIEKE,G.H. AND EKERS,R.D. 1975,ASTRO- PHYS. J. 198,261. 874 ULVESTAD,J.S. AND WILSON,A.S. 1983,ASTROPHYS. J. 264,L7. 875 ULVESTAD,J.S. AND WILSON,A.S. 1984,ASTROPHYS. J. 278,544. 876 ULVESTAD,J.S. AND WILSON,A.S. 1984,ASTROPHYS. J. 285,439. 877 UOMOTO,A. 1984,ASTROPHYS. J. 284,497. 878 USHER,P.D. 1978,ASTROPHYS. J. 222,40. 879 USHER,P.D. 1981,ASTROPHYS. J. SUPPL. SER. 46,117. 880 USHER,P.D. AND MITCHELL,.K.J. 1982,ASTROPHYS. J. SUPPL. SER. 49,27. 881 USHER,P.D.,GREEN,R.F.,HUANG,K.L. AND WARNOCK,A. 1983,PROC. 24TH LIEGE INT. ASTROPHYS. COLL. P.245. 882 USHER,P.D.,MATTSON,D. AND WARNOCK,A. 1982,ASTROPHYS. J. SUPPL. SER. 48,51. 883 USHER,P.D.,WARNOCK,A. AND GREEN,R.F. 1983,ASTROPHYS. J. 269,73. 884 VALENTIJN,E.A.,PEROLA,G.C. AND JAFFE,W.J. 1977,ASTRON. ASTROPHYS. SUPPL. 28,333. 885 VANDERRIEST,C. AND LELIEVRE,G. 1977,ASTRON. ASTROPHYS. 56,71. 886 VAUCHER,B.G.,KREIDL,T.J.,THOMAS,N.G. AND HOAG,A.A. 1982,ASTROPHYS. J. 261,18. 887 DE VAUCOULEURS,A. AND DE VAUCOULEURS,G. 1967,ASTRON. J. 72,730. 888 DE VAUCOULEURS,G. 1961,ASTROPHYS. J. SUPPL SER. 5,233. 889 DE VAUCOULEURS,G. 1964,ASTROPHYS. J. 139,899. 890 DE VAUCOULEURS,G. AND DE VAUCOULEURS,A. 1968,ASTRON. J. 73,858. 891 DE VAUCOULEURS,G. AND DE VAUCOULEURS,A. 1975,ASTROPHYS. J. 197,L1. 892 DE VAUCOULEURS,G. AND DE VAUCOULEURS,A. 1972,MEM. ROY. ASTRON. SOC. 77,1. 893 DE VAUCOULEURS,G.,DE VAUCOULEURS,A. AND CORWIN,H.G. 1976,SECOND REFERENCE CATALOGUE OF BRIGHT GALAXIES. 894 DE VAUCOULEURS,G.,DE VAUCOULEURS,A. AND CORWIN,H.G. 1978,ASTRON. J. 83,1331. 895 VEILLEUX,S. AND OSTERBROCK,D.E. 1986,'SPECTRAL CLASSIFICATION OF EMISSION LINE GALAXIES'. 896 VERON,M.P. 1971,ASTRON. ASTROPHYS. 11,1. 897 VERON,M.P. 1981,ASTRON. ASTROPHYS. 100,12. 898 VERON,M.P. AND VERON,P. 1977,ASTRON. ASTROPHYS. SUPPL. 29,149. 899 VERON,M.P. AND VERON,P. 1984,UNPUBLISHED. 900 VERON,M.P.,VERON,P.,ADGIE,R.L. AND GENT,H. 1976,ASTRON. ASTROPHYS. 47,401. 901 VERON,M.P.,VERON,P. AND ZUIDERWIJK,E.J. 1981,ASTRON. ASTROPHYS. 98,34. 902 VERON-CETTY,M.P. 1984,ASTRON. ASTROPHYS. SUPPL. 58,665. 903 VERON-CETTY,M.P. AND VERON,P. 1986,ASTRON. ASTROPHYS. SUPPL. 65,241. 904 VERON-CETTY,M.P. AND VERON,P. 1986,ASTRON. ASTROPHYS. SUPPL. 66,335. 905 VERON-CETTY,M.P.,VERON,P. AND TARENGHI,M. 1982,ASTRON. ASTROPHYS. 113,46. 906 VERON,P. 1966,ASTROPHYS. J. 144,861. 907 VERON,P. 1978,NATURE 272,430. 908 VERON,P.,LINDBLAD,P.O.,ZUIDERWIJK,E.J.,VERON,M.P. AND ADAM,G. 1980, ASRON. ASTROPHYS. 87,245. 909 VERON,P.,VERON,M.P.,BERGERON,J. AND ZUIDERWIJK,E.J. 1981,ASTRON. ASTROPHYS. 97,71. 910 VERON,P.,VERON,M.P.,PAULINY-TOTH,I.I.K. AND WITZEL,A. 1980,UNPUBLISHED. 911 VORONTSOV-VELYAMINOV,B.A. 1959,ATLAS AND CATALOGUE OF INTERACTING GALAXIES. PART I (MOSCOW, MOSCOW STATE UNIVERSITY). 912 VORONTSOV-VELYAMINOV,B.A. 1977,ASTRON. ASTROPHYS. SUPPL. 28,1. 913 VRBA,F.J. AND TAPIA,S. 1979,ASTRON. J. 84,470. 914 WADE,C.M. 1968,ASTRON. J. 73,876. 915 WALKER,M.F. AND CHINCARINI,G. 1967,ASTROPHYS. J. 147,416. 916 WALL,J.V. 1971,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 20,1. 917 WALL,J.V. 1972,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 24. 918 WALL,J.V. AND CANNON,R.D. 1973,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 31. 919 WALL,J.V. AND COLE,D.J. 1973,AUSTRALIAN J. PHYS. 26,881. 920 WALL,J.V.,DANZIGER,I.J.,PETTINI,M.,WARWICK,R.S. AND WAMSTEKER,W. 1986, MONTHLY NOTICES ROY. ASTRON. SOC. 219,23P. 921 WALL,J.V.,SHIMMINS,A.J. AND BOLTON,J.G. 1975,AUSTRALIAN J. PHYS. ASTRO- PHYS. SUPPL. 34,55. 922 WALL,J.V.,SHIMMINS,A.J. AND MERKELIJN,J.K. 1971,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 19. 923 WALL,J.V.,WRIGHT,A.E. AND BOLTON,J.G. 1976,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 39,1. 924 WALSH,D. AND CARSWELL,R.F. 1982,MONTHLY NOTICES ROY. ASTRON. SOC. 200,191. 925 WALSH,D.,BECKERS,J.M.,CARSWELL,R.F. AND WEYMANN,R.J. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 211,105. 926 WALSH,D.,CARSWELL,R.F. AND WEYMANN,R.J. 1979,NATURE 279,381. 927 WALSH,D.,WILLS,B.J. AND WILLS,D. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 189,667. 928 WALTER,H.G. AND WEST,R.M. 1980,ASTRON. ASTROPHYS. 86,1. 929 WAMPLER,E.J. 1967,PUBL. ASTRON. SOC. PACIFIC 79,210. 930 WAMPLER,E.J. 1985,ASTROPHYS. J. 296,416. 931 WAMPLER,E.J. AND PONZ,D. 1985,ASTROPHYS. J. 298,448. 932 WAMPLER,E.J.,ROBINSON,L.B.,BALDWIN,J.A. AND BURBIDGE,E.M. 1973,NATURE 243,336. 933 WAMPLER,E.J.,BALDWIN,J.A.,BURKE,W.L.,ROBINSON,L.B. AND HAZARD,C. 1973, NATURE 246,203. 934 WAMPLER,E.J.,GASKELL,C.M.,BURKE,W.L. AND BALDWIN,J.A. 1984,ASTROPHYS. J. 276,403. 935 WAMSTEKER,W.,PRIETO,A.,VITORES,A.,SCHUSTER,H.E.,DANKS,A.C.,GONZALEZ,R. AND RODRIGUEZ,G. 1985,ASTRON. ASTROPHYS. SUPPL. 62,255. 936 WARD,M.J. AND WILSON,A.S. 1978,ASTRON. ASTROPHYS. 70,L79. 937 WARD,M.J.,WILSON,A.S.,DISNEY,M.J.,ELVIS,M. AND MACCACARO,T. 1977,ASTRON. ASTROPHYS. 59,L19. 938 WARD,M.J.,WILSON,A.S.,PENSTON,M.V.,TRITTON,K.P.,ELVIS,M. AND MACCACARO,T. 1978,ASTROPHYS. J. 223,788. 939 WARDLE,J.F.C. AND KRONBERG,P.P. 1974,ASTROPHYS. J. 194,249. 940 WARDLE,J.F.C.,MOORE,R.L. AND ANGEL,J.R.P. 1984,ASTROPHYS. J. 279,93. 941 WARNER,J.W.,ASSOUSA,G.E.,BALICK,B. AND CRAINE,E.R. 1975,PUBL. ASTRON. SOC. PACIFIC 87,103. 942 WARNER,P.J.,RILEY,J.M.,EALES,S.A.,DOWNES,A.J.B. AND BALDWIN,J.E. 1983, MONTHLY NOTICES ROY. ASTRON. SOC. 204,1279. 943 WARREN,S.J.,HEWETT,P.C.,IRWIN,M.J.,MCMAHON,R.G.,BRIDGELAND,M.T.,BUNCLARK, P.S. AND KIBBLEWHITE,E.J. 1987,NATURE 325,131. 944 WASILEWSKI,A.J. 1981,PUBL. ASTRON. SOC. PACIFIC 93,560. 945 WASILEWSKI,A.J. 1983,ASTROPHYS. J. 272,68. 946 WEBBER,J.C. AND WILLIS,A.G. 1972,ASTRON. J. 77,625. 947 WEBSTER,A.S. AND RYLE,M. 1976,MONTHLY NOTICES ROY. ASTRON. SOC. 175,95. 948 WEEDMAN,D.W. 1970,ASTROPHYS. J. 159,405. 949 WEEDMAN,D.W. 1971,ASTROPHYS. LETTERS 9,49. 950 WEEDMAN,D.W. 1972,ASTROPHYS. J. 171,5. 951 WEEDMAN,D.W. 1973,ASTROPHYS. J. 183,29. 952 WEEDMAN,D.W. 1977,ANN. REV. ASTRON. ASTROPHYS. 15,69. 953 WEEDMAN,D.W. 1985,ASTROPHYS. J. SUPPL. SER. 57,523. 954 WEEDMAN,D.W. AND KHACHIKIAN,E.E. 1969,ASTROPHYSICS 5,51. 955 WEEDMAN,D.W. AND KHACHIKIAN,E.E. 1969,ASTROPHYSICS 5,113. 956 WEEDMAN,D.W.,GREEN,R.F. AND HECKMAN,T.M. 1982,ASTROPHYS. J. 255,L5. 957 WEGNER,G. 1979,ASTROPHYS. SPACE SCI. 60,15. 958 WEHINGER,P.A. AND WYCKOFF,S. 1977,MONTHLY NOTICES ROY. ASTRON. SOC. 181,211. 959 WEILER,K.W. AND JOHNSTON,K.J. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 190,269. 960 WEISTROP,D. 1973,ASTRON. ASTROPHYS. 23,215. 961 WEISTROP,D.,SHAFFER,D.B.,HINTZEN,P. AND ROMANISHIN,W. 1985,ASTROPHYS. J. 292,614. 962 WEST,R.M. 1976,ASTRON. ASTROPHYS. 46,327. 963 WEST,R.M.,BORCHKHADZE,T.M.,BREYSACHER,J.,LAUTSEN,S. AND SCHUSTER,H.E. 1978, ASTRON. ASTROPHYS. SUPPL. 31,55. 964 WEST,R.M.,DANKS,A.C. AND ALCAINO,G. 1978,ASTRON. ASTROPHYS. 62,L13. 965 WEST,R.M.,DANKS,A.C. AND ALCAINO,G. 1978,ASTRON. ASTROPHYS. 65,151. 966 WEST,R.M.,GROSBOL,P. AND STERKEN,C. 1980,'THE PECULIAR SEYFERT GALAXY ESO 012-G21'.ESO PREPRINT N101. 967 WEST,R.M.,SURDEJ,J.,SCHUSTER,H.E.,MULLER,A.B.,LAUTSEN,S. AND BORCHKHADZE, T.M. 1981,ASTRON. ASTROPHYS. SUPPL. 46,57. 968 WESTERLUND,B.E. AND SMITH,L. 1966,AUSTRALIAN J.PHYS. 19,181. 969 WESTERLUND,B. AND WALL,J. 1969,ASTRON. J. 74,335. 970 WEYMANN,R.J.,LATHAM,D.,ANGEL,J.P.R.,GREEN,R.F.,LIEBERT,J.W.,TURNSHEK,D.A., TURNSHEK,D.E. AND TYSON,J.A. 1980,NATURE 285,641. 971 WHITE,G.L.,MURDOCH,H.S. AND HUNSTEAD.R.W. 1980,MONTHLY NOTICES ROY. ASTRON. SOC. 192,545. 972 WHITE,R.A.,SARAZIN,C.L.,QUINTANA,H. AND JAFFE,W.J. 1981, ASTROPHYS. J. 245,L1. 973 WHITEOAK,J.B. 1970,ASTROPHYS. LETTERS 5,29. 974 WILKES,B.J. 1984,MONTHLY NOTICES ROY. ASTRON. SOC. 207,73. 975 WILKES,B.J. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 218,331. 976 WILKES,B.J.,WRIGHT,A.E.,JAUNCEY,D.L. AND PETERSON,B.A. 1983,PROC. ASTRON. SOC. AUSTRALIA 5,2. 977 WILLIS,A.G. AND MILEY,G.K. 1979,ASTRON. ASTROPHYS. SUPPL. 37,397. 978 WILLIS,A.G. AND DE RUITER,H.R. 1977,ASTRON. ASTROPHYS. SUPPL. 29,103. 979 WILLS,B.J. 1974,NATURE 251,691. 980 WILLS,B.J. 1975,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 38,1. 981 WILLS,B.J. 1976,ASTRON. J. 81,1031. 982 WILLS,B.J. AND BROWNE,I.W.A. 1986,ASTROPHYS. J. 302,56. 983 WILLS,B.J. AND WILLS,D. 1974,ASTROPHYS. J. 190,L97. 984 WILLS,B.J. AND WILLS,D. 1979,ASTROPHYS. J. SUPPL. SER. 41,689. 985 WILLS,B.J.,NETZER,H.,UOMOTO,A.K. AND WILLS,D. 1980,ASTROPHYS. J. 237,319. 986 WILLS,B.J.,NETZER,H. AND WILLS,D. 1985,ASTROPHYS. J. 288,94. 987 WILLS,B.J.,WILLS,D. AND DOUGLAS,J.N. 1973,ASTRON. J. 78,521. 988 WILLS,D. 1966,OBSERVATORY 86,245. 989 WILLS,D. 1967,MONTHLY NOTICES ROY. ASTRON. SOC. 135,339. 990 WILLS,D. 1968,ASTROPHYS. LETTERS 2,247. 991 WILLS,D. AND BOLTON,J. 1969,AUSTRALIAN J. PHYS. 22,775. 992 WILLS,D. AND LYNDS,R. 1972,ASTROPHYS. LETTERS 11,189. 993 WILLS,D. AND LYNDS,R. 1978,ASTROPHYS. J. SUPPL. SER. 36,317. 994 WILLS,D. AND WILLS,B.J. 1974,ASTROPHYS. J. 190,271. 995 WILLS,D. AND WILLS,B.J. 1976,ASTROPHYS. J. SUPPL. SER. 31,143. 996 WILLS,D. AND WILLS,B.J. 1982,ASTRON. J. 87,252. 997 WILLS,D. AND WILLS,B.J. 1981,NATURE 289,384. 998 WILLS,D. AND WILLS,B.J. 1985,PRIVATE COMMUNICATION. 999 WILSON,A.S. AND WILLIS,A.G. 1980,ASTROPHYS. J. 240,429. 1000 WILSON,A.S.,PENSTON,M.V.,FOSBURY,R.A.E. AND BOKSENBERG,A. 1976,MONTHLY NOTICES ROY. ASTRON. SOC 177,673. 1001 WILSON,A.S.,WARD,M.J.,AXON,D.J.,ELVIS,M. AND MEURS,E.J.A. 1979,MONTHLY NOTICES ROY. ASTRON. SOC. 187,109. 1002 WILSON,A.S.,WOOD,K.,WARD,M.J.,GRIFFITHS,R.E. AND MUSHOTZSKY,R.F. 1981, ASTRON. J. 86,1289. 1003 WINDHORST,R.A.,HEERDE,VAN,G.M. AND KATGERT,P. 1984,ASTRON. ASTROPHYS. SUPPL. 58,1. 1004 WINDRAM,M. AND KENDERDINE,S. 1969,MONTHLY NOTICES ROY. ASTRON. SOC. 146,265. 1005 WING,R.F. 1973,ASTRON. J. 78,684. 1006 WISNIEWSKI,W.Z.,SITKO,M.L. AND SITKO,A.K. 1986,MONTHLY NOTICES ROY. ASTRON. SOC. 219,299. 1007 WITZEL,A.,VERON,P. AND VERON,M.P. 1971,ASTRON. ASTROPHYS. 11,171. 1008 WLERICK,G.,LELIEVRE,G. AND VERON,P. 1971,ASTRON. ASTROPHYS. 11,142. 1009 WOLFE,A.M.,TURNSHEK,D.A.,SMITH,H.E. AND COHEN,R.D. 1986,ASTROPHYS. J. SUPPL. SER. 61,249. 1010 WOLSTENCROFT,R.D.,KU,W.H.M.,ARP,H.C. AND SCARROT,S.M. 1983, MONTHLY NOTICES ROY. ASTRON. SOC. 205,67. 1011 WORRALL,D.M.,RODRIGUEZ-ESPINOZA,J.M.,WISNIEWSKI,W.Z.,MILLER,H.R.,BRUHWEI- LER,F.C.,ALLER,M.F. AND ALLER,H.D. 1986,ASTROPHYS. J. 303,589. 1012 WRIGHT,A.E. 1974,MONTHLY NOTICES ROY. ASTRON. SOC. 167,251. 1013 WRIGHT,A.E. 1974,MONTHLY NOTICES ROY. ASTRON. SOC. 167,273. 1014 WRIGHT,A.E.,ABLES,J.G. AND ALLEN,D.A. 1983,MONTHLY NOTICES ROY. ASTRON. SOC. 205,793. 1015 WRIGHT,A.E.,JAUNCEY,D.L.,PETERSON,B.A. AND CONDON,J.J. 1977,ASTROPHYS. J. 211,L115. 1016 WRIGHT,A.E.,JAUNCEY,D.L.,BOLTON,J.G. AND SAVAGE,A. 1982,AUSTRALIAN J. PHYS. 35,177. 1017 WRIGHT,A.E.,PETERSON,B.A.,JAUNCEY,D.L. AND CONDON,J.J. 1979,ASTROPHYS. J. 229,73. 1018 WRIGHT,A.E.,SAVAGE,A. AND BOLTON,J.G. 1977,AUSTRALIAN J. PHYS. ASTROPHYS. SUPPL. 41,1. 1019 WYNDHAM,J. 1965,ASTRON. J. 70,384. 1020 WYNDHAM,J. 1966,ASTROPHYS. J. 144,459. 1021 YAOQUAN,C. AND BUTCHER,H. 1984,KEXUE TONGBAO 29,498. 1022 YOUNG,P.,SARGENT,W.L.W. AND BOKSENBERG,A. 1982,ASTROPHYS. J. SUPPL. SER. 48,455. 1023 ZOTOV,N. 1985,ASTROPHYS. J. 295,94. 1024 ZOTOV,N. AND TAPIA,S. 1979,ASTROPHYS. J. 229,L5. 1025 ZWICKY,F. 1966,ASTROPHYS. J. 143,192. 1026 ZWICKY,F.,OKE,J.B.,NEUGEBAUER,G. AND SARGENT,W.L.W. 1970,PUBL. ASTRON. SOC. PACIFIC 82,93.
