----Table 'J/MNRAS/437/3473/catalog' (74373473/1) (Catalog of temperatures and radiuses of Kepler Eclipsing Binaries) dbase: c74373473c in viz7@VIZDB dates: 2015-03-24T17:03:41 (release) flags: 0000(media) 00(status) records: 2610 coord: #5(J) Eq=2000 Ep=-nan prec=600mas columns: 53 in table (markers: a[additional], *[pk], =[displayed], +[required]) # h bh u bu s bs f o c C D L N F #0+ recno recno 000=i 000=i %8d xFFFFA002 meta.record RECORD Record number assigned by the VizieR team. Should Not be used for identification. #1= KIC KIC 000=i 000=i %8d x2003 meta.id;meta.main ID_CATALOG Kepler Input Catalogue ID (V/133) \vMore{-source=V/133/kic\&KIC=${*}}{${}} #2= T1 T1 K K 000=i 000=i %5d x0003 phys.temperature PHYS_TEMP_MISC [3510/39742] Final primary star temperature #3= e_T1 e_T1 K K 000=i 000=i %5d x0043 stat.error ERROR [350/13409] 1-{sigma} error on T1 #4= T2 T2 K K 000=i 000=i %5d x0043 phys.temperature PHYS_TEMP_MISC [3512/31311] Final secondary star temperature #5= e_T2 e_T2 K K 000=i 000=i %5d x0043 stat.error ERROR [540/13411] 1-{sigma} error on T2 #6= R1/D R1_D 001=f 001=f %9.2e x0003 phys.size.radius;arith.ratio PHYS_DISTANCE_RATIO Final primary star radius to distance ratio #7= e_R1/D e_R1_D 001=f 001=f %9.2e x0003 stat.error ERROR 1-{sigma} error on R1/D #8= R2/R1 R2_R1 10-3 001=f 000=i %6.3f x0003 phys.size;arith.ratio PHYS_SIZE_RATIO Final Secondary to Primary star radius ratio #9= e_R2/R1 e_R2_R1 10-3 001=f 000=i %6.3f x0003 stat.error ERROR 1-{sigma} error on R2/R1 #10= T2/T1 T2_T1 10-3 001=f 000=i %6.3f x0003 phys.temperature PHYS_TEMP_MISC Input prior temperature ratio #11= Qual Qual 000=i 000=i %05d x0043 meta.code.qual CODE_QUALITY [0/11111] Quality Flag (1) Note#1 #12= Src Src 000=i 000=i %04d x0043 meta.ref;pos.frame REFER_CODE Source of final value (4) Note#4 #13= KIS KIS 000=i 000=i %1d xFFFF80C3 meta.ref.url DATA_LINK Data available in KIS (Greiss et al 2012, J/AJ/144/24) \ignore{X}\ifnum{${}}>0\vMore{-source=J/AJ/144/24/kisdr2\&-out.max=9\&KIC=${KIC}}{${}}\else{${}}\fi #14= T1j T1j K K 000=i 000=i %5d x0003 phys.temperature PHYS_TEMP_MISC Johnson UBV primary star temperature #15 e_T1j e_T1j K K 000=i 000=i %5d x0000 stat.error ERROR 1-{sigma} error on T1j #16= T2j T2j K K 000=i 000=i %5d x0003 phys.temperature PHYS_TEMP_MISC Johnson UBV secondary star temperature #17 e_T2j e_T2j K K 000=i 000=i %5d x0000 stat.error ERROR 1-{sigma} error on T2j #18 R1/Dj R1_Dj 001=f 001=f %9.2e x0000 phys.size.radius;arith.ratio PHYS_DISTANCE_RATIO Johnson UBV primary radius to distance ratio #19 e_R1/Dj e_R1_Dj 001=f 001=f %9.2e x0000 stat.error ERROR 1-{sigma} error on R1/Dj #20= R2/R1j R2_R1j 10-3 001=f 000=i %6.3f x0003 phys.size;arith.ratio PHYS_SIZE_RATIO Johnson UBV secondary to primary radius ratio #21 e_R2/R1j e_R2_R1j 10-3 001=f 000=i %6.3f x0000 stat.error ERROR 1-{sigma} error on R2/R1j #22 band.j band_j 000=i 000=i %010d x0000 meta.code CODE_MISC [0/1110000111] Colour bands used for Johnson-UBV output (UBV----JHK, 1 if used) (2) Note#2 #23= T1k1 T1k1 K K 000=i 000=i %5d x00C3 phys.temperature PHYS_TEMP_MISC ? KIS1 primary star temperature (3) Note#3 #24 e_T1k1 e_T1k1 K K 000=i 000=i %5d x00C0 stat.error ERROR ? 1-{sigma} error on T1k1 (3) Note#3 #25= T2k1 T2k1 K K 000=i 000=i %5d x00C3 phys.temperature PHYS_TEMP_MISC ? KIS1 secondary star temperature (3) Note#3 #26 e_T2k1 e_T2k1 K K 000=i 000=i %5d x00C0 stat.error ERROR ? 1-{sigma} error on T2k1 (3) Note#3 #27 R1/Dk1 R1_Dk1 001=f 001=f %9.2e x0080 phys.size.radius;arith.ratio PHYS_DISTANCE_RATIO ? KIS1 primary radius to distance ratio (3) Note#3 #28 e_R1/Dk1 e_R1_Dk1 001=f 001=f %9.2e x0080 stat.error ERROR ? 1-{sigma} error on R1/Dk1 (3) Note#3 #29= R2/R1k1 R2_R1k1 10-3 001=f 000=i %6.3f x0083 phys.size;arith.ratio PHYS_SIZE_RATIO ? KIS1 secondary to primary radius ratio (3) Note#3 #30 e_R2/R1k1 e_R2_R1k1 10-3 001=f 000=i %6.3f x0080 stat.error ERROR ? 1-{sigma} error on R2/R1/Dk1 (3) Note#3 #31 band.k1 band_k1 000=i 000=i %010d x0000 meta.code CODE_MISC [0/1111111] Colour bands used for KIS1 output (---UgriJHK, 1 if used) (2) Note#2 #32 T1k2 T1k2 K K 000=i 000=i %5d x00C0 phys.temperature PHYS_TEMP_MISC ? KIS2 primary star temperature (3) Note#3 #33 e_T1k2 e_T1k2 K K 000=i 000=i %5d x00C0 stat.error ERROR ? 1-{sigma} error on T1k2 (3) Note#3 #34 T2k2 T2k2 K K 000=i 000=i %5d x00C0 phys.temperature PHYS_TEMP_MISC ? KIS2 secondary star temperature (3) Note#3 #35 e_T2k2 e_T2k2 K K 000=i 000=i %5d x00C0 stat.error ERROR ? 1-{sigma} error on T2k2 (3) Note#3 #36 R1/Dk2 R1_Dk2 001=f 001=f %9.2e x0080 phys.size.radius;arith.ratio PHYS_DISTANCE_RATIO ? KIS2 primary radius to distance ratio (3) Note#3 #37 e_R1/Dk2 e_R1_Dk2 001=f 001=f %9.2e x0080 stat.error ERROR ? 1-{sigma} error on R1/Dk2 (3) Note#3 #38 R2/R1k2 R2_R1k2 10-3 001=f 000=i %6.3f x0080 phys.size;arith.ratio PHYS_SIZE_RATIO ? KIS2 secondary to primary radius ratio (3) Note#3 #39 e_R2/R1k2 e_R2_R1k2 10-3 001=f 000=i %6.3f x0080 stat.error ERROR ? 1-{sigma} error on R2/R1k2 (3) Note#3 #40 band.k2 band_k2 000=i 000=i %010d x0000 meta.code CODE_MISC [0/1111111] Colour bands used for KIS2 output (---UgriJHK, 1 if used) (2) Note#2 #41 T1k3 T1k3 K K 000=i 000=i %5d x00C0 phys.temperature PHYS_TEMP_MISC ? KIS3 primary star temperature (3) Note#3 #42 e_T1k3 e_T1k3 K K 000=i 000=i %5d x00C0 stat.error ERROR ? 1-{sigma} error on T1k3 (3) Note#3 #43 T2k3 T2k3 K K 000=i 000=i %5d x00C0 phys.temperature PHYS_TEMP_MISC ? KIS3 secondary star temperature (3) Note#3 #44 e_T2k3 e_T2k3 K K 000=i 000=i %5d x00C0 stat.error ERROR ? 1-{sigma} error on T2k3 (3) Note#3 #45 R1/Dk3 R1_Dk3 001=f 001=f %9.2e x0080 phys.size.radius;arith.ratio PHYS_DISTANCE_RATIO ? KIS3 primary radius to distance ratio (3) Note#3 #46 e_R1/Dk3 e_R1_Dk3 001=f 001=f %9.2e x0080 stat.error ERROR ? 1-{sigma} error on R1/Dk3 (3) Note#3 #47 R2/R1k3 R2_R1k3 10-3 001=f 000=i %6.3f x0080 phys.size;arith.ratio PHYS_SIZE_RATIO ? KIS3 secondary to primary radius ratio (3) Note#3 #48 e_R2/R1k3 e_R2_R1k3 10-3 001=f 000=i %6.3f x0080 stat.error ERROR ? 1-{sigma} error on R2/R1k3 (3) Note#3 #49 band.k3 band_k3 000=i 000=i %010d x0000 meta.code CODE_MISC [0/1111111] Colour bands used for KIS3 output (---UgriJHK, 1 if used) (2) Note#2 #a50= Simbad Simbad 004=a 024=a Simbad xFFFFA051 meta.ref.url DATA_LINK ask the {\bf\fg{FireBrick}Simbad} data-base about this object \ifregexp{[^ ]}{${KIC}}{\wSimbad{KIC ${KIC} }{${}}}\else{${}}\fi #51= _RA _RA deg mas 311=f 000=i %010.6f xFFFF8023 pos.eq.ra;meta.main POS_EQ_RA_MAIN Positions from Kepler Input Catalog (2009, Cat. V/133) (right ascension part) #52= _DE _DE deg mas 011=f 000=i %+010.6f xFFFF8023 pos.eq.dec;meta.main POS_EQ_DEC_MAIN Positions from Kepler Input Catalog (2009, Cat. V/133) (declination part) ====Total for Query #1: 0 ----Table 'J/AJ/144/24/kisdr2' (51440024/1) (Extended Kepler-INT Survey (KIS) catalog (DR2)) dbase: c51440024kisdr2 in viz7@VIZDB dates: 2014-03-12T08:01:19 (release) flags: 0100(media) 00(status) records: 14476957 coord: #5(J) Eq=2000 Ep=-nan prec=600mas columns: 56 in table (markers: a[additional], *[pk], =[displayed], +[required]) # h bh u bu s bs f o c C D L N F #0+ recno recno 000=i 000=i %8d xFFFFA002 meta.record RECORD Record number assigned by the VizieR team. Should Not be used for identification. #1= KIS KIS 004=a 034=a %-19s x5003 meta.id;meta.main ID_MAIN Kepler-INT Survey (KIS) identifier (JHHMMSS.ss+DDMMSS.s) #2= RAJ2000 RAJ2000 deg mas 311=f 000=i %010.6f x1023 pos.eq.ra;meta.main POS_EQ_RA_MAIN Right ascension in decimal degrees (J2000) #3= DEJ2000 DEJ2000 deg mas 011=f 000=i %+010.6f x1023 phot.mag;arith.diff PHOT_DIFF_MAG Declination in decimal degrees (J2000) #4 Ux Ux pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.x;instr.det POS_CCD_X CCD x pixel coordinate in U-band #5 Uy Uy pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.y;instr.det POS_CCD_Y CCD y pixel coordinate in U-band #6= Umag Umag mag mmag 001=f 000=i %6.3f x10C3 phot.mag;em.opt.U PHOT_MAG_U ? INT/WFC U magnitude (Vega system) (1) Note#1 #7 e_Umag e_Umag mag mmag 001=f 000=i %6.3f x00C0 stat.error ERROR ? Uncertainty in Umag (1) Note#1 #8 s_Umag s_Umag mag mmag 001=f 000=i %6.3f x00C0 stat.stdev;phot.mag ERROR ? rms deviation in Umag (2) Note#2 #9= Ucl Ucl 000=i 000=i %2d x0043 src.morph.type CLASS_STRUCT [-9/1] Morphological class from U magnitude (3) \ifnum{${}}=0{${}}\else\vNote{<"Note"\&catid=51440024\¬id=3\&-out.emph=${***}}{${}}\fi Note#3 #10= xg xg pix 0.1pix 001=f 000=i %6.1f x0003 pos.cartesian.x;instr.det POS_CCD_X CCD x pixel coordinate in g-band #11 gy gy pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.y;instr.det POS_CCD_Y CCD y pixel coordinate in g-band #12= gmag gmag mag mmag 001=f 000=i %6.3f x10C3 phot.mag;em.opt.B PHOT_SDSS_G ? INT/WFC g magnitude (Vega system) (1) Note#1 #13 e_gmag e_gmag mag mmag 001=f 000=i %6.3f x00C0 stat.error ERROR ? Uncertainty in gmag (1) Note#1 #14 s_gmag s_gmag mag mmag 001=f 000=i %6.3f x00C0 stat.stdev;phot.mag;em.opt.R ERROR ? rms deviation in gmag (2) Note#2 #15= gcl gcl 000=i 000=i %2d x0043 src.morph.type CLASS_STRUCT [-9/1] Morphological class from g magnitude (3) \ifnum{${}}=0{${}}\else\vNote{<"Note"\&catid=51440024\¬id=3\&-out.emph=${***}}{${}}\fi Note#3 #16 rx rx pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.x;instr.det POS_CCD_X CCD x pixel coordinate in r-band #17 ry ry pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.y;instr.det POS_CCD_Y CCD y pixel coordinate in r-band #18= rmag rmag mag mmag 001=f 000=i %6.3f x10C3 phot.mag;em.opt.R PHOT_SDSS_R ? INT/WFC r magnitude (Vega system) (1) Note#1 #19 e_rmag e_rmag mag mmag 001=f 000=i %6.3f x00C0 stat.error ERROR ? Uncertainty in rmag (1) Note#1 #20 s_rmag s_rmag mag mmag 001=f 000=i %6.3f x00C0 stat.stdev;phot.mag;em.opt.R ERROR ? rms deviation in rmag (2) Note#2 #21= rcl rcl 000=i 000=i %2d x0043 src.morph.type CLASS_STRUCT [-9/1] Morphological class from r magnitude (3) \ifnum{${}}=0{${}}\else\vNote{<"Note"\&catid=51440024\¬id=3\&-out.emph=${***}}{${}}\fi Note#3 #22 ix ix pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.x;instr.det POS_CCD_X CCD x pixel coordinate in i-band #23 iy iy pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.y;instr.det POS_CCD_Y CCD y pixel coordinate in i-band #24= imag imag mag mmag 001=f 000=i %6.3f x10C3 phot.mag;em.opt.I PHOT_SDSS_I ? INT/WFC i magnitude (Vega system) (1) Note#1 #25 e_imag e_imag mag mmag 001=f 000=i %6.3f x00C0 stat.error ERROR ? Uncertainty in imag (1) Note#1 #26 s_imag s_imag mag mmag 001=f 000=i %6.3f x00C0 stat.stdev;phot.mag;em.opt.R ERROR ? rms deviation in imag (2) Note#2 #27= icl icl 000=i 000=i %2d x0043 src.morph.type CLASS_STRUCT [-9/1] Morphological class from i magnitude (3) \ifnum{${}}=0{${}}\else\vNote{<"Note"\&catid=51440024\¬id=3\&-out.emph=${***}}{${}}\fi Note#3 #28 Hax Hax pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.x;instr.det POS_CCD_X CCD x pixel coordinate in Ha-band #29 Hay Hay pix 0.1pix 001=f 000=i %6.1f x0000 pos.cartesian.y;instr.det POS_CCD_Y CCD y pixel coordinate in Ha-band #30= Hamag Hamag mag mmag 001=f 000=i %6.3f x10C3 phot.flux;em.line.Halpha PHOT_FLUX_HALPHA ? INT/WFC Ha magnitude (Vega system) (1) Note#1 #31 e_Hamag e_Hamag mag mmag 001=f 000=i %6.3f x00C0 stat.error ERROR ? Uncertainty in Hamag (1) Note#1 #32 s_Hamag s_Hamag mag mmag 001=f 000=i %6.3f x00C0 stat.stdev;phot.mag ERROR ? rms deviation in Hamag (2) Note#2 #33= Hacl Hacl 000=i 000=i %2d x0043 src.morph.type CLASS_STRUCT [-9/1] Morphological class from Ha magnitude (3) \ifnum{${}}=0{${}}\else\vNote{<"Note"\&catid=51440024\¬id=3\&-out.emph=${***}}{${}}\fi Note#3 #34 CCD CCD 000=i 000=i %1d x0040 meta.id;instr INST_ID [1/4] The Wide Field Camera (WFC) CCD in which the source was detected (1, 2, 3, or 4) (4) Note#4 #35 Usee Usee arcsec .01arcsec 001=f 000=i %5.2f x0040 instr.obsty.seeing INST_SEEING Average seeing in U-band (5) Note#5 #36 gsee gsee arcsec .01arcsec 001=f 000=i %5.2f x0040 instr.obsty.seeing INST_SEEING Average seeing in g-band (5) Note#5 #37 rsee rsee arcsec .01arcsec 001=f 000=i %5.2f x0040 instr.obsty.seeing INST_SEEING Average seeing in r-band (5) Note#5 #38 isee isee arcsec .01arcsec 001=f 000=i %5.2f x0040 instr.obsty.seeing INST_SEEING Average seeing in i-band (5) Note#5 #39 Hasee Hasee arcsec .01arcsec 001=f 000=i %5.2f x0040 instr.obsty.seeing INST_SEEING Average seeing in Ha-band (5) Note#5 #40 Uell Uell .01 001=f 000=i %5.2f x0040 src.ellipticity PHYS_ELLIPTICITY [0/1] Average ellipticity in U-band #41 gell gell .01 001=f 000=i %5.2f x0040 src.ellipticity PHYS_ELLIPTICITY [0/1] Average ellipticity in g-band #42 rell rell .01 001=f 000=i %5.2f x0040 src.ellipticity PHYS_ELLIPTICITY [0/1] Average ellipticity in r-band #43 iell iell .01 001=f 000=i %5.2f x0040 src.ellipticity PHYS_ELLIPTICITY [0/1] Average ellipticity in i-band #44 Haell Haell .01 001=f 000=i %5.2f x0040 src.ellipticity PHYS_ELLIPTICITY [0/1] Average ellipticity in Ha-band #45 MJD.U MJD_U d 10-3d 001=f 040=i %9.3f x0000 time.epoch TIME_DATE Modified Julian Date of observation in U-band #46 MJD.g MJD_g d 10-3d 001=f 040=i %9.3f x0000 time.epoch TIME_DATE Modified Julian Date of observation in g-band #47 MJD.r MJD_r d 10-3d 001=f 040=i %9.3f x0000 time.epoch TIME_DATE Modified Julian Date of observation in r-band #48 MJD.i MJD_i d 10-3d 001=f 040=i %9.3f x0000 time.epoch TIME_DATE Modified Julian Date of observation in i-band #49 MJD.Ha MJD_Ha d 10-3d 001=f 040=i %9.3f x0000 time.epoch TIME_DATE Modified Julian Date of observation in Ha-band #50 DUmag DUmag mag mmag 001=f 000=i %6.3f x0040 phot.mag;arith.diff PHOT_DIFF_MAG Difference in U-magnitude (6) Note#6 #51 Dgmag Dgmag mag mmag 001=f 000=i %6.3f x0040 phot.mag;arith.diff PHOT_DIFF_MAG Difference in g-magnitude (6) Note#6 #52 Drmag Drmag mag mmag 001=f 000=i %6.3f x0040 phot.mag;arith.diff PHOT_DIFF_MAG Difference in r-magnitude (6) Note#6 #53 Dimag Dimag mag mmag 001=f 000=i %6.3f x0040 phot.mag;arith.diff PHOT_DIFF_MAG Difference in i-magnitude (6) Note#6 #54 DHamag DHamag mag mmag 001=f 000=i %6.3f x0040 phot.mag;arith.diff PHOT_DIFF_MAG Difference in Ha-magnitude (6) Note#6 #55= KIC KIC 000=i 000=i %9d x0003 meta.id ID_ALTERNATIVE Kepler Input Catalog (KIC) identifier (7) \yMore{data from Kepler Input Catalog (V/133)}{-source=V/133/kic\&${=*}}{${}} Note#7 ====Total for Query #2: 0 #===Items in list: 2