SIMPLE = T / file does conform to FITS standard BITPIX = 16 / number of bits per data pixel NAXIS = 0 / number of data axes EXTEND = T / FITS dataset may contain extensions COMMENT FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H CHECKSUM= '0dD60Z930bA30Z93' / HDU checksum updated 2017-08-08T05:17:56 DATASUM = ' 0' / data unit checksum updated 2017-08-08T05:17:56 END XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 24 / width of table in bytes NAXIS2 = 197 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 3 / number of fields in each row TTYPE1 = 'TIME ' / label for field 1 TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 'd ' / physical unit of field TTYPE2 = 'RATE ' / label for field 2 TFORM2 = '1D ' / data format of field: 8-byte DOUBLE TUNIT2 = 'count/cm**2/s' / physical unit of field TTYPE3 = 'ERROR ' / label for field 3 TFORM3 = '1D ' / data format of field: 8-byte DOUBLE TUNIT3 = 'count/cm**2/s' / physical unit of field ORIGIN = 'JAXA/ISAS' / Origin of FITS file TELESCOP= 'GINGA ' / Telescop or mission name INSTRUME= 'ASM ' / name of instrument EQUINOX = 1950.00 / Equinox for R.A. and Dec. RADECSYS= 'FK4 ' / World coord. system for this file (FK4 or FK5) CONTENT = 'Light Curves' / Content of the files MJDREF = 46796 / Reference MJD TIMESYS = '1987.00 ' / System used to define the time TIMEUNIT= 'd ' / Unit of time for TSTART and TSTOP TIMEREF = 'LOCAL ' / LOCAL,SOLARTIME,HELIOCENTRIC or BARYCENTRIC TASSIGN = 'SATELLITE' / Where the time assignment is made(SATELLITE)? CLOCKCOR= 'UNKNOWN ' / Has the time been corrected to UT? TIMEZERO= 0.00 / Origin to use when calculating absolute time TIMEDEL = 0.001 / Smallest time increment HISTORY Original light-curves are provided by Prof. S. Kitamoto in ASCII format,HISTORY and converted to FITS format at DARTS by Dr. T. Furusho and HISTORY Prof. K. Ebisawa in 2017. TSTART = 151.726 / time start TSTOP = 1681.200 / time stop OBJECT = 'Coma Cluster' / name of observed object RA_OBJ = 194.2800 / Object right ascension in degrees DEC_OBJ = 28.1700 / Object declination in degrees DATE-OBS= '1987-06-01' / Date of earliest observation (yyyy-mm-dd) TIME-OBS= '17:25:26.40000' / Time on date of earliest observ. (hh:mm:ss) DATE-END= '1991-08-09' / Date of latest observation (yyyy-mm-dd) TIME-END= '04:47:57.00000' / Time on date of latest observ. (hh:mm:ss) DATE = '2017-08-08' / file creation date (YYYY-MM-DD) E_MIN = 1 / low energy for channel (keV) E_MAX = 6 / high energy for channel (keV) EXTNAME = 'RATE(1-6 keV)' / name of this binary table extension VERSION = 1 / Processing Version CHECKSUM= '9gjKHdgI9dgIEdgI' / HDU checksum updated 2018-03-12T01:44:51 DATASUM = '278989465' / data unit checksum updated 2017-08-08T05:17:56 END @b÷;dZ¬?˜“t¼j~ú?”záG®{@c5xÔýó¶?¢n—Oß;?šŸ¾vÈ´9@cU‘hr°!¿pbMÒñ©ü?˜“t¼j~ú@cs…¸Qì?”záG®{?›¥ãS÷ÎÙ@cË\(õÂ?«¥ãS÷ÎÙ?²-V@cñë…¸R?¤ýó¶E¡Ë?šŸ¾vÈ´9@d÷ÎÙ‡?Ž¸Që…¸?¢ñ©ûçl‹@d+®záH?¯;dZ¬?£÷ÎÙ‡+@dP(õÂ\?ªŸ¾vÈ´9?¢ñ©ûçl‹@e MÒñ©ü?„záG®{? å`A‰7L@e*záG®?œ¬1&éy?”záG®{@e/|í‘hs¿`bMÒñ©ü?›¥ãS÷ÎÙ@e_Oß;d?˜“t¼j~ú?•$Ý/@e ýó¶E¢? å`A‰7L?—Oß;dZ@eÈ´9Xb?¢ñ©ûçl‹?”záG®{@eÞÙ‡+?¥$Ý/?‘hr° Äœ@fRIº^5?›¥ãS÷ÎÙ?ˆ“t¼j~ú@c?|í‘h?„záG®{?”záG®{@d®E¡ÊÀƒ?¤záG®{?˜“t¼j~ú@dÊzáG®?µÂ\(õÃ?œ¬1&éy@eˆ›¥ãSø? å`A‰7L?£÷ÎÙ‡+@fÛl‹C•?†‡+Iº?†‡+Iº@f²-V?‘hr° Äœ?ˆ“t¼j~ú@gyó¶E¡Ë?Ž¸Që…¸?”záG®{@h(õÂ\?§Oß;dZ?ŠŸ¾vÈ´9@rÛ²-V?¨bMÒñª?™™™™™™š@r÷XbMÓ?±hr° Äœ?šŸ¾vÈ´9@t_…¸Qì?“t¼j~ùÛ?”záG®{@trÔýó¶F?¥$Ý/?–‡+Iº@t‘ß;dZ?°bMÒñ©ü?•$Ý/@tÍÒñ©ûç?’n—Oß;?”záG®{@tð1&éxÕ?¯;dZ¬?bMÒñ©ü@u}Oß;dZ?¢ñ©ûçl‹?ž¸Që…¸@u¨1&éy?œ¬1&éy?ŠŸ¾vÈ´9@u»G®zá?ŠŸ¾vÈ´9?ˆ“t¼j~ú@uËl‹C•?¡ë…¸Qì?Œ¬1&éy@uèÈ´9X?–‡+Iº?ŠŸ¾vÈ´9@uøfffff?tzáG®{?bMÒñ©ü@vIÂ\(ö?«"Ðå`A‰?’n—Oß;@vŠfffff?¤záG®{?Œ¬1&éy@t®“t¼?’n—Oß;?•$Ý/@uNE¡ÊÀƒ?²-V?”záG®{@u^-V¿h“t¼j~ú?’n—Oß;@w¡Ÿ¾vÉ?”záG®{?‘hr° Äœ@w²Që…¸?²-V?ŠŸ¾vÈ´9@wÁ?|í‘h?/Ÿ¾vÉ?ŠŸ¾vÈ´9@y9× =p¤?—Oß;dZ?²-V@yYãS÷ÎÙ?h“t¼j~ú?šŸ¾vÈ´9@y¤Ý/ ?”záG®{?“t¼j~ùÛ@™]× =p¤?¯;dZ¬?ŠŸ¾vÈ´9@™a¸Që…?¡ë…¸Qì?ŠŸ¾vÈ´9@™i¾vÈ´9?§ =p£× ?ˆ“t¼j~ú@™uS÷ÎÙ?£t¼j~ùÛ?ˆ“t¼j~ú@™1&éxÕ?›¥ãS÷ÎÙ?ŠŸ¾vÈ´9@™…ð£× =?x“t¼j~ú?•$Ý/@™° Ä›¦?ŠŸ¾vÈ´9?–‡+Iº@š9XbN?¡ë…¸Qì?¤ýó¶E¡Ë@šTýó¶F?®5?|í‘h?©™™™™™š@š 8Që…?§ =p£× ?¡ë…¸Qì@š$Ý/?©™™™™™š?’n—Oß;@š-bMÒñª?¹™™™™™š?£t¼j~ùÛ@šDÌÌÌÌÍ?›¥ãS÷ÎÙ?’n—Oß;XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 24 / width of table in bytes NAXIS2 = 197 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 3 / number of fields in each row TTYPE1 = 'TIME ' / label for field 1 TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 'd ' / physical unit of field TTYPE2 = 'RATE ' / label for field 2 TFORM2 = '1D ' / data format of field: 8-byte DOUBLE TUNIT2 = 'count/cm**2/s' / physical unit of field TTYPE3 = 'ERROR ' / label for field 3 TFORM3 = '1D ' / data format of field: 8-byte DOUBLE TUNIT3 = 'count/cm**2/s' / physical unit of field ORIGIN = 'JAXA/ISAS' / Origin of FITS file TELESCOP= 'GINGA ' / Telescop or mission name INSTRUME= 'ASM ' / name of instrument EQUINOX = 1950.00 / Equinox for R.A. and Dec. RADECSYS= 'FK4 ' / World coord. system for this file (FK4 or FK5) CONTENT = 'Light Curves' / Content of the files MJDREF = 46796 / Reference MJD TIMESYS = '1987.00 ' / System used to define the time TIMEUNIT= 'd ' / Unit of time for TSTART and TSTOP TIMEREF = 'LOCAL ' / LOCAL,SOLARTIME,HELIOCENTRIC or BARYCENTRIC TASSIGN = 'SATELLITE' / Where the time assignment is made(SATELLITE)? CLOCKCOR= 'UNKNOWN ' / Has the time been corrected to UT? TIMEZERO= 0.00 / Origin to use when calculating absolute time TIMEDEL = 0.001 / Smallest time increment HISTORY Original light-curves are provided by Prof. S. Kitamoto in ASCII format,HISTORY and converted to FITS format at DARTS by Dr. T. Furusho and HISTORY Prof. K. Ebisawa in 2017. TSTART = 151.726 / time start TSTOP = 1681.200 / time stop OBJECT = 'Coma Cluster' / name of observed object RA_OBJ = 194.2800 / Object right ascension in degrees DEC_OBJ = 28.1700 / Object declination in degrees DATE-OBS= '1987-06-01' / Date of earliest observation (yyyy-mm-dd) TIME-OBS= '17:25:26.40000' / Time on date of earliest observ. (hh:mm:ss) DATE-END= '1991-08-09' / Date of latest observation (yyyy-mm-dd) TIME-END= '04:47:57.00000' / Time on date of latest observ. (hh:mm:ss) DATE = '2017-08-08' / file creation date (YYYY-MM-DD) E_MIN = 6 / low energy for channel (keV) E_MAX = 20 / high energy for channel (keV) EXTNAME = 'RATE(6-20 keV)' / name of this binary table extension CHECKSUM= '3SEo3QCl3QCl3QCl' / HDU checksum updated 2018-03-12T01:44:51 DATASUM = '635790533' / data unit checksum updated 2017-08-08T05:17:56 END @b÷;dZ¬?bMÒñ©ü?–‡+Iº@c5xÔýó¶?ˆ“t¼j~ú?²-V@cU‘hr°!?x“t¼j~ú? bMÒñ©ü@cs…¸Qì?”záG®{?²-V@cË\(õÂ?¢n—Oß;? å`A‰7L@cñë…¸R?ª¬1&é?²-V@d÷ÎÙ‡¿”záG®{?©™™™™™š@d+®záH?—Oß;dZ?¨bMÒñª@dP(õÂ\?¥$Ý/?¦‡+Iº@e MÒñ©ü¿™™™™™™š?ž¸Që…¸@e*záG®?€bMÒñ©ü?—Oß;dZ@e/|í‘hs?h“t¼j~ú?Ÿ¾vÈ´9X@e_Oß;d¿pbMÒñ©ü?–‡+Iº@e ýó¶E¢¿PbMÒñ©ü?˜“t¼j~ú@eÈ´9Xb?†‡+Iº?‘hr° Äœ@eÞÙ‡+?–‡+Iº?“t¼j~ùÛ@fRIº^5?ž¸Që…¸?Œ¬1&éy@c?|í‘h¿pbMÒñ©ü?–‡+Iº@d®E¡ÊÀƒ?œ¬1&éy?œ¬1&éy@dÊzáG®?›¥ãS÷ÎÙ?ž¸Që…¸@eˆ›¥ãSø?«"Ðå`A‰?¥$Ý/@fÛl‹C•¿h“t¼j~ú?ŠŸ¾vÈ´9@f²-V?†‡+Iº?ŠŸ¾vÈ´9@gyó¶E¡Ë?‚n—Oß;?”záG®{@h(õÂ\?`bMÒñ©ü?ŠŸ¾vÈ´9@rÛ²-V¿bMÒñ©ü?›¥ãS÷ÎÙ@r÷XbMÓ?`bMÒñ©ü?—Oß;dZ@t_…¸Qì?„záG®{?•$Ý/@trÔýó¶F?†‡+Iº?–‡+Iº@t‘ß;dZ¿‚n—Oß;?•$Ý/@tÍÒñ©ûç?›¥ãS÷ÎÙ?—Oß;dZ@tð1&éxÕ€?bMÒñ©ü@u}Oß;dZ¿˜“t¼j~ú?Ÿ¾vÈ´9X@u¨1&éy?¤ýó¶E¡Ë?“t¼j~ùÛ@u»G®zá?|¬1&éy?Œ¬1&éy@uËl‹C•¿h“t¼j~ú?Œ¬1&éy@uèÈ´9X?¤ýó¶E¡Ë?bMÒñ©ü@uøfffff¿“t¼j~ùÛ?“t¼j~ùÛ@vIÂ\(ö¿x“t¼j~ú?•$Ý/@vŠfffff?Œ¬1&éy?“t¼j~ùÛ@t®“t¼¿€bMÒñ©ü?œ¬1&éy@uNE¡ÊÀƒ?’n—Oß;?™™™™™™š@u^-V?™™™™™™š?—Oß;dZ@w¡Ÿ¾vÉ?Œ¬1&éy?bMÒñ©ü@w²Që…¸?bMÒñ©ü?Œ¬1&éy@wÁ?|í‘h?šŸ¾vÈ´9?bMÒñ©ü@y9× =p¤¿“t¼j~ùÛ?Ÿ¾vÈ´9X@yYãS÷ÎÙ?®5?|í‘h?£÷ÎÙ‡+@y¤Ý/ ?Œ¬1&éy?•$Ý/@™]× =p¤?†‡+Iº?ˆ“t¼j~ú@™a¸Që…¿tzáG®{?ˆ“t¼j~ú@™i¾vÈ´9?x“t¼j~ú?†‡+Iº@™uS÷ÎÙ¿`bMÒñ©ü?ˆ“t¼j~ú@™1&éxÕ?tzáG®{?ˆ“t¼j~ú@™…ð£× =¿«"Ðå`A‰?•$Ý/@™° Ä›¦? å`A‰7L?›¥ãS÷ÎÙ@š9XbN?tzáG®{?¡ë…¸Qì@šTýó¶F?œ¬1&éy?£÷ÎÙ‡+@š 8Që…?°å`A‰7L?£t¼j~ùÛ@š$Ý/¿’n—Oß;?‘hr° Äœ@š-bMÒñª?±hr° Äœ?¢ñ©ûçl‹@šDÌÌÌÌÍ?¢n—Oß;?’n—Oß;XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / 8-bit bytes NAXIS = 2 / 2-dimensional binary table NAXIS1 = 24 / width of table in bytes NAXIS2 = 197 / number of rows in table PCOUNT = 0 / size of special data area GCOUNT = 1 / one data group (required keyword) TFIELDS = 3 / number of fields in each row TTYPE1 = 'TIME ' / label for field 1 TFORM1 = '1D ' / data format of field: 8-byte DOUBLE TUNIT1 = 'd ' / physical unit of field TTYPE2 = 'RATE ' / label for field 2 TFORM2 = '1D ' / data format of field: 8-byte DOUBLE TUNIT2 = 'count/cm**2/s' / physical unit of field TTYPE3 = 'ERROR ' / label for field 3 TFORM3 = '1D ' / data format of field: 8-byte DOUBLE TUNIT3 = 'count/cm**2/s' / physical unit of field ORIGIN = 'JAXA/ISAS' / Origin of FITS file TELESCOP= 'GINGA ' / Telescop or mission name INSTRUME= 'ASM ' / name of instrument EQUINOX = 1950.00 / Equinox for R.A. and Dec. RADECSYS= 'FK4 ' / World coord. system for this file (FK4 or FK5) CONTENT = 'Light Curves' / Content of the files MJDREF = 46796 / Reference MJD TIMESYS = '1987.00 ' / System used to define the time TIMEUNIT= 'd ' / Unit of time for TSTART and TSTOP TIMEREF = 'LOCAL ' / LOCAL,SOLARTIME,HELIOCENTRIC or BARYCENTRIC TASSIGN = 'SATELLITE' / Where the time assignment is made(SATELLITE)? CLOCKCOR= 'UNKNOWN ' / Has the time been corrected to UT? TIMEZERO= 0.00 / Origin to use when calculating absolute time TIMEDEL = 0.001 / Smallest time increment HISTORY Original light-curves are provided by Prof. S. Kitamoto in ASCII format,HISTORY and converted to FITS format at DARTS by Dr. T. Furusho and HISTORY Prof. K. Ebisawa in 2017. TSTART = 151.726 / time start TSTOP = 1681.200 / time stop OBJECT = 'Coma Cluster' / name of observed object RA_OBJ = 194.2800 / Object right ascension in degrees DEC_OBJ = 28.1700 / Object declination in degrees DATE-OBS= '1987-06-01' / Date of earliest observation (yyyy-mm-dd) TIME-OBS= '17:25:26.40000' / Time on date of earliest observ. (hh:mm:ss) DATE-END= '1991-08-09' / Date of latest observation (yyyy-mm-dd) TIME-END= '04:47:57.00000' / Time on date of latest observ. 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