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\begin{document}
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{
\begin{planotable}{llllllllllllllll}
\tablenum{1(a)}
\tablewidth{9.0in}
\tablecaption{\usam~QUASARS}
\tablehead{
\colhead{Object} & 
\colhead{Name} &
\colhead{2E Name}&
\colhead{Host Galaxy}&
\colhead{RA (B1950)}&
\colhead{Dec (B1950)}&
\colhead{RA (J2000)}&
\colhead{Dec (J2000)}&
\colhead{Redshift}&
\colhead{V Mag} &
\colhead{$N_H$\tablenotemark{a}}&
\colhead{Ref\tablenotemark{b}}&
\colhead{Class\tablenotemark{c}}
}
\startdata
Q0003+158&PHL 658     & 2E 12 &         & 00 03 25.1 & +15 53 07.4 & 00 05 59.2 & +16 09 49.4 & 0.450 & 15.60 &3.94 &1  & RL\nl % 9 11
Q0003+199&PG 0003+199 &       & Mkn 335 & 00 03 45.0 & +19 55 30.0 & 00 06 19.3 & +20 12 11.9 & 0.025 & 13.75 &3.98 & 4 & Sy1\nl % 7 9 11
Q0007+106& PG0007+106& 2E 29& III Zw 2A&00 07 56.7&   +10 41 47.8&00 10 31.0& +10 58 29.2&0.089&15.16&6.09& 1&FSC\nl 
Q0026+129& PG0026+129& 2E 93& PGC 1790 &00 26 38.1 &  +12 59 29.6&00 29 13.8&+13 16 04.4& 0.142&15.32&4.93& 1& RQ \nl 
Q0049+171& PG0049+171& 2E 200&Mkn 1148 &00 49 16.5 &  +17 09 41.0&00 51 54.8&+17 25 58.9& 0.064&15.88&4.26&1 &Sy1 \nl 
Q0050+124&PG 0050+124 & 2E 209 & I Zw 1 & 00 50 57.8 & +12 25 20.0 & 00 53 34.9 & +12 41 36.3 & 0.061 & 14.07 & 5.07 &1  & RQ\nl % 7 9 10 11
Q0052+251& PG0052+251& 2E 217&PGC 3237 &00 52 11.1 &  +25 09 24.0&00 54 52.2&+25 25 38.9& 0.155&15.42&  4.50&1& RQ \nl 
Q0054+144& PHL 909   & 2E 233&         &00 54 31.9 &  +14 29 58.6&00 57 09.9&+14 46 11.2& 0.171&16.70&  4.20&1&RQ \nl 
Q0121$-$590& 2E 378 &2E 378& Fairall 9   &01 21 51.2 & $-$59 03 58.9&01 23 45.7&$-$58 48 21.1&0.045&13.23& 2.25& 2 &RQ \nl 
Q0134+329& 3C 48 &2E 444&&          	01 34 49.8 & +32 54 20.2&01 37 41.3&+33 09 35.2&   0.367&  16.00& 4.35&1& SSC \nl 
Q0205+024& NAB0205+024 &2E 526&Mkn 586 &02 05 14.5 &  	+02 28 42.7&02 07 49.8&+02 42 56.1&0.155&  15.40& 2.99&1& RQ \nl 
Q0312$-$770& PKS0312$-$770& 2E 746&       & 03 12 55.7 & $-$77 03 01.0&03 11 54.7&$-$76 51 51.4&0.223&  15.90& 7.31&2 & ? (RL)\nl 
Q0414$-$060&3C 110      & 2E 962 &        & 04 14 49.2 & $-$06 01 04.3 & 04 17 16.7 & $-$05 53 45.1 & 0.781 & 16.20 &5.12 &4 & RL\nl % 7 11
Q0637$-$752& PKS0637$-$752&2E 1720&     &   06 37 23.4 & $-$75 13 37.8&06 35 46.5&$-$75 16 17.1&0.651&  15.75&  8.16&2&? (RL) \nl 
Q0804+761&PG 0804+761 & 2E 1919&        & 08 04 35.4 & +76 11 32.0 & 08 10 58.5 & +76 02 41.8 & 0.100 & 14.71 &3.12 &1 & RQ\nl % 5 7 9 11
Q0837$-$120& 3C 206 &2E 2028& &           08 37 27.9 & $-$12 03 54.2&08 39 50.6&$-$12 14 33.9&  0.198&15.76&5.85&1& FR2 \nl 
Q0844+349& PG0844+349 &2E 2048&PGC 24702&08 44 33.9 &  +34 56 09.0&08 47 42.5&+34 45 04.6&   0.064& 14.00&  3.39&1&RQ \nl 
Q0915+165&Mkn 704 AGN & 2E 2116& Mkn 704& 09 15 39.4 & +16 30 59.0 & 09 18 26.0 & +16 18 19.7 & 0.029 & 14.20 &3.15 &1 &Sy1\nl % 5
Q0923+129&Mkn 705 AGN & 2E 2139& Mkn 705& 09 23 20.0 & +12 57 04.0 & 09 26 03.3 & +12 44 03.3 & 0.028 & 14.60 &4.03 &1 &Sy1\nl % 5 7 9 10 11
Q1028+313& B2 1028+313 &2E 2291&&       10 28 09.8 &  +31 18 20.6&10 30 59.1&+31 02 55.5&   0.177&  16.71&1.98&1&FSC \nl 
Q1100+772& 3C 249.1 &2E 2389&&          11 00 27.4 &  +77 15 09.0&11 04 13.8&+76 58 58.6&   0.311&  15.72&  2.93&1&FR2 \nl 
Q1116+215& PG1116+215 &2E 2443&&        11 16 30.1 &  +21 35 43.0&11 19 08.9&+21 19 17.8&   0.177&  15.17&1.44&1& RQ \nl 
Q1137+660& 3C 263 &2E 2503&    &        11 37 09.3 &  +66 04 27.0&11 39 57.0&+65 47 49.4&   0.652&  16.32&   0.82&1 &FR2/SL\nl 
Q1146$-$037& PKS1146$-$037&2E 2537&&        11 46 23.9 & $-$03 47 30.0&11 48 57.4&$-$04 04 10.8&0.341&  16.90&  2.79&1&FR2 \nl 
Q1202+281& GQ Comae&2E 2584&PGC 38224&  12 02 08.9 &  +28 10 53.4&12 04 42.1&+27 54 11.4&   0.165&  15.51&1.72&1 &RQ \nl 
Q1211+143& PG1211+143&2E 2620&PGC 39086&12 11 44.8 &  +14 19 53.0&12 14 17.6&+14 03 12.5&   0.085&  14.63& 2.83&1 &RQ \nl 
Q1219+755& Mkn 205 AGN & 2E 2677 &Mkn 205&   12 19 33.8 &  +75 35 18.0&12 21 44.4&+75 18 40.1&0.070&15.24&   2.74&1 &RQ\nl 
Q1226+023& 3C 273 &2E 2729&PGC 41121&   12 26 33.2 &  +02 19 43.2&12 29 06.7&+02 03 08.4&   0.158&  12.86&   1.80&3 &FSC/SL \nl 
Q1244+026&PG 1244+026 & 2E 2854&        & 12 44 02.1 & +02 38 31.0 & 12 46 35.3 & +02 22 08.3 & 0.048 & 16.15 &1.93 &1 &Sy1\nl % 5 9 11
Q1307+085& PG1307+085&2E 2978&PGC 45656&13 07 16.2 &  +08 35 47.0&13 09 47.0&+08 19 49.3&   0.155&  15.28&2.20& 1 &RQ\nl 
Q1351+695&Mkn 279 AGN & 2E 3147& Mkn 279& 13 51 53.6 & +69 33 13.0 & 13 53 03.5 & +69 18 29.4 & 0.031 & 14.46 &1.64 &1 &Sy1\nl % 5
Q1352+183&PG 1352+183 & 2E 3148&        & 13 52 11.5 & +18 20 58.0 & 13 54 34.8 & +18 06 16.0 & 0.152 & 15.50 &1.84 &1&RQ\nl % 9 11
Q1407+265& PG1407+265& 2E 3196&      &  14 07 07.7 &  +26 32 30.0&14 09 23.8&+26 18 20.8&   0.94 &   15.73&  1.38&1&RQ \nl 
Q1416$-$129& PG1416$-$129&2E 3238&PGC 51142&14 16 21.3 & $-$12 56 58.0&14 19 03.8&$-$13 10 44.8&   0.129&15.40&  7.20&1 &BAL \nl 
Q1426+015& PG1426+015 &2E 3280&Mkn 1383&14 26 33.8 &  +01 30 27.0&14 29 06.6&+01 17 06.2&   0.086&  15.05&  2.64&1&RQ \nl 
Q1501+106& Mkn 841 AGN &2E 3372&Mkn 841 &   15 01 36.4 &  +10 37 57.0&15 04 01.3&+10 26 17.1&   0.036&  15.09& 2.23&1&Sy1 \nl 
Q1545+210& 3C 323.1 &2E 3500&&  	15 45 31.1 &  +21 01 28.0&15 47 43.5&+20 52 17.2&   0.266&  16.05&   4.04&1& FR2\nl 
Q1613+658& PG1613+658 &2E 3624&Mkn 876 &16 13 36.3 &  +65 50 38.0&16 13 57.2&+65 43 10.1&   0.129&  15.37&  2.66&1&RQ \nl 
Q1635+119&MC2 1635+119& 2E 3737&        & 16 35 25.9 & +11 55 46.4 & 16 37 46.5 & +11 49 49.8 & 0.146 & 16.50 &4.29 &1 &RL\nl % 5 7 9  11
Q1704+608& 3C 351 &2E 3828&&            17 04 03.5 &  +60 48 31.1&17 04 41.4&+60 44 30.4&   0.371&  15.28&   2.26&1&FR2\nl 
Q1721+343& 4C 34.47 &2E 3896&&          17 21 32.0 &  +34 20 41.8&17 23 20.8&+34 17 58.4&   0.206&  16.50&  3.06&1&FSC/SL \nl 
Q1803+676&2E 4008 &2E 4008&Kazaryan 102&18 03 37.4 &  +67 37 53.9&18 03 28.9&+67 38 09.5&   0.136&  16.00&   5.00&1&RQ\nl 
Q2128$-$123&PKS 2128$-$123 & 2E 4484&       & 21 28 52.7 & $-$12 20 20.1 & 21 31 35.3 & $-$12 07 04.3 & 0.501 & 15.46 &4.83 & 1 &RL\nl % 7 11
Q2130+099&PG2130+099&2E 4486& II Zw 136&21 30 01.3 &  +09 54 59.0&21 32 27.9&+10 08 17.4&   0.061&  14.62&  4.20&1& RQ \nl %UGC 11763
Q2135$-$147& PHL 1657 &2E 4497&&          21 35 01.2 & $-$14 46 27.3&21 37 45.2&$-$14 32 55.4&0.200&  15.53&4.45&1& FR2 \nl 
Q2209+184&PG 2209+184  & 2E 4579&       & 22 09 30.2 & +18 27 01.0 & 22 11 53.7 & +18 41 51.4 & 0.070 & 15.86 & 4.82& 1 &Sy1\nl % 7 9 11
Q2251$-$178&MR 2251$-$178 & 2E 4645 &       & 22 51 25.9 & $-$17 50 54.2 & 22 54 05.8 & $-$17 34 54.6 & 0.068 & 14.36 & 2.84 & 1 &RQ\nl % 9 10 11
\tablenotetext{a}{Galactic column in units of 10$^{20}$ \mbox{cm$^{-2}$}}
\tablenotetext{b}{Reference for $N_H$ value}
\tablerefs{(1) Elvis, Lockman
and Wilkes (1989); (2) Heiles and Cleary (1989); 
(3) Dickey, Salpeter and Terzian (1978); (4) Stark et al (1984,1992).}
\tablenotetext{c}{The classes of object based on optical luminosity
and radio spectrum and morphology are: RQ (Radio-quiet); Sy1 (Low
luminosity radio-quiet, or Seyfert 1); BAL (Radio-quiet
with broad absorption lines); RL (Radio-loud); SL (Radio-loud
superluminal); FSC (Flat spectrum compact radio-loud);
SSC (Steep spectrum compact radio-loud); and
FR2 (Radio-loud Faranoff-Riley class 2 steep spectrum doubles).}
\end{planotable}
}
{
\begin{planotable}{llllllllllllllll}
\tablenum{1(b)}
\tablewidth{9.0in}
\tablecaption{\uother~QUASARS\tablenotemark{a}}
\tablehead{
\colhead{Object} & 
\colhead{Name} &
\colhead{2E Name}&
\colhead{Host Galaxy}&
\colhead{RA (B1950)}&
\colhead{Dec (B1950)}&
\colhead{RA (J2000)}&
\colhead{Dec (J2000)}&
\colhead{Redshift}&
\colhead{V Mag} &
\colhead{$N_H$\tablenotemark{a}}&
\colhead{Ref\tablenotemark{b}}&
\colhead{Class\tablenotemark{c}}
}
\startdata
Q0112$-$017&PKS 0112$-$017& 2E 335 &        & 01 12 43.9 & $-$01 42 54.8 & 01 15 17.1 & $-$01 27 04.3 & 1.365 & 17.41 & 5.37& 1 & RL\nl % 9 11
% NO UV
Q0133+207 &3C 47       & 2E 437 &        & 01 33 20.4 & +20 42 10.6 & 01 36 24.4 & +20 57 27.8 & 0.425 & 17.30 &5.41 &4 & RL\nl % 7 9 11
% OVV?
Q0219+428&3C 66A      & 2E 558 &        & 02 19 30.0 & +42 48 30.4 & 02 22 39.6 & +43 02 08.5 & 0.444 & 15.50 &7.48 &4 & BL\nl %  9 10 
% BL LAC
Q0323+022&H           &        &        & 03 23 38.0 & +02 14 47.2 & 03 26 13.9 & +02 25 14.8 & 0.147 & 16.50 &8.68 &1 & BL\nl % 9
Q0424$-$131&PKS 0424$-$131& 2E 1048&        & 04 24 47.8 & $-$13 09 33.4 & 04 27 07.3 & $-$13 02 53.5 & 2.165 & 17.50 &3.95 &4 &RL\nl % 9
Q0923+392&4C 39.25 &    2E 2141&        & 09 23 55.3 & +39 15 23.5 & 09 27 03.0 & +39 02 20.7 & 0.699 & 17.86 &1.69 &1 &FSC/SL\nl % 9 11
% NO X
Q1012+008&PG 1012+008 &        &        & 10 12 20.8 & +00 48 33.0 & 10 14 54.9 & +00 33 36.8 & 0.185 & 16.00 &3.22 &1 &RQ\nl % 5 7 9 11
% NO X
Q1121+422&PG 1121+422 &        &        & 11 21 52.1 & +42 16 54.0 & 11 24 35.5 & +42 00 24.9 & 0.234 & 16.02 &2.33 &1 &RQ\nl % 7 9 11
% VARIABLE
Q1217+023&PKS 1217+023& 2E 2661&        & 12 17 38.4 & +02 20 20.9 & 12 20 11.9 & +02 03 42.1 & 0.240 & 16.53 &1.97 &1  &RL\nl % 5 7 9 11
% VARIABLE
Q1253$-$055&3C 279      & 2E 2900&        & 12 53 35.9 & $-$05 31 08.4 & 12 56 11.2 & $-$05 47 22.1 & 0.538 & 17.75 &2.22 &1 &FSC/SL\nl % 9 11
Q1346$-$036&Q1346$-$036   &        &        & 13 46 08.3 & $-$03 38 30.5 & 13 48 44.0 & $-$03 53 24.6 & 2.344 & 17.27 &2.49 &4 &RQ\nl % 9 not det
% NO X
Q1351+640&PG 1351+640 &        &        & 13 51 46.3 & +64 00 28.4 & 13 53 15.8 & +63 45 44.8 & 0.088 & 14.84 &2.29 &4 &RQ\nl % 11 not det
% NO UV
Q1435$-$067&PG 1435$-$067 & 2E 3305&        & 14 35 37.5 & $-$06 45 22.0 & 14 38 16.4 & $-$06 58 18.3 & 0.129 & 15.54 &5.08 &4 &RQ\nl % 7 11
Q1517+239&LB 9612     &        &        & 15 17 08.2 & +23 56 52.6 & 15 19 19.5 & +23 46 02.6 & 1.898 & 16.40 &3.91 &4 &RQ\nl % 9 not det
% NO X
Q2112+059&PG 2112+059&         &        & 21 12 23.6 & +05 55 12.0 & 21 14 52.7 & +06 07 41.6 & 0.466 & 15.52 &6.49 & 4 &RQ\nl % 7,9 not det
Q2120+168&3C 432 &1E 2120+168  &        & 21 20 25.5 & +16 51 46.4 & 21 22 46.3 & +17 04 38.6 & 1.805 & 17.96 &7.39 & 4 &RL\nl % 7 no 2E number
Q2126$-$158&PKS 2126$-$158 & 2E 4479&       & 21 26 26.7 & $-$15 51 51.5 & 21 29 12.1 & $-$15 38 42.1 & 3.260 & 17.30 & 4.85& 1 &RL\nl % 9 11
% NO X
Q2214+139&Mkn 304 AGN  & 2E 4585&Mkn 304& 22 14 45.8 & +13 59 20.0 & 22 17 12.2 & +14 14 20.8 & 0.067 & 14.66 & 5.23 & 1 &RQ\nl % 7 9
% NO UV
Q2233+134&PG 2233+134  & 2E 4626 &      & 22 33 39.8 & +13 28 21.0 & 22 36 07.7 & +13 43 54.9 & 0.325 & 16.04 & 4.89 & 4 &BAL\nl % 7 9
% NO X
Q2251+113&4C 11.72     &       &        & 22 51 40.6 & +11 20 39.6 & 22 54 10.4 & +11 36 39.2 & 0.323 & 15.77 & 5.53 & 1 &RL\nl % 7 9 not det
Q2254+024&PKS 2254+024& 2E 4661 &       & 22 54 44.6 & +02 27 13.8 & 22 57 17.6 & +02 43 17.3 & 2.090 & 18.00 & 5.88 & 1 &RL\nl % 7 9
% NO X
Q2304+042&PG 2304+042 &         &       & 23 04 30.1 & +04 16 41.0 & 23 07 02.7 & +04 32 55.3 & 0.042 & 15.44 & 5.52 & 1 &Sy1\nl % 5 7 11
\tablenotetext{a}{Other quasars for which new observational data are tabulated.
These were in our original program but were later excluded
from our study for excessive variability or inadequate x-ray data.
See notes to Table 1(a).}
\end{planotable}
\end{document}

\colhead{$\log L_V$}&
\colhead{$\log L_{Bol}$}&
\colhead{$R_L$}&
