IX/37ivo://CDS.VizieR/IX/37CDSXMM-Newton Survey Science Centre Consortium2018-01-30T07:18:24Z2003-08-28T15:31:21ZCDS support team

CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France

cds-question@unistra.frx-ray-sourcessurveys1XMM is the first comprehensive catalogue of serendipitous X-ray sources from the European Space Agency's (ESA) XMM-Newton observatory launched in December 1999, and has been constructed by the XMM-Newton Survey Science Centre (SSC) on behalf of ESA. Most (>80%) of the entries have not previously been reported as X-ray sources. The catalogue contains source detections drawn from 585 XMM-Newton EPIC observations made between 2000 March 1 and 2002 May 5; all datasets were publicly available by 2003 January 31 but not all public observations are included in this catalogue. Net exposure times in these observations range from less than 1000 up to about 100000 seconds. The total area of the catalogue fields is about 90deg^2^, but taking account of the substantial overlaps between observations, the net sky area covered independently is about 50deg^2^. The observations sample, albeit sparsely, most of the sky, with the exception of a 'hole' centered in the Cygnus region, caused by spacecraft observing constraints. The catalogue source detection and parametrization technique is optimized for point-like sources, and has been performed across several photon-energy bands (see "EPIC energy bands" below) and using data from each of the three EPIC cameras PN, MOS-1, MOS-2; the prefixes PN_ M1_ M2_ are generally used to designate the columns of the catalogue related to the detections by the corresponding camera. The catalogue in its FITS version has ~ 400 columns; these include source-detection parameters (likelihood, position coordinates, counts, count rate, flux, hardness ratio, background estimates, errors etc), the results of cross-correlation with a large number of archival catalogues (SIMBAD, NED, USNO, GSC, APM, ROSAT etc), quality 'flags' resulting from visual screening, and 'meta-data' relating to the observation. For practical considerations the ascii version of the catalogue is made of 3 tables representing the sources, the observations and processing details, and the results of the cross-correlations; the names used as column names in the ASCII version are also reported within parentheses in the "Byte-by-Byte" descriptions below. Details about the construction of the catalogue can be found from the XMM-Newton Survey Science Centre (http://xmmssc-www.star.le.ac.uk/) EPIC energy bands: Narrow energy bands: 1 = 0.2 - 0.5 keV 2 = 0.5 - 2.0 keV 3 = 2.0 - 4.5 keV 4 = 4.5 - 7.5 keV 5 = 7.5 - 12.0 keV Broad energy bands: 6 = 0.2 - 2.0 keV = soft band, no images made 7 = 2.0 - 12.0 keV = hard band, no images made 8 = 0.2 - 12.0 keV = total band 9 = 0.5 - 4.5 keV = XID bandXMM-SSC, Leicester, UK (2003)https://cdsarc.cds.unistra.fr/viz-bin/cat/IX/37CatalogResearchIsServedByTAP VizieR generic serviceIsPreviousVersionOfIX/39IsServedByConesearch servicerelated-toB/xmm : XMM-Newton Observation Log (XMM-Newton Science Operation Center, 2002)http://xmmssc-www.star.le.ac.uk/ : XMM-Newton Survey Science Centre,http://xmm.vilspa.esa.es/xsa/ : XSA Centre at ESA's XMM-Newton SOChttp://xcatdb.u-strasbg.fr/xcat-db/ : XCAT-DB at SSC institute, Strasbourghttp://ledas-www.star.le.ac.uk/ : LEDAS, at the SSC institute,https://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=IX/37https://vizier.iucaa.in/viz-bin/VizieR-2?-source=IX/37http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=IX/37https://vizier.cds.unistra.fr/viz-bin/votable?-source=IX/37https://vizier.iucaa.in/viz-bin/votable?-source=IX/37http://vizieridia.saao.ac.za/viz-bin/votable?-source=IX/37GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapCone search capability for table IX/37/xmm1src (Sources detected in the EPIC images)https://vizier.cds.unistra.fr/viz-bin/conesearch/IX/37/xmm1src?https://vizier.iucaa.in/viz-bin/conesearch/IX/37/xmm1src?http://vizieridia.saao.ac.za/viz-bin/conesearch/IX/37/xmm1src?GETtext/xml+votable180.050000true310.2688-0.91480.005555555555555556XMM5/292 376 1031 1392 1827 1940 4422 4438 4504 5017 6046 7380 8274 8323 8776 9368 9831 10422 6/86 87 114 115 120 121 204 206 463 474 596 597 639 725 810 845 856 896 924 925 926 1083 1483 1512 1678 1679 1700 1701 2154 2155 2240 2241 2250 2251 2704 3136 3310 3505 3506 3507 3659 3662 3681 3684 3934 4026 4027 4076 4078 4403 4409 4438 4439 4444 4448 4450 4566 4567 4698 4748 4750 4838 4844 4992 4993 5090 5091 5202 5208 5241 5312 5313 5414 5417 5420 5423 5434 5483 5484 5486 5585 5587 5590 5669 5670 5671 5687 5715 5721 5857 5860 5870 5975 5981 6027 6034 6035 6040 6041 6047 6049 6051 6056 6057 6059 6062 6069 6096 6098 6112 6219 6241 6243 6252 6253 6254 6337 6340 7236 7242 7243 7374 7424 7425 7426 7428 7508 7510 7548 7550 7603 7606 7612 7642 7664 7768 7769 7777 7780 7969 8066 8067 8071 8072 8073 8082 8105 8106 8107 8124 8173 8258 8264 8268 8299 8339 8385 8906 8922 8923 8944 8945 9490 9512 9514 10255 10264 10265 10266 10378 10379 10386 10387 10400 10401 10464 10465 10598 10599 10604 10605 10912 10977 10979 10980 10982 11074 11075 11080 11081 11203 11204 11206 11253 11255 11288 11290 11337 11340 11424 11425 11668 11785 11787 11788 11790 11856 11936 11938 12597 12599 12640 12642 12644 12645 13411 13414 13743 13778 13797 13799 13808 13810 14018 14024 16421 16423 16432 16434 16484 16486 16532 16533 16645 16653 16655 16664 16666 16879 16890 17022 17074 17075 17108 17119 17141 17221 17232 17300 17312 17456 17457 17553 17593 17595 17596 17598 17683 17686 17749 17817 17819 18153 18184 18385 18387 18431 18524 18525 18588 18590 18591 18638 18639 18661 18794 18795 18817 18819 18820 18912 18913 19017 19019 19020 19022 19282 19283 19296 19298 19359 19381 19402 19424 19566 19567 19569 19797 19846 19847 19848 19849 19883 19886 19978 20000 20460 21016 21245 21247 21436 21438 21439 22297 22300 22577 22805 22942 22964 22976 22977 23145 23190 23191 23196 23197 23532 23533 23535 23538 23539 23548 23549 23637 23639 23644 23646 24151 24190 24896 24898 24943 24949 24951 24954 25081 25083 25084 25086 25188 25245 25632 25634 25852 25906 25907 25965 26037 26039 26080 26082 26119 26125 26148 26289 26292 26293 26310 26561 26563 26650 26672 26923 26973 26975 27009 27012 27019 27041 27136 27137 27189 27191 27234 27428 27536 27537 27658 27760 27761 27765 27767 27936 27938 27980 27982 28062 28063 28084 28085 28141 28149 28151 28167 28173 28184 28220 28221 28334 28335 28353 28356 28376 28377 28430 28449 28452 28516 28517 28528 28535 28583 28589 28594 28647 28653 28690 28722 28723 28770 28787 28793 28818 28819 28824 28825 28827 28828 28830 28831 28877 28879 29097 29114 29258 29259 29461 29504 29510 29511 29516 29517 29528 30020 30021 30029 30031 30901 30903 30944 30946 31389 31391 31459 31465 31504 31505 31509 31515 31536 31537 31615 31628 31630 31662 31663 32298 32858 32880 32951 32961 32994 33053 33067 33091 33094 33095 33100 33106 33113 33115 33116 33118 33120 33121 33153 33193 33234 33235 33286 33287 33306 33316 33317 33328 33378 33384 33634 33635 33641 33713 33716 33794 33795 33800 33801 33930 34064 34065 34104 34443 34534 34535 34652 34653 34845 34847 34881 34884 34974 34975 34996 34997 35536 35538 35539 35542 35585 35759 35770 35947 35950 36129 36131 36526 36527 36769 36771 36772 36774 36956 36957 36958 37196 37252 37306 37333 37335 37592 37593 37648 37729 37731 37732 37845 37869 37880 37888 37889 37930 37931 38016 38017 38018 38081 38084 38125 38136 38380 38382 38442 38528 38653 38655 38824 38916 38973 39079 39090 39118 39140 39312 39318 39456 39458 39825 39852 39853 39936 39937 40613 40615 40776 40777 40779 40803 40809 40834 40835 41001 41002 41003 41088 41089 41270 41271 41326 41327 41399 41412 41679 41680 41682 41683 41701 41712 41713 41730 41731 41736 41737 41756 41758 42016 42137 42140 42196 42210 42213 42214 42216 42224 42384 42441 42443 42464 42547 42981 42983 42990 43036 43135 43221 43306 43392 43677 43679 43803 43806 43825 43828 43872 43874 43876 43877 43945 43947 43950 44092 44094 44316 44317 44356 44892 44894 45587 45590 45962 45984 46078 46079 46128 46130 46281 46284 46398 46399 46442 46484 46485 46615 46726 46737 46739 46740 46742 46855 46861 47014 47016 47017 47047 47053 47058 47064 47078 47092 47093 47445 47509 47552 47739 47742 47784 47825 47828 48262 48263 48274 48423 48434 48478 48479 48500 48501 48567 48610 48612 48614 48616 48907 48910 48929 48948 48950 48951 48957 49042 49048 49134 49135https://cdsarc.cds.unistra.fr/viz-bin/moc/IX/37?format=asciiX-raydefaultIX/37/xmm1srcSources detected in the EPIC imagesM1_ccd?(M1_CCDNR) CCD number of M1 detection (5)obs.fieldintnullableM1_x?(M1_RAWX) X position of M1 detection (5)pixpos.cartesian.x;instr.detintnullablePN_detL(PN_DET_ML) PN detection likelihood (8)stat.likelihood;instr.saturationdoublerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintIndex[1,56711] (SRCINDEX) Sequential entry indexmeta.idintprimarySource[1,50622] (UNIQUE_SRCNUM) Source indexmeta.idint1XMM(XMMSRCNAME) IAU name for this entry, based on J2000 positionmeta.id;meta.maincharObsID(OBS_ID) Observation identificationmeta.id;obslongDateObs(DATE-OBS) UT date/time of PN exposure startstime.start;obs.exposurenullableDuration(DURATION) Length of observation in secondsstime.expodoubleFlux?(EP_FLUX) Mean total flux (0.2-12keV) (1)mW.m**-2phot.flux;em.X-raydoublenullablee_Flux?(EP_FLUX_ERR) 1{sigma} error on FluxmW.m**-2stat.error;phot.fluxdoublenullableM1_fltr(M1_FILTER) M1 filter (G1)meta.notecharM2_fltr(M2_FILTER) M2 filter (G1)meta.notecharPN_fltr(PN_FILTER) PN filter (G1)meta.notecharM1_Scts?(M1_SCTS) M1 total source counts (4)ctphot.count;em.X-raydoublenullablee_M1_Scts?(M1_SCTS_ERR) 1{sigma} error on M1_Sctsctstat.errordoublenullableM2_Scts?(M2_SCTS) M2 total source counts (4)ctphot.count;em.X-raydoublenullablee_M2_Scts?(M2_SCTS_ERR) 1{sigma} error on M2_Sctsctstat.errordoublenullablePN_Scts?(PN_SCTS) PN total source counts (4)ctphot.count;em.X-raydoublenullablee_PN_Scts?(PN_SCTS_ERR) 1{sigma} error on PN_Sctsctstat.errordoublenullableM1_bg?(M1_BG_MAP) M1 value of background map (2)ct/pixinstr.backgrounddoublenullableM2_bg?(M2_BG_MAP) M2 value of background map (2)ct/pixinstr.backgrounddoublenullablePN_bg?(PN_BG_MAP) PN value of background map (2)ct/pixinstr.backgrounddoublenullableM1_offax?(M1_OFFAXANG) Off-axis angle (3)arcmininstr.offsetfloatnullableM2_offax?(M2_OFFAXANG) Off-axis angle (3)arcmininstr.offsetfloatnullablePN_offax?(PN_OFFAXANG) Off-axis angle (3)arcmininstr.offsetfloatnullableM1_Flux?(M1_FLUX) M1 total band flux (0.2-12keV) (1)mW.m**-2phot.flux;em.X-raydoublenullablee_M1_Flux?(M1_FLUX_ERR) Error on M1_FluxmW.m**-2stat.errordoublenullableM2_Flux?(M2_FLUX) M2 total band flux (0.2-12keV) (1)mW.m**-2phot.flux;em.X-raydoublenullablee_M2_Flux?(M2_FLUX_ERR) Error on M2_FluxmW.m**-2stat.errordoublenullablePN_Flux?(PN_FLUX) PN total band flux (0.2-12keV) (1)mW.m**-2phot.flux;em.X-raydoublenullablee_PN_Flux?(PN_FLUX_ERR) Error on PN_FluxmW.m**-2stat.errordoublenullableM1_y?(M1_RAWY) Y position of M1 detection (5)pixpos.cartesian.y;instr.detintnullableM2_x?(M2_RAWX) X position of M2 detection (5)pixpos.cartesian.x;instr.detintnullableM2_y?(M2_RAWY) Y position of M2 detection (5)pixpos.cartesian.y;instr.detintnullableM2_ccd?(M2_CCDNR) CCD number of M2 detection (5)obs.fieldintnullablePN_x?(PN_RAWX) X position of PN detection (5)pixpos.cartesian.x;instr.detintnullablePN_y?(PN_RAWY) Y position of PN detection (5)pixpos.cartesian.y;instr.detintnullablePN_ccd?(PN_CCDNR) CCD number of PN detection (5)obs.fieldintnullableRAobs(RA) J2000 Right Ascension of the sourcedegDEobs(DEC) J2000 Declination of the sourcedegerrPos(RADEC_ERR) 1{sigma} error on source positionarcsecstat.errorfloatGLONobs(LII) Galactic longitude of the sourcedegpos.galactic.lonGLATobs(BII) Galactic latitude of the sourcedegpos.galactic.latdoubleRAJ2000(RA_CORR) J2000 corrected Right Ascension (7)degpos.eq.ra;meta.mainindexedDEJ2000(DEC_CORR) J2000 corrected Declination (7)degpos.eq.dec;meta.mainindexedGLON(LII_CORR) Corrected Galactic longitude (7)degpos.galactic.lonGLAT(BII_CORR) Corrected Galactic latitude (7)degpos.galactic.latdoubleM1_RA?(M1_RA) J2000 Right Ascension of M1 detectiondegpos.eq.radoublenullableM1_DE?(M1_DEC) J2000 Declination of M1 detectiondegpos.eq.decdoublenullableM1_GLon?(M1_LII) Galactic longitude of M1 detectiondegpos.galactic.londoublenullableM1_GLat?(M1_BII) Galactic latitude of M1 detectiondegpos.galactic.latdoublenullableM2_RA?(M2_RA) J2000 Right Ascension of M2 detectiondegpos.eq.radoublenullableM2_DE?(M2_DEC) J2000 Declination of M2 detectiondegpos.eq.decdoublenullableM2_GLon?(M2_LII) Galactic longitude of M2 detectiondegpos.galactic.londoublenullableM2_GLat?(M2_BII) Galactic latitude of M2 detectiondegpos.galactic.latdoublenullablePN_RA?(PN_RA) J2000 Right Ascension of PN detectiondegpos.eq.radoublenullablePN_DE?(PN_DEC) J2000 Declination of PN detectiondegpos.eq.decdoublenullablePN_GLon?(PN_LII) Galactic longitude of PN detectiondegpos.galactic.londoublenullablePN_GLat?(PN_BII) Galactic latitude of PN detectiondegpos.galactic.latdoublenullableM1_NN?(M1_DIST_NN) Nearest neighbour (6)arcsecpos.angDistancefloatnullableM2_NN?(M2_DIST_NN) Nearest neighbour (6)arcsecpos.angDistancefloatnullablePN_NN?(PN_DIST_NN) Nearest neighbour (6)arcsecpos.angDistancefloatnullableSUM_src?(SUM_SRC_NUM) Source number in summary source for observationmeta.idintnullableM1_src?(M1_ML_ID_SRC) Source number in M1 exposuremeta.idintnullableM2_src?(M2_ML_ID_SRC) Source number in M2 exposuremeta.idintnullablePN_src?(PN_ML_ID_SRC) Source number in PN exposuremeta.idintnullableNusno(NMATCHES) Number of matches between USNO-A2.0 position and detections of this observation.meta.numberintLusno(EPOSCORR_LIKH) Likelihood of USNO-A2 fit (7)stat.likelihood;stat.fit.param;meta.modelleddoubleerrcc(SYSERRCC) Systematic position errorarcsecstat.errorfloatposOK[0,1] (POSCOROK) reliable position (7)meta.codeintM1_tot?(M1_TOT) [0.2-12keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_tot?(M1_TOT_ERR) 1{sigma} error on M1_totct/ksstat.errordoublenullableM2_tot?(M2_TOT) [0.2-12keV] count rate of M2 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_tot?(M2_TOT_ERR) 1{sigma} error on M2_totct/ksstat.errordoublenullablePN_tot?(PN_TOT) [0.2-12keV] count rate of PN detect.ct/ksphot.count;em.X-raydoublenullablee_PN_tot?(PN_TOT_ERR) 1{sigma} error on PN_totct/ksstat.errordoublenullableM1_1?(M1_1) [0.2-0.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_1?(M1_1_ERR) 1{sigma} error on M1_1ct/ksstat.errordoublenullableM1_2?(M1_2) [0.5-2.0keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_2?(M1_2_ERR) 1{sigma} error on M1_2ct/ksstat.errordoublenullableM1_3?(M1_3) [2.0-4.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_3?(M1_3_ERR) 1{sigma} error on M1_3ct/ksstat.errordoublenullableM1_4?(M1_4) [4.5-7.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_4?(M1_4_ERR) 1{sigma} error on M1_4ct/ksstat.errordoublenullableM1_5?(M1_5) [7.5-12keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_5?(M1_5_ERR) 1{sigma} error on M1_5ct/ksstat.errordoublenullableM2_1?(M2_1) [0.2-0.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_1?(M2_1_ERR) 1{sigma} error on M2_1ct/ksstat.errordoublenullableM2_2?(M2_2) [0.5-2.0keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_2?(M2_2_ERR) 1{sigma} error on M2_2ct/ksstat.errordoublenullableM2_3?(M2_3) [2.0-4.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_3?(M2_3_ERR) 1{sigma} error on M2_3ct/ksstat.errordoublenullableM2_4?(M2_4) [4.5-7.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_4?(M2_4_ERR) 1{sigma} error on M2_4ct/ksstat.errordoublenullableM2_5?(M2_5) [7.5-12keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_5?(M2_5_ERR) 1{sigma} error on M2_5ct/ksstat.errordoublenullablePN_1?(PN_1) [0.2-0.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_PN_1?(PN_1_ERR) 1{sigma} error on PN_1ct/ksstat.errordoublenullablePN_2?(PN_2) [0.5-2.0keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_PN_2?(PN_2_ERR) 1{sigma} error on PN_2ct/ksstat.errordoublenullablePN_3?(PN_3) [2.0-4.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_PN_3?(PN_3_ERR) 1{sigma} error on PN_3ct/ksstat.errordoublenullablePN_4?(PN_4) [4.5-7.5keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_PN_4?(PN_4_ERR) 1{sigma} error on PN_4ct/ksstat.errordoublenullablePN_5?(PN_5) [7.5-12keV] count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_PN_5?(PN_5_ERR) 1{sigma} error on PN_5ct/ksstat.errordoublenullableM1_X?(M1_XID) 0.5-4.5keV count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M1_X?(M1_XID_ERR) 1{sigma} error on M1_Xct/ksstat.errordoublenullableM2_X?(M2_XID) 0.5-4.5keV count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_M2_X?(M2_XID_ERR) 1{sigma} error on M2_Xct/ksstat.errordoublenullablePN_X?(PN_XID) 0.5-4.5keV count rate of M1 detect.ct/ksphot.count;em.X-raydoublenullablee_PN_X?(PN_XID_ERR) 1{sigma} error on PN_Xct/ksstat.errordoublenullableM1_detL(M1_DET_ML) M1 detection likelihood (8)stat.likelihood;instr.saturationdoubleM2_detL(M2_DET_ML) M2 detection likelihood (8)stat.likelihood;instr.saturationdoubleEP_detL(EP_DET_ML) Sum of detection likelihood (8)stat.likelihood;instr.saturationdoubleM1_1exp?(M1_1_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM1_2exp?(M1_2_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM1_3exp?(M1_3_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM1_4exp?(M1_4_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM1_5exp?(M1_5_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM2_1exp?(M2_1_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM2_2exp?(M2_2_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM2_3exp?(M2_3_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM2_4exp?(M2_4_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM2_5exp?(M2_5_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullablePN_1exp?(PN_1_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullablePN_2exp?(PN_2_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullablePN_3exp?(PN_3_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullablePN_4exp?(PN_4_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullablePN_5exp?(PN_5_EXP) Exposure time of respective CCDstime.duration;obs.exposuredoublenullableM1_HR1?(M1_HR1) M1 soft-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_M1_HR1?(M1_HR1_ERR) 1{sigma} error on M1_HR1stat.errorfloatnullableM1_HR2?(M1_HR2) M1 mid-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_M1_HR2?(M1_HR2_ERR) 1{sigma} error on M1_HR2stat.errorfloatnullableM1_HR3?(M1_HR3) M1 hard-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_M1_HR3?(M1_HR3_ERR) 1{sigma} error on M1_HR3stat.errorfloatnullableM2_HR1?(M2_HR1) M2 soft-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_M2_HR1?(M2_HR1_ERR) 1{sigma} error on M2_HR1stat.errorfloatnullableM2_HR2?(M2_HR2) M2 mid-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_M2_HR2?(M2_HR2_ERR) 1{sigma} error on M2_HR2stat.errorfloatnullableM2_HR3?(M2_HR3) M2 hard-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_M2_HR3?(M2_HR3_ERR) 1{sigma} error on M2_HR3stat.errorfloatnullablePN_HR1?(PN_HR1) PN soft-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_PN_HR1?(PN_HR1_ERR) 1{sigma} error on PN_HR1stat.errorfloatnullablePN_HR2?(PN_HR2) PN mid-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_PN_HR2?(PN_HR2_ERR) 1{sigma} error on PN_HR2stat.errorfloatnullablePN_HR3?(PN_HR3) PN hard-range hardness ratio (9)phot.flux;arith.ratiofloatnullablee_PN_HR3?(PN_HR3_ERR) 1{sigma} error on PN_HR3stat.errorfloatnullablePN_flags(PN_VER_FLAG) PN verification flag string (10)meta.codecharPN_vf1[0,1] (PN_VER_FALSE) False detection flag (10)meta.codeintPN_vf3[0,1] (PN_VER_INEXT) Extended emission (10)meta.codeintPN_vf5[0,1] (PN_VER_PSUSP) Suspect detection (10)meta.codeintPN_vf6[0,1] (PN_VER_NREDG) Close to edge flag (10)meta.codeintPN_vf7[0,1] (PN_VER_SCOMM) Comment flag (10)meta.codeintPN_com(PN_VER_COMM) Comment about the PN flags (10)meta.codecharM1_flags(M1_VER_FLAG) M1 verification flag string (10)meta.codecharM1_vf1[0,1] (M1_VER_FALSE) False detection flag (10)meta.codeintM1_vf3[0,1] (M1_VER_INEXT) Extended emission (10)meta.codeintM1_vf5[0,1] (M1_VER_PSUSP) Suspect detection (10)meta.codeintM1_vf6[0,1] (M1_VER_NREDG) Close to edge flag (10)meta.codeintM1_vf7[0,1] (M1_VER_SCOMM) Comment flag (10)meta.codeintM1_com(M1_VER_COMM) Comment about the M1 flags (10)meta.codecharM2_flags(M2_VER_FLAG) M2 verification flag string (10)meta.codecharM2_vf1[0,1] (M2_VER_FALSE) False detection flag (10)meta.codeintM2_vf3[0,1] (M2_VER_INEXT) Extended emission (10)meta.codeintM2_vf5[0,1] (M2_VER_PSUSP) Suspect detection (10)meta.codeintM2_vf6[0,1] (M2_VER_NREDG) Close to edge flag (10)meta.codeintM2_vf7[0,1] (M2_VER_SCOMM) Comment flag (10)meta.codeintM2_com(M2_VER_COMM) Comment about the M2 flags (10)meta.codecharM1_detX?(M1_DETX) coordinate x of the M1 detection20maspos.cartesian.x;instr.detdoublenullableM2_detX?(M2_DETX) coordinate x of the M2 detection20maspos.cartesian.x;instr.detdoublenullablePN_detX?(PN_DETX) coordinate x of the PN detection20maspos.cartesian.x;instr.detdoublenullableM1_detY?(M1_DETY) coordinate y of the M1 detection20maspos.cartesian.y;instr.detdoublenullableM2_detY?(M2_DETY) coordinate y of the M2 detection20maspos.cartesian.y;instr.detdoublenullablePN_detY?(PN_DETY) coordinate y of the PN detection20maspos.cartesian.y;instr.detdoublenullablePN_vig?(PN_VIGNETTING) Vignetting factor (11)instr.paramfloatnullableM1_vig?(M1_VIGNETTING) Vignetting factor (11)instr.paramfloatnullableM2_vig?(M2_VIGNETTING) Vignetting factor (11)instr.paramfloatnullableM1_1detL(M1_1_DET_ML) [0.2-0.5]keV det. likelihood (8)stat.likelihooddoubleM1_2detL(M1_2_DET_ML) [0.5-2.0]keV det. likelihood (8)stat.likelihooddoubleM1_3detL(M1_3_DET_ML) [2.0-4.5]keV det. likelihood (8)stat.likelihooddoubleM1_4detL(M1_4_DET_ML) [4.5-7.5]keV det. likelihood (8)stat.likelihooddoubleM1_5detL(M1_5_DET_ML) [7.5-12.]keV det. likelihood (8)stat.likelihooddoubleM1_XdetL(M1_XID_DET_ML) 0.5-4.5keV det. likelihood (8)stat.likelihooddoubleM2_1detL(M2_1_DET_ML) [0.2-0.5]keV det. likelihood (8)stat.likelihooddoubleM2_2detL(M2_2_DET_ML) [0.5-2.0]keV det. likelihood (8)stat.likelihooddoubleM2_3detL(M2_3_DET_ML) [2.0-4.5]keV det. likelihood (8)stat.likelihooddoubleM2_4detL(M2_4_DET_ML) [4.5-7.5]keV det. likelihood (8)stat.likelihooddoubleM2_5detL(M2_5_DET_ML) [7.5-12.]keV det. likelihood (8)stat.likelihooddoubleM2_XdetL(M2_XID_DET_ML) 0.5-4.5keV det. likelihood (8)stat.likelihooddoublePN_1detL(PN_1_DET_ML) [0.2-0.5]keV det. likelihood (8)stat.likelihooddoublePN_2detL(PN_2_DET_ML) [0.5-2.0]keV det. likelihood (8)stat.likelihooddoublePN_3detL(PN_3_DET_ML) [2.0-4.5]keV det. likelihood (8)stat.likelihooddoublePN_4detL(PN_4_DET_ML) [4.5-7.5]keV det. likelihood (8)stat.likelihooddoublePN_5detL(PN_5_DET_ML) [7.5-12.]keV det. likelihood (8)stat.likelihooddoublePN_XdetL(PN_XID_DET_ML) 0.5-4.5keV det. likelihood (8)stat.likelihooddoubleM1_1bg?(M1_1_BG) [0.2-0.5]keV background valuect/pixinstr.backgrounddoublenullableM1_2bg?(M1_2_BG) [0.5-2.0]keV background valuect/pixinstr.backgrounddoublenullableM1_3bg?(M1_3_BG) [2.0-4.5]keV background valuect/pixinstr.backgrounddoublenullableM1_4bg?(M1_4_BG) [4.5-7.5]keV background valuect/pixinstr.backgrounddoublenullableM1_5bg?(M1_5_BG) [7.5-12.]keV background valuect/pixinstr.backgrounddoublenullableM1_Xbg?(M1_XID_BG) [0.5-4.5]keV background valuect/pixinstr.backgrounddoublenullableM2_1bg?(M2_1_BG) [0.2-0.5]keV background valuect/pixinstr.backgrounddoublenullableM2_2bg?(M2_2_BG) [0.5-2.0]keV background valuect/pixinstr.backgrounddoublenullableM2_3bg?(M2_3_BG) [2.0-4.5]keV background valuect/pixinstr.backgrounddoublenullableM2_4bg?(M2_4_BG) [4.5-7.5]keV background valuect/pixinstr.backgrounddoublenullableM2_5bg?(M2_5_BG) [7.5-12.]keV background valuect/pixinstr.backgrounddoublenullableM2_Xbg?(M2_XID_BG) [0.5-4.5]keV background valuect/pixinstr.backgrounddoublenullablePN_1bg?(PN_1_BG) [0.2-0.5]keV background valuect/pixinstr.backgrounddoublenullablePN_2bg?(PN_2_BG) [0.5-2.0]keV background valuect/pixinstr.backgrounddoublenullablePN_3bg?(PN_3_BG) [2.0-4.5]keV background valuect/pixinstr.backgrounddoublenullablePN_4bg?(PN_4_BG) [4.5-7.5]keV background valuect/pixinstr.backgrounddoublenullablePN_5bg?(PN_5_BG) [7.5-12.]keV background valuect/pixinstr.backgrounddoublenullablePN_Xbg?(PN_XID_BG) [0.5-4.5]keV background valuect/pixinstr.backgrounddoublenullableM1_1EEF?(M1_1_EEF) [0.2-0.5]keV encircled energy (12)meta.code;spect.indexfloatnullableM1_2EEF?(M1_2_EEF) [0.5-2.0]keV encircled energy (12)meta.code;spect.indexfloatnullableM1_3EEF?(M1_3_EEF) [2.0-4.5]keV encircled energy (12)meta.code;spect.indexfloatnullableM1_4EEF?(M1_4_EEF) [4.5-7.5]keV encircled energy (12)meta.code;spect.indexfloatnullableM1_5EEF?(M1_5_EEF) [7.5-12.]keV encircled energy (12)meta.code;spect.indexfloatnullableM1_XEEF?(M1_XID_EEF) 0.5-4.5keV encircled energy (12)meta.code;spect.index;em.X-ray.mediumfloatnullableM2_1EEF?(M2_1_EEF) [0.2-0.5]keV encircled energy (12)meta.code;spect.indexfloatnullableM2_2EEF?(M2_2_EEF) [0.5-2.0]keV encircled energy (12)meta.code;spect.indexfloatnullableM2_3EEF?(M2_3_EEF) [2.0-4.5]keV encircled energy (12)meta.code;spect.indexfloatnullableM2_4EEF?(M2_4_EEF) [4.5-7.5]keV encircled energy (12)meta.code;spect.indexfloatnullableM2_5EEF?(M2_5_EEF) [7.5-12.]keV encircled energy (12)meta.code;spect.indexfloatnullableM2_XEEF?(M2_XID_EEF) 0.5-4.5keV encircled energy (12)meta.code;spect.index;em.X-ray.mediumfloatnullablePN_1EEF?(PN_1_EEF) [0.2-0.5]keV encircled energy (12)meta.code;spect.indexfloatnullablePN_2EEF?(PN_2_EEF) [0.5-2.0]keV encircled energy (12)meta.code;spect.indexfloatnullablePN_3EEF?(PN_3_EEF) [2.0-4.5]keV encircled energy (12)meta.code;spect.indexfloatnullablePN_4EEF?(PN_4_EEF) [4.5-7.5]keV encircled energy (12)meta.code;spect.indexfloatnullablePN_5EEF?(PN_5_EEF) [7.5-12.]keV encircled energy (12)meta.code;spect.indexfloatnullablePN_XEEF?(PN_XID_EEF) 0.5-4.5keV encircled energy (12)meta.code;spect.index;em.X-ray.mediumfloatnullableM1_Xcut?(M1_XID_CUTRAD) [0.5-4.5]keV cut radius (12)pixstat.fit.paramfloatnullableM2_Xcut?(M2_XID_CUTRAD) [0.5-4.5]keV cut radius (12)pixstat.fit.paramfloatnullablePN_Xcut?(PN_XID_CUTRAD) [0.5-4.5]keV cut radius (12)pixstat.fit.paramfloatnullableTflag[0,1] (TARGET_FLAG) 1 if this source lies within 10arcseconds of observation targetmeta.codeintQflag[0,4] (SUMM_FLAG) Summary quality flag 0=bad, 1-3=suspect, 4=good.meta.code.qualintXcorr(XCORRMATCHES) Number of cross-correlation matches detailed in xmm1cros.dat filemeta.numberintVizieRShow All VizieR sources within 15'' of XMM source positionmeta.ref.urlcharIX/37/xmm1obsDetails of observations and processingObsID(OBS_ID) Observation identificationmeta.reflongprimaryrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintRev[42,440] (REVOLUT) XMM revolution number.meta.idintDateObs(DATE-OBS) UT date/time of PN exposure startstime.start;obs.exposurenullableDateEnd(DATE-END) UT date/time of PN exposure endstime.end;obs.exposurenullableMJDobs(MJD-OBS) Modified Julian Date (JD-2400000.5) of start of observationdtime.epochdoubleMJDend(MJD-END) Modified Julian Date (JD-2400000.5) of end of observationdtime.epochdoubleDuration(DURATION) Length of observation in secondsstime.expodoubleDateProc(PROCDATE) UT date/time of the processing.time.epochcharPPSvers(PPSVERS) Version of the pipeline processing (PPS configuration number)meta.version;time.processingcharSeqID(SEQ_ID) Sequence number of the observation in the catalogue pipeline.meta.numberintM1_ID(M1_EXPID) M1 exposure identification.meta.id;time.expocharM2_ID(M2_EXPID) M2 exposure identification.meta.id;time.expocharPN_ID(PN_EXPID) PN exposure identification.meta.id;time.expocharM1_exp?(M1_EXPOSURE) M1 camera exposure time (3)stime.duration;obs.exposuredoublenullableM2_exp?(M2_EXPOSURE) M2 camera exposure time (3)stime.duration;obs.exposuredoublenullablePN_exp?(PN_EXPOSURE) PN camera exposure time (3)stime.duration;obs.exposuredoublenullableM1_fltr(M1_FILTER) M1 filter (G1)meta.notecharM2_fltr(M2_FILTER) M2 filter (G1)meta.notecharPN_fltr(PN_FILTER) PN filter (G1)meta.notecharM1_mode(M1_SUBMODE) M1 observing mode (2)instr.setupcharM2_mode(M2_SUBMODE) M2 observing mode (2)instr.setupcharPN_mode(PN_SUBMODE) PN observing mode (2)instr.setupcharIX/37/xmm1crosCross-correlations of XMM sourcesIndex[1,56711] (SRCINDEX) Sequential entry indexintrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintcatNameName of catalog correlatedmeta.refcharcatEntryName of source in catalog catNamemeta.id.assocchardistDistance of catalogued source to XMM sourcearcsecpos.angDistancefloaterrPosPositional error of the source in catNamearcsecstat.errorfloatcatTypeType of the measurement extracted from catNamemeta.notecharcatValValue of the measurement specified in catTypestat.valuedoublecatRAJ2000 right ascension of catEntry in catNamedegpos.eq.radoublecatDEJ2000 declibation of catEntry in catNamedegmeta.refdouble