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\newcommand{\rosat}{\mbox{\em ROSAT\/}}
\newcommand{\euve}{\mbox{\em EUVE\/}}
\pagestyle{empty}
% From here on, the file contains tabular data as an author might
% prepare it.
%dvips -t landscape tab1 to create .ps
\begin{deluxetable}{lrlrcccllcccl}
\tablecolumns{13}
\tiny
\tablenum{2}
\tablecaption{RAP SCANNER DATA}
\tablewidth{0pt}
\tablehead{
\colhead{Name}
  &\colhead{R.A.}
  &\colhead{Dec.}
  &\colhead{$T-{\rm exp}$}
  &\colhead{Lex\tablenotemark{a}}
  &\colhead{Al/Ti/C\tablenotemark{b}}
  &\colhead{Q}
  &\colhead{ID Name 1}
  &\colhead{ID Name 2}
  &\colhead{Type\tablenotemark{c}}
  &\colhead{Mag}
  &\colhead{Ang. Sep.\tablenotemark{d}}
  &\colhead{Comments\tablenotemark{e}}
  \nl
\colhead{}
  &\colhead{(hh mm ss)}
  &\colhead{(dd mm ss)}
  &\colhead{(ks)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{(\arcsec)}
   \nl
  \colhead{(1)}
  &\colhead{(2)}
  &\colhead{(3)}
  &\colhead{(4)}
  &\colhead{(5)}
  &\colhead{(6)}
  &\colhead{(7)}
  &\colhead{(8)}
  &\colhead{(9)}
  &\colhead{(10)}
  &\colhead{(11)}
  &\colhead{(12)}
  &\colhead{(13)}
}

\startdata

EUVE J0005$-$500& 00 05 48.6 & $-$50 05 39.1 & 116 & 13$\pm$4 & $<$8 & 2 & JL~156 & & blu & \nodata& 67 &  \nl
& &  &  &  & &  & 2EUVE J0005$-$50.0 & DC 0003$-$50:[D80] 066 &Sy & 14 & 91 & 2EU, D80 \nl

EUVE J0006$+$201& 00 06 34.6 & $+$20 10 23.2 & 21 & $<$11 & \nodata &1 & [SPB96] 26& & UV &  10.9&114 & SPB96\nl
  
EUVE J0006$+$290& 00 06 36.5 & $+$29 00 20.9 & 102 & 23$\pm$6 & $<$10 &1& HD~166 & BD+28 4704   &  K0V & 6.13 &67 & L97, 1RXS, 1WGA \nl
 
EUVE J0008$+$208& 00 08 55.9 & $+$20 48 45.4 & 36 & 29$\pm$9 & 5$\pm$3 &1& G 131$-$26 & LTT 10045 &  M4.5 & 13.54 &105 & 1RXS, 1WGA \nl

EUVE J0016$+$198&00 16 14.1 & $+$19 51 36.4 & 52 & 15$\pm$6 & $<$11&1 & G 32$-$7 & LTT 10088  & M4.5 &13.22&50 & 1RXS  \nl
            &    & & & & &  & G 32$-$6 &LTT 10087 & M4 &12.26&51 & \nl
  
EUVE J0019$+$064& 00 19 43.0 & $+$06 24 24.1 & 36 & 5$\pm$2 & \nodata & 1 &  WD 0017$+$061 & PHL~790   &DA &15.9&51 &   \nl
  
EUVE J0103$+$623& 01 03 23.7 & $+$62 22 09.5 & 26 & 22$\pm$5 & \nodata & 1 &  1RXS J010318.0+622146 &   & X & \nodata & 46 &  1RXS  \nl
& & & & & & & V388 Cas & G 243$-$55 & M5 & 13.66 & 82 &  \nl 
  
EUVE J0122$-$567&01 22 15.5 & $-$56 46 34.0 & 61 & 12$\pm$9 & $<$16 &1& HD 8435& CPD$-$57 296 & G6/G8III & 8.8 &165 & 1RXS, RSCVn \nl
  
EUVE J0123$+$178& 01 23 51.6 & $+$17 52 27.5 & 21 & $<$5 & \nodata & H & NOID &   & \nodata &  & \nodata &  \nl
  
EUVE J0136$+$414& 01 36 47.4 & $+$41 25 10.2 & 44 & $<$10 & $<$10 &1& HD~9826& BD$+$40 332 & F8 & 4.1  &12&  1RXS \nl
  
EUVE J0154$+$208& 01 54 35.8 & $+$20 48 40.0 & 32 & 6$\pm$3 & 6$\pm$3 & 2 & HD~11636 & TD1 1090  & A5V & 2.64 & 31 & \nl

EUVE J0202$+$105& 02 02 29.7 & $+$10 35 00.2 & 109 & 16$\pm$4 & 10$\pm$3 &1& 1RXS~J020228.9$+$103455&  & X & &13 &  1RXS  \nl
  
EUVE J0208$-$100& 02 08 42.7 & $-$10 05 30.1 & 35 & 3$\pm$2 & \nodata & 1 & HD 13191& BD$-$10~438 &G5&9.9& 5 & 1RXS,  1WGA \nl
& & & & & &   & 1E~0206.2$-$1019  &&X & 8.9 & 23 &  \nl
  
EUVE J0213$+$368& 02 13 26.3 & $+$36 49 36.8 & 28 & 12$\pm$4 & $<$5 & 1  & 1RXS~J021320.6$+$364837 &   &  X & &91 &  1RXS  \nl
  
EUVE J0215$-$095& 02 15 49.9 & $-$09 30 47.2 & 28 & 13$\pm$4 & \nodata & 1 & 1RXS J021559.9$-$092913& &X &\nodata & 175&  FB, 1RXS \nl
  
EUVE J0241$-$006& 02 41 15.6 & $-$00 41 26.2 & 74 & 15$\pm$6 & $<$10 & 1& NGC 1068: [R97] 16 &  &X & & 32& \nl
& & & & & &  & 84 Cet & HD16765& F7IV & 5.71 &39 & 2EU, 1ES, 1RXS, 1WGA \nl
  
EUVE J0248$+$311& 02 48 44.2 & $+$31 06 52.6 & 117 & 177$\pm$9 & 18$\pm$5&1 & VY~Ari & HD~17433  &  K0 & 6.76 &21 & 2EU, 2RE, 1RXS, 1WGA, L97\nl
  
EUVE J0249$+$312& 02 49 43.9 & $+$31 13 39.4 & 73 & 72$\pm$9 & $<$10 &H & NOID & &\nodata &  & \nodata & \nl
  
EUVE J0250$+$312& 02 50 58.2 & $+$31 14 43.1 & 73 & \nodata & 9$\pm$4 &H& NOID & &\nodata & & \nodata & \nl
  
EUVE J0251$+$312& 02 51 02.0 & $+$31 14 29.0 & 24 & 19$\pm$5 & \nodata & H &NOID  &  & \nodata &  & \nodata & \nl
  
EUVE J0251$+$312& 02 51 07.4 & $+$31 15 16.6 & 72 & 57$\pm$6 & \nodata &H& NOID&&\nodata & & \nodata & \nl
  
EUVE J0309$+$496& 03 09 05.6 & $+$49 37 17.0 & 22 & $<$5 & 4$\pm$2 & 1 & Cl~Melotte~20~44 & HD~19373  & G0V & 4.05 &  83 & 2E   \nl
  
EUVE J0311$-$229& 03 11 20.7 & $-$22 54 46.8 & 28 & 6$\pm$3 & \nodata & H &NOID  &   &\nodata    &    &\nodata   &  \nl
  
EUVE J0328$+$041& 03 28 11.8 & $+$04 08 48.5 & 23 & $<$5 & \nodata & 1 & HD 21497 & AG$+$03~397  &  F8 & 8.7 &  26 &FB, 1RXS \nl
  
EUVE J0336$+$005& 03 36 47.7 & $+$00 34 56.3 & 64 & 580$\pm$26 & 72$\pm$12 &1&  V711~Tau & 1RXS J033647.2+003518  & G5 & 6.2 &28 & 2EU, 2RE, 1RXS, 1WGA \nl
  
EUVE J0337$+$259& 03 37 10.3 & $+$25 59 28.3 & 73 & 137$\pm$9  & 19$\pm$4 &1& V837~Tau& 2RE J033711+255926& G2V & 13.0 &13 &2EU, 2RE, 1RXS \nl
  
EUVE J0348$-$009& 03 48 36.6 & $-$00 59 32.3 & 64 & 405$\pm$38 & 312$\pm$31 &1& WD 0346$-$01 & GD 50& DAw & 13.98 &211 & OA, 2EU, 1RXS, L97 \nl
  
EUVE J0357$+$286& 03 57 08.1 & $+$28 37 45.8 & 79 & 51$\pm$6 & \nodata &1&  RE J035706$+$283806 & V1092 Tau &K2V & 13.0 &28 & 2EU, 1RXS, 2RE, L97 \nl
  
EUVE J0411$+$236& 04 11 54.4 & $+$23 38 24.4 & 63 &  8$\pm$5 & $<$6&1 & HD 284163& BD$+$23~635 & K0&9.35 &23 &2EU, 1RXS, 1WGA  \nl
  
EUVE J0418$+$232&04 18 09.7 & $+$23 16 26.8 & 63 & $<$5 & 5$\pm$3 &1&  HD 284303 & BD+22 669 & K0 & &38 & 2EU, 1RXS, 1WGA \nl
  
EUVE J0419$+$156&04 19 46.5 & $+$15 37 28.2 & 25 & 10$\pm$5 & $<$5 &1&  Cl Melotte 25 28 &HD~27371&K0III & 3.65 &30 & 2EU, 1RXS, 1WGA\nl
  
EUVE J0422$+$150&04 22 44.9 & $+$15 03 37.8 & 25 & 5$\pm$3&  $<$5 &1& Cl Melotte 25 40 &HD~27691& G0 & 6.99 &23 & 1RXS, 1WGA\nl
  
EUVE J0423$+$149&04 23 53.6 & $+$14 55 42.2 & 25 & 6$\pm$3 & $<$8 &1&  1RXS J042350.4+145514& & X & \nodata &54 & 1RXS, 1WGA\nl
& & & & & & & Cl Melotte 25 288 & & M2.5 & 13.32 &91 & 2E\nl
  
EUVE J0424$+$147&04 24 14.8 & $+$14 45 18.7 & 25 & 13$\pm$4 & 5$\pm$3 &1& Cl Melotte 25 50 &HD~27836& G1V & 7.62 &41 & 2E, 1ES, 1RXS, 1WGA\nl
 
EUVE J0426$+$155&04 26 08.5 & $+$15 33 47.5 & 24 & 12$\pm$6 & $<$6 &1& Cl Melotte 25 59 &HD~28034& G0 & 7.49 &146 & 2EU, 1RXS, 1WGA, 2E \nl
  
EUVE J0438$+$231&04 38 49.8 & $+$23 08 26.2 & 71 & 5$\pm$3 & $<$5 &1& Cl Melotte 25 105 &HD~29419&F5 & 7.53 &39 &  2EU, 1RXS \nl
  
EUVE J0441$+$209&04 41 19.8 & $+$20 54 02.5 & 71 & 91$\pm$9 & 23$\pm$7 &1& V834~Tau& HD 29697 & K3V & 7.98 &15 & 2EU, 2RE, 1RXS, L97 \nl
  
EUVE J0446$+$090&04 46 49.0 & $+$09 00 21.6 & 111 & 7$\pm$5 & $<$10 &1& Cl Melotte 25 113 &HD~30311& F5 & 7.26  &70& 1RXS \nl
  
EUVE J0449$+$069&04 49 50.5 & $+$06 58 07.0 & 116 & 56$\pm$7  & 30$\pm$6 &1& HD 30652 & TD1 3592 & F6V & 3.19 &37 & 2EU, 1ES, 2RE, 1RXS, L97  \nl
  
EUVE J0449$+$057&04 49 34.5 & $+$05 42 00.0 & 111 & 8$\pm$5  & 157$\pm$15 &H& NOID &  & \nodata&&\nodata & OA\nl
 
EUVE J0457$-$063&04 57 19.3 & $-$06 22 12.7 & 96 & $<$5 & \nodata &1& 1RXS J045717.3$-$062138& & X& \nodata &46&  1RXS\nl
  
EUVE J0459$-$030&04 59 13.6 & $-$03 04 16.0 & 102 & 3$\pm$2 & \nodata &H& NOID& &\nodata& &\nodata& \nl
  
EUVE J0500$-$057&05 00 49.9 & $-$05 45 47.2 & 96 & 6$\pm$4 & $<$10 &2& HD~32147&BD$-$05 1123&K3V& 6.2&99 & \nl 

EUVE J0501$-$064&05 01 55.6 & $-$06 26 43.1 & 95 & $<$5 & \nodata &2& HD 32307 &BD$-$06 1064   & A2 & 8.9 &44&  FB \nl
  
EUVE J0504$-$039&05 04 46.8 & $-$03 54 55.8 & 101 & 13$\pm$5 &\nodata &1& HD 32704 &BD$-$04 1032 &  G8V & 9.0 &161& 1RXS, 1WGA, L97 \nl
 
EUVE J0531$-$068&05 31 35.4 & $-$06 52 41.2 & 48 & \nodata & 149$\pm$12 &2 & Parenago 742 &  & star & 12.7 & 64 & \nl
 
EUVE J0538$-$066&05 38 34.2 & $-$06 38 59.6 & 48 & 13$\pm$6 & \nodata &1&2E 0536.0$-$0642 & &X &\nodata & 95 & 2E, 1RXS, 1WGA \nl
  
EUVE J0607$+$472& 06 07 36.4 & $+$47 12 11.5 & 37 & 3$\pm$2 & \nodata & 1 & 1RXS~J060732.5$+$471154&   &  X&\nodata  & 67 & 1RXS \nl
  
EUVE J0611$+$482& 06 11 44.4 & $+$48 13 47.3 & 32 & $<$4 & \nodata & 1 & 1RXS~J061145.4$+$481323 & & X& \nodata    & 26& FB, 1RXS \nl
  
EUVE J0618$-$199& 06 18 26.7 & $-$19 59 40.2 & 20 & \nodata & 9$\pm$5 & H & NOID &   &\nodata   &  &  \nodata & FB \nl

EUVE J0631$-$231&06 31 33.5 & $-$23 11 10.7 & 19 & 15$\pm$5 & 23$\pm$4  &1 & 2E 0629.3$-$2308 & &X & \nodata &106& 1WGA\nl
  
EUVE J0632$-$232&06 32 20.8 & $-$23 14 46.0 & 20 & 121$\pm$9 & 24$\pm$5 &1&1WGA J0632.2$-$2316&   & X& \nodata  & 173 & 1WGA \nl
  
EUVE J0632$-$065&06 32 44.8 & $-$06 32 42.0 & 83 & 6$\pm$4 & \nodata &1& HD 46361& BD$-$06~1599 & G0&9.5 & 138 & 1RXS \nl
  
EUVE J0633$-$231&06 33 04.5 & $-$23 11 15.7 & 19 & 16$\pm$4 & 42$\pm$7 &1&2E 0630.9$-$2307 &  & X & \nodata  &115 & 1WGA \nl
  
EUVE J0639$-$265& 06 39 03.2 & $-$26 35 26.2 & 21 & 5$\pm$3 & \nodata & 1 &HD~47787 &SAO~172095 &K1V  &8.9 & 131 &  1RXS \nl

EUVE J0640$-$035&06 40 25.8 & $-$03 32 29.8 & 76 & 24$\pm$6 & 10$\pm$6 &1& HD 295290 & BD$-$03 1538 &G0&9.1&62& L97, 2RE, 1RXS, 1WGA \nl
  
EUVE J0642$-$041&06 42 51.0 & $-$04 08 38.0 & 76 & 6$\pm$3 & $<$10 &2& HD 48332 & TD1 7893 &F5 & 6.65 &53& \nl
  
EUVE J0644$-$310& 06 44 32.0 & $-$31 03 18.0 & 21 & 17$\pm$4& 19$\pm$7 & 2 & HD~48917 B& TD1 8028 &F&10.6 &59 & PH  \nl
  
EUVE J0644$-$312& 06 44 54.6 & $-$31 13 43.7 & 38 &6$\pm$3& 21$\pm$4 & H & NOID &  & \nodata & & \nodata &  \nl

EUVE J0650$-$005&06 50 56.3 & $-$00 32 44.5 & 16 & 5$\pm$3 & \nodata &2&  PMN J0650$-$0031 & &RadioS&\nodata &77 &  FB\nl
 & & & & & & & HD 49933 &TD1 8284& F2V &5.77 &102& 2RE, 1RXS, 1WGA \nl 
  
EUVE J0652$-$051&06 52 10.3 & $-$05 10 00.5 & 76 & 12$\pm$4 & 10$\pm$5 &1&  1RXS J065218.0$-$051018 &2E 0649.8$-$0506 & X&\nodata &116 & FB, 1RXS  \nl
& & & & & &  & HD 50281 & &   K3V&6.57&145 &  \nl

EUVE J0654$-$021&06 54 16.6 & $-$02 09 13.0 & 72 &231$\pm$15 & 100$\pm$13 &1& WD 0651$-$020 &1RXS J065414.2$-$020940 & DAw&14.82&45& 2EU, 2RE, 1RXS, 1WGA, L97 \nl
  
EUVE J0718$-$114&07 18 31.4 & $-$11 27 29.2 & 53 & $<$5 & \nodata & 1 & EUVE~J0718$-$11.4 & & MV:e & \nodata & 13 & 2EU, 1RXS, 1RAP  \nl
  
EUVE J0725$-$004&07 25 15.6 & $-$00 26 13.2 & 44 & 35$\pm$6 & 16$\pm$8 &1&2E 0722.7$-$0020&  & X&\nodata  & 26 & L97 \nl
&&&&&&& AG$-$00 1021& 2RE J072513$-$002551 &K5&8.9&48& 2RE, 1RXS, J95 \nl

EUVE J0726$-$022&07 26 00.8 & $-$02 14 19.7 & 44 & $<$6 & \nodata &1& HD 58556& BD$-$01 1707& G0 & 7.1 &63&1RXS  \nl

EUVE J0738$+$239& 07 38 29.8 & $+$23 59 55.7 & 37 & 4$\pm$2 & $<$3 & 1 &  1RXS~J073829.3$+$240014 &  &X & \nodata  &5 &  1RXS   \nl
  
EUVE J0832$+$057&08 32 00.1 & $+$05 45 18.4 & 40 & 7$\pm$4 & \nodata &1&1RXS J083147.3$+$054504 &  &X& \nodata   & 192& 1RXS \nl
 
EUVE J0835$+$051&08 35 24.2 & $+$05 08 12.1 & 39 & 16$\pm$3 & 6$\pm$3 &2 &AG$+$05 1257  & BD$+$05 2004p & F0 & 9.1  & 221&   FB\nl
  
EUVE J0841$+$033& 08 41 22.4 & $+$03 20 55.3 & 4 & 100$\pm$11 & \nodata & 1 & RE~J084103$+$032059 &WD 0838+035 &DA  &15.0  &  91& 2EU, 2RE, 1RXS, L97  \nl
  
EUVE J0843$+$033& 08 43 28.3 & $+$03 22 13.4 & 4 & 10$\pm$4 & \nodata & H &  NOID &   &\nodata   &   &\nodata  &  \nl

EUVE J0914$+$022&09 14 06.0 & $+$02 16 44.4 & 5 & 46$\pm$13 & 13$\pm$11 &2 & AG$+$02 1243 &BD+02 2164& F2 & 8.3 &145&  OA \nl
  
EUVE J0933$+$154&09 33 54.6 & $+$15 28 55.2 & 102 & $<$7 & $<$5 &1& AG$+$15 1077 & BD+16 1992 &G0&8.9& 50&1RXS  \nl
  
EUVE J0939$+$146& 09 39 28.7 & $+$14 37 49.4 & 98 & $<$6 & \nodata &H&  NOID & & \nodata&  & \nodata & \nl

EUVE J0956+412& 09 56 53.3& +41 14 55.5& 49& 9$\pm$5& \nodata& 1& PG 0953+415& 1SO 0953+415& QSO& 15.3& 28 & 1RXS, 1WGA  \nl

EUVE J0957+410& 09 57 44.3& +41 02 33.1& 49& $<$5& \nodata& 1&  HD 86146& TD1 14415& F6Vs& 5.1& 58& 1RXS, 1WGA  \nl
 
EUVE J1014$+$168&10 14 45.1 & $+$16 48 54.4 & 15 & 48$\pm$10 & 15$\pm$4 &2& HD 88776   & BD$+$17 2189 & F & 10.1 & 42   & FB    \nl

EUVE J1024+262&10 24 00.8 & $+$26 16 55.2 & 23 & 41$\pm$9 & \nodata &1&  HD 90052& 2RE 1024+262&DA+G5&9.6 &50 & 2EU, 2RE, B97 \nl
 
EUVE J1056+604&10 56 12.2 & $+$60 25 43.0 & 74 & 18$\pm$8 & \nodata &1& 1RXS J105624.6+601556 & &X& \nodata&192&   1RXS \nl
 
EUVE J1056+602&10 56 46.7 & $+$60 14 16.4 & 74 & $<$8 & \nodata &H&NOID&&\nodata& &\nodata & \nl
  
EUVE J1058+602&10 58 51.9 & $+$60 13 38.3 & 74 & 10$\pm$6 & \nodata &1& StKM 1$-$897 &&  K6 & 12.39 &99& \nl
  
EUVE J1102+226& 11 02 04.3 & +22 36 27.7 & 20 & 3$\pm$2 & \nodata & 1 & HD~95559 & BD+23 2297&  G5  &8.7 & 49 & 2RE, 1RXS, 1WGA   \nl
  
EUVE J1103+366&11 03 13.0 & $+$36 38 35.2 & 134 & $<$5 & \nodata &1& LP 263$-$64& & M3.5 & 13.67 &47& 1RXS, 1WGA\nl

EUVE J1103+359&11 03 21.2 & $+$35 58 14.2 & 134 & 7$\pm$5 & $<$6 &1& 1RXS~J110320.5+355900 & & X &\nodata  &  47&  1RXS, 1WGA \nl
  
EUVE J1104+381&11 04 27.7 &$+$38 11 42.0 & 134 & 154$\pm$10 & 17$\pm$5 &1& Mrk~421 & QSO 1101+384 & BLL & 13.5 & 14 & 2EU, 2RE, 2E, 1RXS, 1WGA, L97 \nl
  
EUVE J1105+588&	11 05 37.4 & $+$58 51 02.9 & 75 & 11$\pm$7 & \nodata &1&1RXS J110537.4$+$585128 & & X& &25 & 1RXS \nl

EUVE J1112+358&11 12 34.4 & $+$35 49 01.9 & 134 & 6$\pm$4 & $<$10  & 1& HD~97334 &TD1 15449 & G0V& 6.41&15&  2EU, 2E, 1RXS  \nl
  
EUVE J1118+314&	11 18 12.9 & $+$31 29 51.0 & 53 & 20$\pm$4 & 10$\pm$3 &1& HD 98230  & $\xi$ UMa B & F8.5V& 4.87& 144& FB, 2EU, 2RE, 1RXS\nl
  
EUVE J1118+404&11 18 38.9 & $+$40 25 42.2 & 63 & $<$10 & \nodata &1&PG~1115+407& FIRST J111830.2+402553&QSO & 16.0  &  96 &OA, 1RXS, 1WGA  \nl
  
EUVE J1122+392&11 22 17.9 & $+$39 12 14.8 & 63 & $<$10 & \nodata &1& AG+39 1182 &BD+39 2437 & K5 & 9.8 &22&1RXS, 1WGA \nl
  
EUVE J1129+381&11 29 12.0 & $+$38 08 28.0 & 99 & 15$\pm$5 & 8$\pm$5 &1& GD 310& PG 1126+384  & DA & 14.89 &156& 2RE \nl

EUVE J1141+342& 11 41 04.7& +34 12 02.5& 68& 13$\pm$4 & 11$\pm$4& 1& HD 101501& TD1 15797& G8V& 5.1& 30 &2EU, 1RXS, 1WGA  \nl

EUVE J1147$+$050 & 11 47 34.8&  $+$05 01 40.4 &10 & 24$\pm$7 & $<$6& 1 & RE J114735+050109 &   & MV:e & 12.1 & 50 & RE, 1RXS \nl
 
EUVE J1148$-$374& 11 48 25.1 & $-$37 29 09.6 & 29 & 7$\pm$3 & \nodata & 1 & CCDM~J11484$-$3729A/B  & CD$-$36 7429  & M0  & 9.8& 23 &1RXS, 1WGA, J98  \nl

EUVE J1149+287&11 49 59.3 & $+$28 43 51.6 & 94 & 125$\pm$9 & $<$6 &1& RE J1149+284 &EU UMa& CV & 17.0 &90& 2EU, 2RE, 1RXS \nl
  
EUVE J1203+445& 12 03 08.3 & +44 31 54.5 & 28 & 48$\pm$12 &\nodata & 1 & NGC~4051 & 1H 1205+44  & Sy1 & 11.5 & 83 & OA, 2EU, 2E, 1ES, 1RXS, 1WGA \nl
  
EUVE J1225$-$159&12 25 34.1 & $-$15 59 27.2 & 111 & $<$5 & \nodata &1& LHS 2557 & LP 795$-$15 & M & 11.84&20& I mag, E93 \nl
  
EUVE J1227+069& 12 27 33.9 & +06 59 21.8 & 31 & $<$6 & \nodata & 1 & 1WGA J1227.5+0701 &  & X&  \nodata   & 108 & 1WGA  \nl
  
EUVE J1229+020&	12 29 08.7 & $+$02 03 09.4 & 93 & 13$\pm$4 & $<$6 &1& 3C 273A & 3U 1224$+$02 &QSO  & 12.86  & 30& 2EU, 2E, 1ES, 1RXS, 1WGA\nl
  
EUVE J1229$-$134& 12 29 57.5 & $-$13 27 09.0 & 111 & 8$\pm$4 & \nodata &2 &CCDM J12301$-$1324D & &\nodata  &12.1 & 169 & OA, B mag   \nl
  
EUVE J1251+275& 12 51 46.3 & +27 30 36.0 & 30 & 8$\pm$3 & 6$\pm$3 & 1 & HD 111812 & 31 Com &  G0IIIp&4.94& 26 & 2EU, 2RE, 2E, 1RXS, 1WGA  \nl
  
EUVE J1251+225&12 51 46.2 & $+$22 31 11.6 & 79 & 13$\pm$5 & $<$10&1& BD$+$23 2508& StKM 1$-$1038  & M0 & 10.50 &89&1RXS \nl
  
EUVE J1253+227&	12 53 39.9 & $+$22 44 24.0 & 125 & $<$6 & $<$6 &2& NGP9 F378$-$0421813 &&Gal&19.7 &102 & NED \nl
  
EUVE J1254+221&	12 54 37.4 & $+$22 08 08.9 & 125 & $<$4 & \nodata &1& HD 112196& TD1 16544  & F8V & 6.97 &105&1RXS  \nl
  
EUVE J1254+224&	12 54 05.6 & $+$22 25 17.4 & 125 &  $<$8  & 7$\pm$5 &H&NOID&&\nodata& &\nodata & \nl

EUVE J1255+258& 12 55 36.6 & +25 53 21.8 & 30 & 9$\pm$4 & \nodata & 1 & LoTr~5 & HD 112313& PN &8.7 &156 & 2EU, 2RE, 1WGA, L97  \nl

EUVE J1255$-$678&12 55 43.9 & $-$67 49 01.9 & 82 & 16$\pm$5 & \nodata &H&NOID&&\nodata& & \nodata& \nl

EUVE J1256+220&12 56 53.8 & $+$22 00 29.3 & 79 & 4229$\pm$45 & 3261$\pm$37 &1& GD 153 & WD 1254+223 &DAw&13.40&144& 2EU, 2RE, 1ES, 2E, L97 \nl
  
EUVE J1257+351& 12 57 48.3 & +35 11 31.6 & 21 & 8$\pm$4 & $<$5 & 1 &BF CVn & GJ 490A &  M0.5 & 10.5 & 154&FB, 2EU, 2RE, 2E, 1ES, 1RXS, 1WGA \nl
&  &  &  &  & &   & BD+36~2322B & GJ 490B &  M4 & 13.16 & 152 & \nl

EUVE J1308$-$687&13 08 40.5 & $-$68 46 37.6 & 82 & $<$6  & \nodata &H &NOID &&\nodata&&\nodata& \nl
  
EUVE J1315$-$679&13 15 12.1 & $-$67 56 26.9 & 80 & $<$8 & \nodata &H &NOID & &\nodata & &\nodata & \nl
  
EUVE J1334$-$083& 13 34 44.0 & $-$08 20 25.4 & 88 & 27$\pm$6 & $<$8 &1 & HD 118100& EQ Vir &K5Ve&9.31&2& 2RE, 1RXS, 1WGA, 2E, 1ES \nl
  
EUVE J1339$-$055& 13 39 10.8 & $-$05 30 19.1 & 55 & 94$\pm$9 & $<$10 &H&NOID&&\nodata& &\nodata & \nl
  
EUVE J1350$-$414&13 50 55.5 & $-$41 26 34.1 & 92 & 130$\pm$13 & \nodata &2& PPM 318915 &CD$-$40 8199&\nodata & 10.9 &55& \nl
  
EUVE J1438$-$432&14 38 45.5 & $-$43 14 24.6 & 131 & 8$\pm$3 & 5$\pm$3 &1& WT 486/487 &   & M2.5/3&13.5&26& 1RXS, WT91, C98  \nl
  
EUVE J1441$-$373&14 41 06.0 & $-$37 22 18.5 & 50 & $<$6 & \nodata &H &   NOID &  & \nodata   &   & \nodata &  \nl
  
EUVE J1529+804& 15 29 12.4 & +80 25 41.5 & 35 & 6$\pm$3 & 5$\pm$3 & 1 &  HD 139777 & TD1 18446 & G0IV-V+&6.58 &24 & 2EU, 2RE, 1RXS, L97 \nl
  
EUVE J1545$-$465& 15 45 30.4 & $-$46 35 31.9 & 14 & 38$\pm$9 & \nodata & 2 & HD 327428 & CD$-$46 10332 &K0 & 9.8& 132 &   \nl
  
EUVE J1547$-$450& 15 47 56.9 & $-$45 01 08.0 & 14 & 4$\pm$3 & \nodata & H & NOID & &\nodata  & & \nodata&\nl
  
EUVE J1549+260&15 49 41.8 & $+$26 04 58.1 & 76 & 10$\pm$4 & $<$6 &1& HD 141714 & $\delta$ CrB&  G3.5III & 4.63 &94& 1RXS, 2E, 1ES\nl
  
EUVE J1558+255&15 58 44.6 & $+$25 34 18.5 & 76 & $<$5 & \nodata &1&  HD 143313 &MS Ser  &  K2V & 8.33 &7&  2EU, 1RXS, 1ES, 2E \nl

EUVE J1600$-$165& 16 00 31.8& $-$16 35 26.5& 54& $<$4& \nodata& H& NOID &  & \nodata &  & \nodata &  \nl
  
EUVE J1603+052& 16 03 16.3 & +05 17 55.3 & 25 & $<$6& \nodata & H& NOID & &\nodata & & \nodata  &  \nl
  
EUVE J1621+081&16 21 13.2 & $+$08 09 16.9 & 40 & 20$\pm$4 & $<$8 &H&NOID&&\nodata& &\nodata & FB \nl
  
EUVE J1629+780& 16 29 16.2 & $+$78 03 34.9 & 35 &1354$\pm$33 & 17$\pm$6 & 1 & RE~J1629$+$780&WD 1631+78   & DA& 13.0 & 68& 2EU, 2RE, 1RXS, 1WGA, 1ES, L97   \nl 
  
EUVE J1649$-$439& 16 49 20.3 & $-$43 55 50.5 & 32 & $<$4 & \nodata & 1 & 1RXS~J164913.6$-$435527 &   & X&\nodata & 76 & 1RXS \nl
  
EUVE J1651$-$443& 16 51 27.6 & $-$44 21 33.1 & 32 & 3$\pm$2 & \nodata & 1 & 1RXS~J165124.4$-$442243 &   &  X & \nodata & 78 & 1RXS \nl

EUVE J1705$-$018 & 17 05 13.3& $-$01 50 33.9& 5& 9$\pm$4& \nodata& 1& 2E 1702.6$-$0142& 1RXS J170507.9$-$0147081l& X& \nodata& 212 & 2E, 1RXS  \nl 

EUVE J1715$-$266& 17 15 21.8& $-$26 36 23.4& 5& 15$\pm$6& \nodata& 1& HD 155886& 2EUVE 1715$-$26.5& K0V& 5.2& 76&2EU, 1RXS  \nl  

EUVE J1716$-$265& 17 16 16.2& $-$26 32 48.5& 5& 6$\pm$4 & \nodata& 1& HD 156026& 2EUVE 1716$-$26.5& K5V& 6.3& 60 &2EU, 1RXS   \nl
 
EUVE J1808+297& 18 08 08.2 & +29 46 32.2 & 102& 55$\pm$10 & \nodata & 1 & RX~J1808.2+2941 &    & X& \nodata & 80 & OA    \nl
  
EUVE J1809+300& 18 09 08.3 & +30 01 54.8 & 102 & 21$\pm$8 & \nodata & 1 & HD 166435 & TD1 21816  &G0&6.8& 216 & OA, 2EU, 2RE, 1RXS \nl

EUVE J1818$-$371 & 18 18 40.4 & $-$37 10 39.8 & 31 & 13$\pm$4 & \nodata  & 2 & HD 167820 &  & G8III& 7.6& 168&FB \nl
 
EUVE J1823$-$342&18 23 47.2 & $-$34 14 24.7 & 89 & 13$\pm$6 & $<$6 & 1&  V2539 Sgr &   &V* &14.7& 132 & B mag  \nl

EUVE J1833$-$005& 18 33 12.5 & $-$00 32 47.0 & 26 & $<$4& \nodata & 1 & 1RXS~J183317.1$-$003406& &  X & \nodata & 104 & FB, 1RXS  \nl
  
EUVE J1834$-$006& 18 34 39.6 & $-$00 41 10.7 & 26 & 5$\pm$3 & \nodata & 2 &  IRAS~18320$-$0044 &  &  \nodata & \nodata & 46& FB   \nl

EUVE J1847+019&18 47 40.8 & $+$01 57 06.8 & 60 & 634$\pm$22 & 234$\pm$16 &1& WD 1845+019 &2RE J184739+015731& DA & 12.96 &76& 2EU, 2RE, 1RXS, L97 \nl

EUVE J1848$-$223& 18 48 05.6& $-$22 20 46.3& 10& 32$\pm$9& \nodata& 1& RE J184757$-$221929 & WD 1844$-$223 & DA & 14.0 & 138 &OA, 2EU, 2RE, 1RXS \nl

EUVE J1849$-$238& 18 49 47.9& $-$23 50 47.0& 12& 35$\pm$8&  14$\pm$6& 1& V1216 Sgr& 2EUVE J1849$-$23.8& M3.5& 10.95& 47&2EU, 1RXS  \nl
  
EUVE J1855+084& 18 55 38.9 & +08 28 36.5 & 15 & 13$\pm$6 & \nodata & 2 & AG+08~2416 & BD+08 3905 & F8 & 10.2& 59 & \nl
  
EUVE J1858$-$299& 18 58 11.4 & $-$29 56 08.2 & 23 & 4$\pm$3 & \nodata & 1 &  1RXS~J185803.4$-$295318 & & X & \nodata & 20 & 1RXS   \nl
  
EUVE J1911$-$286& 19 11 01.9 & $-$28 40 00.8 & 21 & 4$\pm$3 & \nodata & 2 &CPD$-$28~6801 & CD$-$28 15466 & G5 & 9.1& 219 & FB \nl

EUVE J1926$-$566& 19 26 6.8& $-$56 36 54.3& 8& 592$\pm$26& \nodata& 1& 2RE J192559$-$563327 & &G5V& 10.6& 179 &OA, 2EU, 2RE, 1RXS \nl
  
EUVE J1953+444&19 53 55.8 & $+$44 24 36.0 & 32 & 6$\pm$3 & 6$\pm$4 &1& G 208$-$45 & GJ 1245B &M5.5V&13.99&47& 1RXS \nl
& & & & & & & G 208$-$44&GJ 1245A&M5.5Ve&13.41&54& \nl
  
EUVE J1954$-$239&19 54 10.8 & $-$23 54 44.6 & 18 & 17$\pm$4 & 10$\pm$4 &1& HD 188088 & GJ 770 &K3/K4V&6.18&130& 1RXS\nl
  
EUVE J1957+298& 19 57 24.8 & +29 50 48.8 & 22 & $<$6 &\nodata & 2 &  HD 333118 &   &  A7 & 10.0&  48 & FB, 1RXS, B mag \nl
  
EUVE J2005+544& 20 05 04.4 & +54 25 53.8 & 17 & 6$\pm$2 & $<$13& 1 & G~230$-$26 & GJ 781 & M0&11.97& 23 &  1RXS  \nl
  
EUVE J2005+226&20 05 44.3 & $+$22 40 32.9 & 98 & 466$\pm$21 & 8$\pm$4 & 1& QQ Vul &H2005+22& CV&14.86&57& 2EU, 2RE, 2E, 1RXS, 1WGA, L97  \nl
  
EUVE J2013+467& 20 13 34.3 & +46 46 04.8 & 20 & 6$\pm$3 & \nodata & 1& HD 192577~J &  & K&\nodata & 12 & \nl
 & & & & & & 1& HD 192577 &V695 Cyg & K2II+&3.79& 103 & \nl
  
EUVE J2028$-$114& 20 28 45.6 & $-$11 29 22.9 & 32 & 4$\pm$3 & \nodata  & 1 & 1RXS~J202843.5$-$112828 & & X & \nodata& 63 & 1RXS  \nl
  
EUVE J2029+096& 20 29 49.7 & +09 41 03.8 & 33 & 3$\pm$2 & \nodata & 1 & EUVE J2029+09.7& HU Del  & M4.5 &13.04& 71 & 2EU, 2RE, 2E \nl
& &  & &  & &   & CCDM~J20298+0941A &   & M0 &13.0& 25 & 1RXS \nl
  
EUVE J2053+298& 20 53 55.6 & $+$29 52 37.2 & 92 & 77$\pm$16 & \nodata & H& NOID&  &\nodata&   & \nodata& OA  \nl
  
EUVE J2057+310&20 57 16.7 & $+$31 02 40.2 & 93 & 262$\pm$18 & 94$\pm$20 & 1&[SPB96] 2075  &   &UV& 14.2 &79& SPB96\nl
  
EUVE J2059+400& 20 59 43.6 & +40 05 36.6 & 28 & 9$\pm$3 & \nodata & 1 &  V1396~Cyg & GJ 815A &  M1.5 & 10.1&39 & 2EU, 2RE  \nl
  
EUVE J2100$-$426& 21 00 06.6 & $-$42 38 26.9 & 23 & $<$5 & \nodata & 1 &1RXS J210005.5$-$423844 &  & X&\nodata& 22 & 1RXS, 1WGA \nl
&  &  &  & &  &  & Hen~3$-$1924 & CD$-$43 14304 & K3&\nodata& 154 &  \nl
  
EUVE J2102+278&21 02 13.5 & $+$27 52 11.6 & 92 & 64$\pm$12 & \nodata & H&NOID & &\nodata &   &\nodata & \nl
  
EUVE J2112+500&21 12 40.5 & $+$50 05 51.4 & 35 & 996$\pm$35 & 529$\pm$26 &1& GD~394 &WD 2111+49 &  DAw & 13.09 & 39&2EU, 2RE, 1RXS, 1WGA, L97 \nl

EUVE J2117+342&21 17 09.6 & $+$34 12 01.8 & 84 & \nodata & 126$\pm$18&1& RX J2117.1+3412 & WD 2117+341 &WD& 13.2&45 & 1RXS \nl
  
EUVE J2118+115& 21 18 36.4 & +11 34 01.9 & 34 & 4$\pm$2 & \nodata & 1 & 1RXS J211835.2+113411&   & X& \nodata& 20 & 1RXS \nl
  
EUVE J2121+104& 21 21 23.2 & +10 24 12.2 & 34 & 5$\pm$2 & \nodata & 2  &  HD 203345 & BD+09 4786 & F5&6.75& 68 &  \nl

EUVE J2137+016&	21 37 41.9 & $+$01 36 50.0 & 83 & 4$\pm$2 & $<$10 &1& RXJ~ 2137.6$+$013 &   &M & 12.35& 40 & 1RXS, F98 \nl
& &  & &  & & &  2E 2135.1+0123 &   &X &\nodata & 49 & \nl

EUVE J2139$-$273& 21 39 14.1& $-$27 19 11.2& 54& 3$\pm$2 & \nodata& 2& HD 205905& & G4IV-V& 6.7& 79&   \nl 
  
EUVE J2141$-$140&21 41 32.6 & $-$14 02 50.6 & 30 & 5$\pm$4 & $<$8 &1 & HD~206301& TD1 28359 &G2V & 5.18& 40 & FB, 2EU, 1RXS, L97 \nl

EUVE J2149$-$720& 21 49 04.4& $-$72 05 54.9& 64& 32$\pm$14& \nodata& 1& AY Ind &CPD$-$72 2640& M0.5& 9.8& 11&FB, 1RXS  \nl

EUVE J2152$-$620& 21 52 11.8 & $-$62 02 29.0 & 29 & 4$\pm$2 & \nodata & 1 & HD 207575 & TD1 28496 &F6V &7.3& 132 & 1RXS \nl
  
EUVE J2155$-$618& 21 55 11.5 & $-$61 52 39.0 & 29 & $<$5& \nodata & 1 &IDS 21478$-$6221A/B & CPD$-$62 6277A/B   &F0IV &6.7 & 21 & 1RXS  \nl
& & & & & &  & HD 296 & BD$-$05 2 & G0& 9.0 & 22 & \nl
 
EUVE J2156$-$416& 21 56 38.1 & $-$41 41 50.3 & 94 &260$\pm$15 & $<$20 &1& RE J215634$-$414159  & MCT 2153$-$4156  & DA & 15.7 &36&2EU, 2RE, 1RXS, 1WGA, L97 \nl
  
EUVE J2157$-$406&21 57 24.9 & $-$40 36 12.2 & 94 & $<$5 & $<$8 &H &NOID &&\nodata&&\nodata& \nl
  
EUVE J2157$-$400&21 57 53.4 & $-$40 01 57.7 & 94 & $<$6 & 12$\pm$7 & 2&  BPS CS 22881$-$0015 &  & \nodata& \nodata &26 & \nl

EUVE J2158$-$404&21 58 20.1 & $-$40 24 32.0 & 94 & $<$6 & $<$8 &1 &  1RXS J215813.2$-$402401 &  &X  & \nodata  &  85 & 1RXS  \nl

EUVE J2158$-$590& 21 58 29.4& $-$59 01 09.0& 43& 12$\pm$4& \nodata & 1& HD 208496& TD1 28604& F3V& 6.2& 23&1RXS   \nl
  
EUVE J2158$-$302&21 58 50.0 & $-$30 13 48.7 & 86 & 333$\pm$21 &\nodata &1 & PKS 2155$-$304& 1H2156$-$304&BLL &13.09&31&2EU, 2RE, 1ES, 2E, 1RXS, 1WGA, L97 \nl

EUVE J2202$-$412&22 02 29.2 & $-$41 13 21.4 & 94 & $<$5 & \nodata &1&BPS CS 22881$-$0031 && sdB & 15.81 &71& 1WGA \nl
 
EUVE J2203+482&22 03 17.8 & $+$48 16 02.3 & 31 & 11$\pm$7 & $<$8 &1& 2EUVE J2203+48.2 &   &\nodata& \nodata&20 & 2EU  \nl
  
EUVE J2204+472&22 04 43.8 & $+$47 16 21.0 & 32 & 11$\pm$7 & \nodata &1& HK~Lac& HD 209813& K0III &6.91 &187& 2EU, 1ES, 2E, 1RXS \nl
  
EUVE J2210$-$300&22 10 27.6 & $-$30 03 34.9 & 86 & 91$\pm$11 & 39$\pm$9 &1&  RE J221028$-$300519 &WD 2207$-$303& DA & 12.9 &104& 2EU, 2RE, 1RXS \nl

EUVE J2228$-$000& 22 28 50.2& $-$00 01 42.0& 59& 20$\pm$9& \nodata& 1& $\zeta$ Aqr&BD$-$00 4365 & F3III-IV& 3.65& 32 &L97 \nl
  
EUVE J2229+000&22 29 00.3 & $+$00 01 31.4 & 76 & 15$\pm$9 & \nodata & 1& PHL 1928 &&\nodata & 18.5 &89& OA, B mag \nl
  
EUVE J2236+001&22 36 06.2 & $+$00 07 25.0 & 76 & 12$\pm$6 & $<$8 &1& PHL 329& RX J2236.0+0007 &  DA&13.97&35& 2EU, RX, K84 \nl
  
EUVE J2238$-$206&22 38 47.6 & $-$20 37 32.2 & 85 & 111$\pm$13 & 24$\pm$10 &1& HD~214479 & RX J2238.7$-$2037 & M1.5& 9.07&56& 2EU, 1ES, 2E, 1RXS, L97 \nl
  
EUVE J2238+022& 22 38 30.0 & +02 17 02.8 & 24 & $<$5 & \nodata & 2 & HD 214494 & AG+02~2867&  G0 & 8.0 & 78 &   \nl

EUVE J2244$-$322& 22 44 37.6& $-$32 15 41.3& 65& 13$\pm$4& \nodata& 1& PHL 396& WD 2241$-$325& DA& 16.6& 149&2EU, 2RE \nl 
  
EUVE J2249$-$209&22 49 06.0 & $-$20 59 08.9 & 85 & 34$\pm$10 & $<$5 &2& HD 215964 & BD$-$21 6309& G3/G5V & 9.5 &137&  \nl
  
EUVE J2322$-$469&23 22 24.0 & $-$46 54 25.2 & 39 & $<$11 & \nodata &H&NOID & &\nodata & & \nodata& \nl

EUVE J2327+048& 23 27 50.0& +04 50 59.2& 58& 4$\pm$2&  \nodata&  1& VZ Psc& BD+04 5072& K5& 10.3& 47 &1RXS  \nl 
  
EUVE J2334$-$472&23 34 02.3 & $-$47 14 12.8 & 39 & 287$\pm$17 & 687$\pm$25 &1& RE J233401$-$471351 & MCT 2331$-$4731 &DA&13.1&21& 2EU, 2RE  \nl

EUVE J2355+286& 23 55 10.0 & $+$28 38 46.7 & 102 & 129$\pm$11 & $<$10 &1& II~Peg & HD 224085   & K0V & 7.37 &118 & 2RE, 2EU, 1ES, 2E, 1RXS, 1WGA, L97 \nl

\tablenotetext{a} {\euve\ count rate in the Lexan/B band (58$-$174 \AA\  or 0.075$-$0.21 keV).}

\tablenotetext{b}{\euve\ count rate in the Al/Ti/C band (156$-$234 \AA\ or 0.053$-$0.079 keV).} 

\tablenotetext{c} {Spectral types from SIMBAD, NED and the literature where available.}

\tablenotetext{d} {Angular separation between the {\euve} position and the identified source's position.}
\tablenotetext{e} {Comments as discussed in section 4 of the text, and selected references:} 
\tablenotetext{}{C98= Christian et al. 1998; B97= Burleigh et al. 1997, D80= Dressler 1980, E93=Eggen 1993, F98=Fleming 1998, J95=Jefferies et al. 1995,} 
\tablenotetext{}{J98= Jensen et al. 1998, K84 =Kilkenny 1984, SPB96= Smith et al. 1996, WT91=Wroblewski \& Torres 1991}

\enddata
\end{deluxetable}

% TABLE3.TEX -- AASTeX table 3.
%Landscape Table for Scanner C data 
%v5 version to submit 11/20

% From here on, the file contains tabular data as an author might
% prepare it.
%dvips -t landscape tab1 to create .ps

\begin{deluxetable}{lrlccccllcccl}
\tablecolumns{13}
\tiny
\tablenum{3}
\tablecaption{RAP LONG WAVELENGTH SCANNER DATA}
\tablewidth{0pt}
\tablehead{
\colhead{Name}
  &\colhead{R.A.}
  &\colhead{Dec.}
  &\colhead{$T-{\rm exp}$}
  &\colhead{Dag\tablenotemark{a}}
  &\colhead{Tin\tablenotemark{b}}
  &\colhead{Q}
  &\colhead{ID Name 1}
  &\colhead{ID Name 2}
  &\colhead{Type\tablenotemark{c}}
  &\colhead{Mag}
  &\colhead{Ang. Sep.\tablenotemark{d}}
  &\colhead{Comments\tablenotemark{e}}
  \nl
\colhead{}
  &\colhead{(hh mm ss)}
  &\colhead{(dd mm ss)}
  &\colhead{(ks)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{(\arcsec)}
  &\colhead{}
   \nl
  \colhead{(1)}
  &\colhead{(2)}
  &\colhead{(3)}
  &\colhead{(4)}
  &\colhead{(5)}
  &\colhead{(6)}
  &\colhead{(7)}
  &\colhead{(8)}
  &\colhead{(9)}
  &\colhead{(10)}
  &\colhead{(11)}
  &\colhead{(12)}
  &\colhead{(13)}
}

\startdata
EUVE~J0001+276&00 01 26.8& +27 38 32.6&24& \nodata & $<$16 &H &NOID& &\nodata & & \nodata & \nl 

EUVE~J0536$-$060 & 05 36 40.7& $-$06 05 12.8& 28& 370$\pm$16& \nodata &U &  HD 37209 & TD1 4984  & B1V &5.72 & 108 & PH, 1WGA   \nl

EUVE~J1256+220& 12 57 05.8& +22 01 43.0& 79& \nodata& 351$\pm$27& 1 & GD 153 & WD 1254+223 & DAw&13.4& 55& 2EU, 2RE, 1ES, 2E, L97 \nl

EUVE~J1847+019& 18 47 35.8& +01 57 11.9& 53& $<$8&  \nodata&  1& WD 1847+019 & 2RE 1845+015& DA & 12.96  & 18 & 2EU, 2RE, 1RXS, L97  \nl

EUVE J2005+544& 20 05 04.4 & +54 25 53.8 & 17 & 6$\pm$2 & \nodata & 1 & G~230$-$26 & GJ 781 & M0&11.97& 23 &  1RXS  \nl

\tablenotetext{a} {\euve\ count rate in the Ti/Sb/Al (dagwood; 345$-$605 \AA\  or 0.02$-$0.036 keV) band.}

\tablenotetext{b}{\euve\ count rate in the Sn/SiO (Tin; 500$-$740 \AA\ or 0.017$-$0.025 keV) band.} 

\tablenotetext{c} {Spectral type from SIMBAD and the literature where available. }

\tablenotetext{d} {Angular separation between the {\euve} position and the identified source's position. }

\tablenotetext{e} {Comments with the same definitions as Table 2 (see text).}
\enddata
\end{deluxetable}


% TABLE4.TEX -- AASTeX table 4.
%Landscape Table for DS data 
%v6 cleaned up for submission 11/20


% From here on, the file contains tabular data as an author might
% prepare it.
%dvips -t landscape tab1 to create .ps

\begin{deluxetable}{lrlccccllcccl}
\tablecolumns{13}
\tiny
\tablenum{4}
\tablecaption{RAP DEEP SURVEY DATA}
\tablewidth{0pt}
\tablehead{
\colhead{Name}
  &\colhead{R.A.}
  &\colhead{Dec.}
  &\colhead{$T-{\rm exp}$}
  &\colhead{Lex\tablenotemark{a}}
  &\colhead{Al/C\tablenotemark{b}}
  &\colhead{Q}
 &\colhead{ID Name 1}
 &\colhead{ID Name 2} 
 &\colhead{Type\tablenotemark{c}}
 &\colhead{Mag}
 &\colhead{Ang. Sep.\tablenotemark{d}}
 &\colhead{Comments\tablenotemark{e}}
  \nl
\colhead{}
  &\colhead{(hh mm ss)}
  &\colhead{(dd mm ss)}
  &\colhead{(ks)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{}
 &\colhead{}
 &\colhead{}
 &\colhead{}
 &\colhead{}
 &\colhead{(\arcsec)}
 &\colhead{}
   \nl
  \colhead{(1)}
  &\colhead{(2)}
  &\colhead{(3)}
  &\colhead{(4)}
  &\colhead{(5)}
  &\colhead{(6)}
  &\colhead{(7)}
  &\colhead{(8)}
  &\colhead{(9)}
  &\colhead{(10)}
  &\colhead{(11)}
  &\colhead{(12)}
  &\colhead{(13)}
}

\startdata

EUVE~J0008+594 & 00 08 18.1 & +59 27 08.3 & 18 & 14$\pm$8 & \nodata & H & NOID &  & \nodata & & \nodata &   \nl

EUVE J0028$-$631& 00 28 22.1& $-$63 06 52.2&53 & $<$8& \nodata & H&NOID& &\nodata   &  & \nodata &    \nl 

EUVE J0030$-$633& 00 30 58.9& $-$63 21 53.9&53 & 10$\pm$3& \nodata & H& NOID &  &\nodata  & &\nodata &   \nl

EUVE J0031$-$629& 00 31 40.3& $-$62 58 11.1&53 & 13$\pm$5& \nodata& 2&  HD 2885& HR 127& A2V+ & 4.54 & 54 & 1WGA\nl 

EUVE J0032$-$630& 00 32 51.1& $-$63 02 22.6&53 & $<$6 & \nodata&2&  HD 3003 & TD1 292 &A0V &5.08 & 63&  \nl 

EUVE J0033$-$633& 00 33 06.3& $-$63 18 07.6&53 & 4$\pm$2& \nodata & 1&1WGA J0033.0$-$6317  &  &X &  &36 &   \nl

EUVE~J0319+033 & 03 19 28.7 & +03 18 25.2 & 143 & $<$5 & \nodata & 2& AG+03~377 &BD+02 521   &G0 & 8.5 & 40 &   \nl

EUVE~J0320+030 & 03 20 53.0 & +03 03 45.0 & 143 & $<$5 & \nodata &H& NOID& & \nodata & & \nodata &  \nl

EUVE~J0425+159 & 04 25 38.1 & +15 55 46.6 & 92 & \nodata & $<$30 & 1&  Cl~Melotte~25~57 & HD~27991 & F7V & 6.46 & 45 & 2EU, 2E, 1WGA, 1RXS   \nl

EUVE~J0425$-$572 & 04 25 40.9 & $-$57 15 06.5 & 102 & 71$\pm$8 & \nodata & 1 &EUVE J0424.6$-$5714 & RX~J0425.6$-$5714 & CV & 19& 35 & H98  \nl

EUVE~J0426$-$572 & 04 26 02.9 & $-$57 12 40.2 & 102 & 79$\pm$8 & \nodata &1& 1H~0419$-$577& 1ES 0425$-$57.3 & Sy & 15.1& 42 & 2EU, 2RE, 1ES \nl

EUVE~J0428+158 & 04 28 40.6 & +15 52 20.6 & 92 & 10$\pm$4 & \nodata & 1&Cl~Melotte~25~72 &HD 28319  & A7III & 3.4 &19 & 2E, 1WGA    \nl

EUVE~J0428+162 & 04 28 50.8 & +16 17 10.3 & 92 & 8$\pm$4 & \nodata & 1& CL~Melotte~25~190 & HD~285806 & K7V & 10.70 & 7 & 2E, 1WGA, 1RXS   \nl

EUVE~J0429+161 & 04 29 00.3 & +16 09 24.1 & 92 & 7$\pm$4 & \nodata &1& Cl~Melotte~25~75 & HD~28363 & F8 & 6.59 &16 & 2E, 1WGA, 1RXS   \nl

EUVE~J0429+163 & 04 29 00.5 & +16 20 30.5 & 92 & $<$6 & \nodata &1&  Cl~Melotte~25~VA~512 & 2E 0426.1+1614 & M1.5 & 14.28 & 18 & 2E  \nl

EUVE~J0430+156 & 04 30 07.3 & +15 38 9.2 & 92 & 9$\pm$6 & \nodata & 1& Cl~Melotte~25~80 & HD 28485 & F0V & 5.58 & 6 & 2E, 1WGA, 1RXS   \nl

EUVE~J0430+157 & 04 30 35.2 & +15 43 28.6 & 92 & $<$10 & \nodata &1&  Cl~Melotte~25~182 &HD 28545   & K0 & 8.99 & 35 & 2E, 1WGA   \nl

EUVE~J0430+161 & 04 30 46.2 & +16 07 59.5 & 92 & \nodata & 22$\pm$9 & 1& Cl~Melotte~25~85 & HD 28568 & F2 & 6.51 & 56 & 2E, 1RXS  \nl

EUVE~J0436$-$472 & 04 36 23.0 & $-$47 15 27.4 & 66 & $<$8 & \nodata & 1& 2EUVE~J0436$-$47.2\tablenotemark{f} & 1RXS J043617.2$-$471409 & X & \nodata & 93 & 2EU, 1RXS, 1WGA  \nl

EUVE~J0436$-$472 & 04 36 56.7 & $-$47 15 55.8 & 66 & 7$\pm$4 & \nodata&H &  NOID
 &   & \nodata &   & \nodata &   \nl

EUVE~J0437$-$475 & 04 37 13.3 & $-$47 32 45.6 & 66 & $<$10 & \nodata &1&1RXS~J043711.9$-$473142 &  & X & \nodata & 65 &  1RXS, 1WGA \nl

EUVE~J0437$-$472 & 04 37 30.4 & $-$47 12 34.6 & 66 & 35$\pm$9 & \nodata &1&1ES 0435$-$472 & RX J04374$-$4711 & Sy1& 15.3& 72 & 2EU, 1ES, 1RXS  \nl

EUVE~J0438$-$474 & 04 38 47.1 & $-$47 29 13.2 & 66 & $<$8 & \nodata & 1&  1RXS J043847.0$-$472751 &  & X& \nodata  & 82 &  1RXS  \nl
& & & & & & 2& PMN~J0438$-$4728 & & \nodata &  & 57 & \nl

EUVE~J0531$-$036 & 05 31 23.9 & $-$03 41 22.9 & 30 & \nodata & 63$\pm$23 &1& HD 36395 &GJ 205 & M1.5 & 7.92 &149 & 2EU, 1RXS \nl

EUVE~J0532$-$031 & 05 32 05.1 & $-$03 06 29.6 & 10 & \nodata & 64$\pm$29 &1& HBC 97 &2RE~J0532$-$030  & K7e & 11.52 & 59 & 2EU, 2RE, 1RXS, 1WGA \nl 
& & & & & & 1 & 1RXS J053204.3$-$030519 & &X &\nodata & 71 & 1RXS  \nl

EUVE~J0659$-$293 & 06 59 31.7 & $-$29 18 54.7 & 98 & $<$6 & \nodata &1& 1WGA J0659.5$-$2918&  &X & &36 & 1WGA\nl

EUVE~J0659$-$292 & 06 59 55.1 & $-$29 17 40.9 & 98 & 22$\pm$5 & \nodata & H & NOID &   &  \nodata &  & \nodata &   \nl

EUVE~J0700$-$288 & 07 00 04.5 & $-$28 49 20.3 & 64 & $<$6 & \nodata &2&  WT~1539 &   &\nodata   & 12.5 & 162 & WT96  \nl

EUVE~J0729$-$381 & 07 29 29.9 & $-$38 08 13.9 & 62 & 8$\pm$4 & \nodata &  2&HD 59704 & & F7V & 7.8 & 49 & 1RXS  \nl

EUVE~J0750+148 & 07 50 34.2 & +14 50 24.4 & 90 & $<$5 & \nodata & 2& HD 63648& TD1 11121 &  F2  & 7.2 & 35 & 1WGA \nl

EUVE~J0942+700 & 09 42 27.7 & +70 03 05.4 & 198 & $<$13 & \nodata &1& LHS2176/2178 & & M2/3& 10.6/11.2 &85 & 1WGA  \nl

EUVE~J1019+194 & 10 19 41.8 & +19 28 39.4 & 45 & 11$\pm$6 & \nodata &2&  HD 89449&TD1 14746 & F6IV & 4.80 & 27 & EXO, 1WGA   \nl

EUVE~J1034+396 & 10 34 38.1 & +39 38 24.4 & 63 & 35$\pm$8 & \nodata &1&  Z~1031.6+3953 & KUG 1031+398  & Sy1 & 15.6 & 5 & 2EU, 2RE, 1WGA, 1RXS  \nl

EUVE~J1104+382 & 11 04 44.4 & +38 14 54.6 & 57 & 5$\pm$3 & \nodata & 1&HD 95976& BD+39 2418 & F2 & 7.4 & 7 & 1E, EXO, 1WGA  \nl

EUVE~J1105+382 & 11 05 50.3 & +38 13 05.9 & 57 & 5$\pm$3 & \nodata &1&  WD~1103+384 & PG~1103+384& DA & 17.2 &  50 & EXO  \nl

EUVE~J1332+372 & 13 32 36.8 & +37 12 24.8 & 154 & $<$15 & \nodata & 2& NGP9 F270$-$0321988   & & Gal & \nodata& 114 & \nl 

EUVE~J1334+372 & 13 34 16.8 & +37 15 29.9 & 154 & 6$\pm$2 & \nodata &1&  2E~1332.0+3730 &QSO 1332+375  & QSO & 18.2 & 19 & 2E, 1RXS  \nl

EUVE~J1335+371 & 13 35 37.9 & +37 06 44.3 & 154 & $<$6 & \nodata &H&  NOID\tablenotemark{g} & & \nodata && \nodata &   \nl

EUVE~J1348+263 & 13 48 36.3 & +26 22 03.7 & 89 & $<$6 & \nodata & 1& MS 1346.2+2637 &EXO 1346.2+2637 & QSO & 18.5 & 28 &2E, EXO, 1WGA, 1RXS  \nl

EUVE~J1348+265 & 13 48 36.3 & +26 31 03.0 & 89 & $<$6 & \nodata & 1& PGC~94626&2E~1346.2+2646 & Sy2 & 16.5 &18 & 2E, 1WGA  \nl

EUVE~J1348+265 & 13 48 55.4 & +26 35 19.0 & 89 & 18$\pm$6 & \nodata & 1& EXSS~1346.5+2650 & 1WGA J1348.8+2635  & X & \nodata & 23 &  1WGA, 1RXS  \nl

EUVE~J1349+269 & 13 49 07.0 & +26 58 00.8 & 89 & 15$\pm$6 & \nodata &1&  HD~120476& BD+27 2296 & K2& 7.04 & 54 & 1E, EXO, 1RXS  \nl
& & & & & & 1& GJ 528A/B & & K4/6& 7.6/8.3 & 54 & 1WGA \nl

EUVE~J1453+191 & 14 53 23.4 & +19 09 18.7 & 75 & 28$\pm$8 & \nodata &1&  HD 131511&BD+19 2881& K2V & 6.01 & 33 & RX, 1WGA, 1RXS  \nl

EUVE~J2338+462 & 23 38 00.2 & +46 12 10.1 & 10 & 15$\pm$4 & \nodata &1&  HD 222143& BD+45 4288 & G5 & 6.4 & 38 & 2EU, 1RXS, 1WGA  \nl

EUVE~J2348$-$281 & 23 48 56.2 & $-$28 06 37.4 & 62 & 25$\pm$6 & \nodata &1&  HD 223352& TD1 30097 & A0V & 4.57 & 68 &   1RXS \nl

EUVE~J2348$-$276 & 23 48 40.4 & $-$27 39 44.6 & 62 & 11$\pm$5 & \nodata &  1&LHS~4016 & &M2.5  &12.4  & 38& 1WGA, 1RXS \nl

EUVE~J2349$-$278 & 23 49 21.9 & $-$27 51 31.3 & 62 & 13$\pm$5 & \nodata &1&HD~223408&  CPD$-$28~7723 & F6/F7V & 7.1 & 34 & 1WGA \nl

\tablenotetext{a} {\euve\ count rate in the DS Lexan/B band (67$-$178 \AA\  or 0.07$-$0.18 keV).}

\tablenotetext{b}{\euve\ count rate in the DS Al/C band (157$-$364 \AA\ or 0.034 $-$0.079 keV).}  

\tablenotetext{c} { Spectral types from SIMBAD, NED, and the literature where available. }

\tablenotetext{d} {Angular separation between the {\euve} position the identified source's position.}

\tablenotetext{e} {Comments with the same definition as Tables 2 \& 3 (see text); WT96=Wroblewski \& Torres 1996, H98=Halpern et al. 1998. 
}
\tablenotetext{f} {Bowyer et al. 1996 list this source as a "NOID". }
\tablenotetext{g} {NED shows galaxy NGP9 F270$-$038303 168$\arcsec$ away. }

\enddata
\end{deluxetable}


% From here on, the file contains tabular data as an author might
% prepare it.
%dvips -t landscape tab1 to create .ps
\begin{deluxetable}{lrlccccllcccl}
\tablecolumns{13}
\tiny
\tablenum{A1}
\tablecaption{RAP B STAR DATA }
\tablewidth{0pt}
\tablehead{
\colhead{Name}
  &\colhead{R.A.}
  &\colhead{Dec.}
  &\colhead{$T-{\rm exp}$}
  &\colhead{Lex\tablenotemark{a}}
  &\colhead{Al/C\tablenotemark{b}}
  &\colhead{Q}
  &\colhead{ID Name 1}
  &\colhead{ID Name 2}
  &\colhead{Type\tablenotemark{c}}
  &\colhead{Mag}
  &\colhead{Ang. Sep.\tablenotemark{d}}
  &\colhead{Comments\tablenotemark{e}}
  \nl
\colhead{}
  &\colhead{(hh mm ss)}
  &\colhead{(dd mm ss)}
  &\colhead{(ks)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{(counts ks$^{-1}$)}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{}
  &\colhead{(\arcsec)}
   \nl
  \colhead{(1)}
  &\colhead{(2)}
  &\colhead{(3)}
  &\colhead{(4)}
  &\colhead{(5)}
  &\colhead{(6)}
  &\colhead{(7)}
  &\colhead{(8)}
  &\colhead{(9)}
  &\colhead{(10)}
  &\colhead{(11)}
  &\colhead{(12)}
  &\colhead{(13)}
}

\startdata
EUVE J0008$+$290& 00 08 09.8 & $+$29 04 25.0 & 102 & 26$\pm$9 &121$\pm$16 &U& HD 358 &TD1 31&  B8IVmnp & 2.06& 180 & OA \nl
  
EUVE J0032+069& 00 32 21.4 & +06 55 58.8 & 36 & $<$6 & \nodata & U & HD~2913 &   TD1 284  & B9.5 &5.67 &87 & 1RXS\nl
  
EUVE J0057+607& 00 57 07.6 & +60 46 34.3 & 26 & 232$\pm$14 & 672$\pm$24 & U  &$\gamma$ Cas & TD1 521 & B0IVe  &2.3 & 283\tablenotemark{g} & OA \nl
  
EUVE J0239+003& 02 39 19.7 & $+$00 19 06.6 & 74 & \nodata & 466$\pm$23 &U&  HD 16582 &TD1 1564& B2IV & 4.07 &142 & \nl
  
EUVE J0437+009& 04 37 03.4 & +00 59 26.2 & 15 & 7$\pm$3 & \nodata & U & HD~29335 &TD1 3382 & B7V & 5.3 &  156 &  \nl
  
EUVE J0501$-$071&05 01 28.2 & $-$07 09 13.7 & 95 & 8$\pm$3 & \nodata &U& HD 32249 &TD1 3881 & B3V &4.81&78 & FB \nl
  
EUVE J0512$-$162& 05 12 55.7 & $-$16 13 28.6 & 22 & $<$5 & \nodata & U &  HD~33904 & TD1 4224 & B9IV   & 3.31 &70& FB, 2E, 1ES, 1RXS  \nl
  
EUVE J0535$-$059&05 35 06.8 & $-$05 54 15.5 & 48 & 488$\pm$18 & 19$\pm$7 &U& HD 37000& NGC 1977 552 & B5V & 7.45  &102& FB,  1WGA\nl

EUVE J0535$-$054& 05 35 23.2 & $-$05 24 28.4 & 34 & 15$\pm$4 & 34$\pm$6 & U & HD 37042 & BD$-$05 1320 &B1V  & 6.3 &  36& FB, 1RXS, 1WGA \nl
  
EUVE J0535$-$059& 05 35 28.8 & $-$05 54 51.1 & 34 & 44$\pm$6 & 306$\pm$20 &  U & BD$-$06 1241B & ADS 4193 B &B7IV & 7.0& 38 & 1RXS, 1WGA  \nl
  
EUVE J0535$-$059&05 35 57.1 & $-$05 56 34.1 & 48 & 453$\pm$22 & 15$\pm$6 &U& AU~Ori& NGC 1977 927 &?e  &\nodata &52&    FB\nl

EUVE~J0540$-$014 & 05 40 16.5 & $-$01 27 55.4 & 94 & $<$5 & \nodata & U & HD37674 & BD$-$01 1001 & B3Vn & 7.67 & 47 &  DS  \nl

EUVE~J0540$-$019 & 05 40 48.2 & $-$01 56 06.4 & 94 & 535$\pm$18 & \nodata & U& $\zeta$ Ori A& HD 37742 & O9Iab & 1.7 &44 & DS, 1RXS \nl

EUVE~J0540$-$011 & 05 40 53.7 & $-$01 08 34.4 & 94 & 44$\pm$8 & \nodata &  U&HD37756 &TD1 532  & B2IV$-$V & 4.95 & 68 & DS \nl

EUVE~J0540$-$015 & 05 40 58.0 & $-$01 30 31.0 & 94 & $<$5& \nodata & U&HD 37776& TD1 5138 & B2IV & 6.98 & 26 & DS \nl

EUVE J0622$-$179& 06 22 44.8 & $-$17 59 29.8 & 20 & 296$\pm$18.3 & 1250$\pm$32 & U & $\beta$ Cma &HD~44743&B1II/III &1.9 & 133 & 2EU, 2RE, 2E, 1RXS, 1WGA  \nl

EUVE J0628$-$070&06 28 47.3 & $-$07 02 22.6 & 83 & \nodata & 50$\pm$8 &U & ADS 5107 ABC& BD$-$06 1574J & B3 &3.76&25&  FB \nl
  
EUVE J0631$-$234&06 31 53.8 & $-$23 25 09.5 & 20 &122$\pm$10 & 37$\pm$8 &U& HD~46328 & TD1 7390 & B1III&4.33&34& 1RXS, 1WGA, L97 \nl
  
EUVE J0644$-$310& 06 44 22.8 & $-$31 04 48.7 & 38 &  17$\pm$4 &30$\pm$5 &U & HD 48917 & TD1 8028  &B2IIIe & 5.20& 87 & PH  \nl
  
EUVE J0649$-$324& 06 49 49.6 & $-$32 27 02.5 & 21 & 65$\pm$26& 57$\pm$15 & U &HD~50013 & TD1 8307  &B1.5IVne   & 3.9 &209& OA  \nl
  
EUVE J0702$-$042&07 02 51.9 & $-$04 12 51.1 & 70 & 11$\pm$4 & 29$\pm$7 &U& HD 52918 &TD1 8920 &  B1V & 4.99 &100&  \nl
  
EUVE J0714$-$102&07 14 36.7 & $-$10 15 49.0 & 53 & \nodata & 68$\pm$14 &U& YZC 11 2492 &BD$-$10 1935 & B8V&9.4   &96& \nl

EUVE~J1045+455 & 10 45 21.6 & +45 33 43.9 & 15 & 9$\pm$3 & \nodata &  U & HD~93033& TD1 15098 & B8V & 7.06 & 19 &   DS, 1RXS\nl

EUVE J1315$-$679&13 15 12.1 & $-$67 56 26.9 & 82 & $<$10  & \nodata &U & $\eta$ Mus & HD114911&  B8V& 4.80&168& \nl
  
EUVE J1347+492& 13 47 38.4 & +49 15 42.8 & 33 & \nodata & 525$\pm$19 & U & $\eta$ UMa & HD 120315& B3V&1.86& 78 & \nl
  
EUVE J1349$-$424&13 49 47.4 & $-$42 29 23.3 & 92 & 7$\pm$4 & 959$\pm$30 &U& $\mu$ Cen & HD 120324 & B2Vnpe & 2.90 &129& 1WGA \nl
  
EUVE J1358$-$421&13 58 19.6 & $-$42 06 15.1 & 92 & 64$\pm$8 & \nodata &U& HD 121743 & TD1 17166 & B2IV & 3.80 &39& \nl
  
EUVE J1358$-$447&13 58 55.5 & $-$44 46 50.2 & 92 & \nodata & 261$\pm$19 &U& HD~121790 &TD1 17169 &B2IV-V& 3.90&176&   \nl

EUVE J1403$-$603&14 03 51.6 & $-$60 21 51.1 & 25 & 460$\pm$24 & 19770$\pm$126 &U& $\beta$ Cen & HD 122451 & B1III & 0.60 &34& 1RXS, 1WGA\nl

EUVE J1435$-$422&14 35 45.4 & $-$42 14 12.1 & 121 & 374$\pm$19 & 82$\pm$9  &U& $\eta$ Cen& HD 127972&B1.5Vne&2.3 &330\tablenotemark{g} &OA \nl

EUVE J1441$-$378&14 41 59.9 & $-$37 48 46.8 & 50 & 9$\pm$6 & 43$\pm$10 &U&  HD 129116 &TD1 17630& B3V & 4.00 &76& \nl
  
EUVE J2006+235&20 06 56.1 & $+$23 33 10.1 & 98 & \nodata & 28$\pm$14 & U& HD~190993&TD1 26062& B3V & 5.06 &225&  \nl
  
EUVE J2059+475&20 59 46.6 & $+$47 34 57.4 & 28 & 21$\pm$9 & 71$\pm$16&U& HD~200120&TD1 27563 &B1.5Vnne&4.74&224& \nl
  
EUVE J2117+348&21 17 36.7 & $+$34 53 12.1 & 84 & \nodata& 126$\pm$18 & U& HD~202904 & TD1 27925&B2Vne&4.43& 226&OA \nl
  
EUVE J2204$-$268&22 04 42.7 & $-$26 51 41.0 & 86 & \nodata & 66$\pm$13 &U& HD 209522 &TD1 28739& B4IVne & 5.90 &163& OA \nl
  
EUVE J2225+013&22 25 43.0 & $+$01 22 24.6 & 76 & 25$\pm$11 & 89$\pm$14 &U & HD~212571&TD1 29057&B1Ve&4.66&400\tablenotemark{g}&OA \nl


\tablenotetext{a} {\euve\ count rate in the Lexan/B band (see text for Scanner or DS bandpasses).}

\tablenotetext{b}{\euve\ count rate in the Al/C band (see text for Scanner or
DS bandpasses).} 

\tablenotetext{c} {Spectral type where available from SIMBAD and literature.}

\tablenotetext{d} {Angular separation between the {\euve} position and the identified source}

\tablenotetext{e} {Comments with the same definitions as Tables 2$-$4 (see text).}

\tablenotetext{f} {FB = filter bar, OA = off axis, PH = pinhole, DS = Detection from Deep Survey (see text).}

\tablenotetext{g} {Although angular separation is large, it is not unreasonable for an out-of-bandpass detection (see text). }
\enddata
\end{deluxetable}

\end{document}