Description: Object: ---------------------------------------------------------- RA (2000) DE Designation(s) (File) ---------------------------------------------------------- 10 36 08.31 -58 13 04.8 HD 92024, V381 Car ---------------------------------------------------------- File Summary: FileName Lrecl Records Explanations x ReadMe 100 This file x PHASES.DAT 127 126 All observing times w. corresp. orb. phases x RVS.DAT 129 125 Cross-correlation and WD model RVs x RVDIFFS.DAT 103 101 Cross-correlation radial velocity differences x OBS_LOGF.DAT 407 404 Observing log, all two-dimens. FEROS images incl. calibrations. x OBS_LOGE.DAT 27 23 Observing log, all 1-dimens. ECHELEC spectra x ./1D-spectra/ Sub dir. with all final ECHELEC (ln0???.fits) and FEROS spectra (ln????.fits/ln????sky.fits) Note that in exceptional cases, some telluric lines were harmed during cosmic-ray rejection! See also: J/A+A/xxx/xxx : The beta Cephei variable in the eclipsing binary HD 92024 - I. Determination of the orbit (Paper I, Freyhammer+ 2004), accepted Byte-by-byte Description of file: PHASES.DAT Bytes Format Units Label Explanations 1- 6 I6 --- SPEC Identifier for FEROS/ECHELEC spectrum 7- 20 F14.5 days MID-HJD Mid-exposure Heliocentric Julian date, 21- 29 F8.6 --- ORB.PHAS Orbital phase corresponding to MID-HJD 1 Byte-by-byte Description of file: RVS.DAT Bytes Format Units Label Explanations 1- 6 I6 --- SPEC Identifier for FEROS/ECHELEC spectrum 7- 20 F14.5 days MID-HJD Mid-exposure Heliocentric Julian date, 21- 29 F8.6 --- ORB.PHAS Orbital phase corresponding to MID-HJD 1 30- 38 F9.6 --- XMAX Fitted height of cross.corr. peak 39- 45 F7.1 km/s RV_ORB Fitted orbital RV of cross.corr, using a composite of all FEROS spectra 46- 52 F7.1 km/s RV_WDORB WD eclipsing orbital model predicted RVs at times of observation. Cf. Table 9 in Freyhammer+ 2004 (Paper I) Byte-by-byte Description of file: RVDIFFS.DAT 1- 6 I6 --- SPEC1 Identifier for 1st FEROS/ECHELEC spectrum of pair 7- 12 I6 --- SPEC2 Identifier for 2nd FEROS/ECHELEC spectrum of pair 13- 26 F14.5 days MID-HJD_1 Mid-exposure Heliocentric Julian date, 1st spectrum 27- 40 F14.5 days MID-HJD_2 Mid-exposure Heliocentr. Julian date 2nd spectrum 41- 49 F9.6 --- PHASE_1 Orbital phase corresponding to MID-HJD_1 50- 58 F9.6 --- PHASE_2 Orbital phase corresponding to MID-HJD_2 59- 65 F7.1 km/s RV_2-RV_1 RV difference, 2nd-1st spectrum from cross-correlation. 66- 72 F7.1 km/s RVMOD_1 Model RVs for a simple eccentric orbit, 1st spectrum 73 79 F7.1 km/s RVMOD_2 Model RVs for a simple eccentric orbit, 2nd spectrum 80- 86 F7.1 km/s RESID. Residuals of RV-differences: (RV_B-RV_A)-(RVMOD_B-RVMOD_A) Byte-by-byte Description of file: OBS_LOGF.DAT (Note! these spectra are available from the authors only on request) 1- 8 C8 --- FILENAME Identifier for 2D observed FEROS image 9- 25 C18 --- EXPTYPE Type of exposure 26- 43 C20 --- DATE-OBS Date of start of observation (UT) 44- 51 I9 hrs UT-START Time of start of observation (UT), hour 52- 54 I3 mins UT-START Time of start of observation (UT), minute 55- 59 F5.1 secs UT-START Time of start of observation (UT), second 60- 69 I10 secs EXPTIME Exposure time Byte-by-byte Description of file: OBS_LOGE.DAT 1- 10 C10 --- FILENAME Identifier for 1D reduced ECHELEC spectrum 11- 19 C9 --- ORGNAME Identifier of original image 20- 31 C12 --- DATE-OBS Date of start of observation (UT) 32- 35 I4 hrs UT-START Time of start of observation (UT), hour 36- 38 I3 mins UT-START Time of start of observation (UT), minute 39- 42 F4.0 secs UT-START Time of start of observation (UT), second 43- 48 I6 secs EXPTIME Exposure time 49- 65 F17.5 days MID-HJD Mid-exposure Heliocentric Julian date 66- 74 F9.6 --- ORB.PHAS Orbital phase corresponding to MID-HJD ================================================================================ (End)