J/AZh/79/249      Equatorial spectrophotometric standards   (Tereshchenko, 2002)

Intermediate-brightness equatorial spectrophotometric standards. Tereshchenko V.M. <Astron. Zh. 79, 249 (2002)> =2002AZh....79..249T 2002AZh....79..249T =2002ARep...46..224T 2002ARep...46..224T
ADC_Keywords: Stars, normal; Spectrophotometry Abstract: Spectral energy distributions for 41 stars, 7-8mag, near the celestial equator (DE=±3°) were obtained. The 3100-7600Å spectral range is studied with a spectral resolution of 50Å. File Summary: -------------------------------------------------------------------------------- FileName Lrecl Records Explanations -------------------------------------------------------------------------------- ReadMe 80 . This file table1.dat 64 41 Equatorial standards and their main characteristics table2.dat 251 90 Spectral energy distributions of the equatorial standards -------------------------------------------------------------------------------- See also: III/186 : Energy distribution in stars at 320-760nm (Knyazeva+, 1996) J/AZh/73/762 : Energy distribution in giants and supergiants (Tereshchenko, 1996) Byte-by-byte Description of file: table1.dat -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 2 I2 --- Seq Running number 5- 10 I6 --- HD HD (III/135) number of the star 13- 14 I2 h RAh Right Ascension (J2000) (hours) 16- 17 I2 min RAm Right Ascension (J2000) (minutes) 19- 25 F7.4 s RAs Right Ascension (J2000) (seconds) 27 A1 --- DE- Declination (J2000) (sign) 28- 29 I2 deg DEd Declination (J2000) (degrees) 31- 32 I2 arcmin DEm Declination (J2000) (minutes) 34- 39 F6.3 arcsec DEs Declination (J2000) (seconds) 44- 47 F4.2 mag Vmag V magnitude 52- 55 F4.2 mag B-V B-V color index 60- 64 A5 --- SpType MK Spectral type -------------------------------------------------------------------------------- Byte-by-byte Description of file: table2.dat -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 4 I4 0.1nm lambda Spectral line wavelength 7- 10 I4 nW/m2/cm starN1 Energy distribution for HD 2830, A0 14- 16 I3 nW/m2/cm starN2 Energy distribution for HD 3628, G2V 20- 22 I3 nW/m2/cm starN3 Energy distribution for HD 9716, A0V 26- 28 I3 nW/m2/cm starN4 Energy distribution for HD 13043, G2V 32- 34 I3 nW/m2/cm starN5 Energy distribution for HD 17808, A0V 38- 40 I3 nW/m2/cm starN6 Energy distribution for HD 20619, dG2 44- 46 I3 nW/m2/cm starN7 Energy distribution for HD 23009, A0V 50- 52 I3 nW/m2/cm starN8 Energy distribution for HD 27063, G0V 56- 58 I3 nW/m2/cm starN9 Energy distribution for HD 29788, B9.5V 62- 64 I3 nW/m2/cm starN10 Energy distribution for HD 36117, A0 68- 70 I3 nW/m2/cm starN11 Energy distribution for HD 39833, G0V 74- 76 I3 nW/m2/cm starN12 Energy distribution for HD 46090, G0V 80- 82 I3 nW/m2/cm starN13 Energy distribution for HD 47221, B9.5V 86- 88 I3 nW/m2/cm starN14 Energy distribution for HD 59688, G0V 92- 94 I3 nW/m2/cm starN15 Energy distribution for HD 71431, G0V 98-100 I3 nW/m2/cm starN16 Energy distribution for HD 75620, A0V 104-106 I3 nW/m2/cm starN17 Energy distribution for HD 80916, A0V 110-112 I3 nW/m2/cm starN18 Energy distribution for HD 83290, G0V 116-118 I3 nW/m2/cm starN19 Energy distribution for HD 88725, G1V 122-124 I3 nW/m2/cm starN20 Energy distribution for HD 90212, A0V 129-131 I3 nW/m2/cm starN21 Energy distribution for HD 100237, A0V 135-137 I3 nW/m2/cm starN22 Energy distribution for HD 102844, G0V 141-143 I3 nW/m2/cm starN23 Energy distribution for HD 108228, A0V 147-149 I3 nW/m2/cm starN24 Energy distribution for HD 109098, G0V 153-155 I3 nW/m2/cm starN25 Energy distribution for HD 121513, A0V 158-161 I4 nW/m2/cm starN26 Energy distribution for HD 126053, G1V 165-167 I3 nW/m2/cm starN27 Energy distribution for HD 133409, A0V 171-173 I3 nW/m2/cm starN28 Energy distribution for HD 138369, G0V 177-179 I3 nW/m2/cm starN29 Energy distribution for HD 147470, A0V 183-185 I3 nW/m2/cm starN30 Energy distribution for HD 152391, G6V 189-191 I3 nW/m2/cm starN31 Energy distribution for HD 158509, B9.5V 195-197 I3 nW/m2/cm starN32 Energy distribution for HD 169225, B9.5V 201-203 I3 nW/m2/cm starN33 Energy distribution for HD 172233, G0 207-209 I3 nW/m2/cm starN34 Energy distribution for HD 185198, B9.5V 213-215 I3 nW/m2/cm starN35 Energy distribution for HD 186104, G0V 219-221 I3 nW/m2/cm starN36 Energy distribution for HD 193559, B9.5V 225-227 I3 nW/m2/cm starN37 Energy distribution for HD 194764, G0V 231-233 I3 nW/m2/cm starN38 Energy distribution for HD 203993, A0 237-239 I3 nW/m2/cm starN39 Energy distribution for HD 212837, G0 243-245 I3 nW/m2/cm starN40 Energy distribution for HD 216261, A0V 249-251 I3 nW/m2/cm starN41 Energy distribution for HD 219018, G5 --------------------------------------------------------------------------------
(End) Veta Avedisova [INASAN] 16-Sep-2002
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