VI/75               Merged Log of IUE Observations (1978Jan - 1992Dec)

MERGED LOG OF IUE OBSERVATIONS NASA / ESA / SERC
ADC_Keywords: Observatory log; Spectra, ultraviolet Mission_Name: IUE Description: The log contains data from January 26, 1978 through Dec. 92. It is sorted by right ascension. File Summary: -------------------------------------------------------------------------------- FileName Lrecl Records Explanations -------------------------------------------------------------------------------- ReadMe 80 . This file merged 131 92761 The IUE Merged Log. -------------------------------------------------------------------------------- Byte-by-byte Description of file: merged -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 12 A12 --- Object *Identification of object 14- 18 A5 --- PGM-ID *Observing Program Identification 20- 21 I2 h RAh *[0/24[? Right Ascension 1950 (hours) 22- 23 I2 min RAm *[0/60[? Right Ascension 1950 (minutes) 24- 26 I3 ds RAds *[0/600]? Right Ascension 1950 (deci-seconds) 28 A1 --- DE- *Declination 1950 (sign) 29- 30 I2 deg DEd *[0/90]? Declination 1950 (degrees) 31- 32 I2 arcmin DEm *[0/60]? Declination 1950 (minutes) 33- 34 I2 arcsec DEs *[0/60]? Declination 1950 (seconds) 35- 41 F7.3 mag Vmag *[]?=99.99 Visual Magnitude 43- 44 I2 --- IUE-CLAS *? IUE Object Class (see main header) 46- 47 A2 --- FESmode *FES Mode (BO/FO/FU/SO/SU) 49- 53 I5 ct FEScount *? FES Counts 55- 57 A3 --- Camera *[LSWRPFE] IUE Camera (LWR/LWP/SWR/SWP/FES) 59- 63 I5 --- Image *[501/49719]? IUE Image number 65 A1 --- Entry *[0-4] Relates entry in HOI with aperture used 67 A1 --- Dispersn *[LHDEFPS] Dispersion (High, Low, other for FES) 68 A1 --- Aperture *[LS12] Aperture (Large, Small, D for FES) 69 A1 --- LAPstat *[OC] Large apert. status (Open, Closed) 70 A1 --- EXP-MODE *[MT] Mode of exposure (Multiple, Trailed) 71- 77 A7 "m:s" EXPtime *[0-9:] Exposure time 79- 86 A8 "DD/MM/YY" DATE-OBS *[0-9/] Date of observation (UT) 88- 95 A8 "h:m:s" TIME-OBS *[0-9:] Time of observation (UT) 97 A1 --- Station *[GV] Observing station (GSFC or VILSPA) 99-106 A8 "DD/MM/YY" DATE-PRO *[0-9/] Last Processing Date 108-110 A3 --- ExpCC *Exposure Classification Code of VILSPA (CEB) 112-131 A20 --- Comments *Comments -------------------------------------------------------------------------------- Note on Object: -> Field controlled and monitored by the IUE project Note on PGM-ID: -> Field controlled and monitored by the IUE project Note on RAh : -> Field controlled and monitored by the IUE project Note on RAm : -> Field controlled and monitored by the IUE project Note on RAds : -> Field controlled and monitored by the IUE project record #19324 (Object 0511-230) has a uncorrectable value of 845 in this field Note on DE- : -> Field controlled and monitored by the IUE project Note on DEd : -> Field controlled and monitored by the IUE project Note on DEm : -> Field controlled and monitored by the IUE project Note on DEs : -> Field controlled and monitored by the IUE project Note on Vmag : from Jan. 18, 1983 the magnitude for VILSPA images is estimated from FES counts and FES tracking mode (see ESA IUE Newsletter no. 5, pg. 30, 1980) Note on IUE-CLAS: see below the complete list of IUE classes Note on FESmode : -> Field controlled and monitored by the IUE project targets brightness as measured by the FES in primary mode at the time of target acquisition. Mode designations: FU = Fast track/Underlap FO = Fast track/Overlap SO = Slow track/Overlap Note on FEScount: -> Field controlled and monitored by the IUE project Counts are photon counts averaged over an integration time dependent on the needs of target acquisition. The FES detector saturates at a count of 28673 ! Note on Camera : -> Field controlled and monitored by the IUE project LWP Long Wavelength Prime Camera (Camera no.1) LWR Long Wavelength Redundant Camera (Camera no.2) SWP Short Wavelength Prime Camera (Camera no.3) SWR Short Wavelength Redundant Camera (Camera no.4) FES Fine Error Sensor star field images (Camera no.9) Note on Image : -> Field controlled and monitored by the IUE project Note on Entry : -> Field controlled and monitored by the IUE project Related essentially with the aperture used Note on Dispersn: -> Field controlled and monitored by the IUE project High (H) or Low (L). For FES: D - Default (10 arcmin square) E - Extended (16 arcmin square) F - Full (18 arcmin square) P - Postage stamp (usually 1 arcmin square) S - Special (optional) Note on Aperture: -> Field controlled and monitored by the IUE project the 10 by 20 arc second large oval aperture (L) or the 3 arc second small circular aperture (S) For FES images: 2 - FES unit 2 (normal operational use) 1 - FES unit 1 Note on LAPstat : -> Field controlled and monitored by the IUE project Open (O) or Closed (C) Note on EXP-MODE: -> Field controlled and monitored by the IUE project Beginning March 12, 1982 for GSFC and Oct. 1982 for VILSPA. trailed images are flagged with a 'T' in this field, multiple exposures are flagged with an 'M'. * a few records have a numeric value in this field: #6959(3), 47554(4), 67956(3), 68354(5), 68355(5), 68462(2), 83569(4) Note on EXPtime : -> Field controlled and monitored by the IUE project minutes and seconds - images exposed for less than 1 second will have zero exposure length in log. For FES images: the dwell time per sample is indicated in this field as dwell time (millisec) = 1024/Exp.time(min) Note on DATE-OBS: -> Field controlled and monitored by the IUE project Note on TIME-OBS: -> Field controlled and monitored by the IUE project start time in UT Note on Station : -> Field controlled and monitored by the IUE project G - image taken at GSFC; V - image taken at VILSPA Note on DATE-PRO: -> Field controlled and monitored by the IUE project the last date the image was processed. The state of the image processing system at both ground stations as a function of time is documented in the IUE Newsletter. The most detailed information appeared in NASA IUE Newsletter no. 25 and ESA IUE Newsletter no. 14 & 21 Note on ExpCC : Exposure Classification Code of VILSPA: The exposure levels of VILSPA images are described by a 3-digit number: Digit 1: Exposure level of continuum Digit 2: Exposure level of emission lines Digit 3: Background level The exposure levels take the following values: 0 = Not applicable 1 = No spectrum visible 2 = Faint spectrum: max dn < 20 above local background 3 = Underexposed: max dn < 100 above local background 4 = Weak: 100 < max dn < 150 above local background 5 = Good: no sat., max dn > 150 above local background 6 = a bit strong: a few pixels are saturated 7 = saturated for less than half the spectrum 8 = mostly saturated but some parts usable 9 = completely saturated The background is classified in terms of a standard region of each camera outside the area affected by the high resolution orders. The value used is the mean dn given by a subset histogram approximately 10 pixels in width. 0 = 0 < dn < 20 1 = 21 < dn < 30 2 = 31 < dn < 40 3 = 41 < dn < 50 4 = 51 < dn < 60 5 = 61 < dn < 70 6 = 71 < dn < 80 7 = 81 < dn < 90 8 = 91 < dn < 110 9 = 101 < dn < ... X = saturated Note on Comments: as provided by the Resident Astronomer: For GSFC and VILSPA images taken before March 13,1982 widened spectra obtained by trailing the star along the major axis of the large aperture is so indicated. As of that date, GSFC trailed images are identified only in the aperture field, while VILSPA trailed continue to be noted as such in the comments. For GSFC images taken after April 21, 1979 the following information is given: E - gross exposure level in DN for strongest emission lines in spectrum C - gross DN value for the most highly exposed region of the continuum B - average DN value for the background N - peak DN value for the microphonic noise List of IUE Classes: ------------------------------------------------------------------------------ 00 Sun 51 Long Period Variable Stars 01 Earth 52 Irregular Variables 02 Moon 53 Regular Variables 03 Planet 54 Dwarf Novae 04 Planetary satellite 55 Classical Novae 05 Minor Planet 56 Supernovae 06 Comet 57 Symbiotic Stars 07 Interplanetary medium 58 T Tauri 08 Giant Red Spot 59 X-Ray 10 WC 60 Shell Star 11 WN 61 Eta Carinae 12 Main Sequence O 62 Pulsar 13 Supergiant O 63 Nova-like 14 Oe 64 Other stellar Object 15 Of 65 Misidentified targets 16 sdO 66 Interacting Binaries 17 WD O 70 Planetary Nebular + Central Star 19 UV-strong 71 Planetary Nebular - Central Star 20 B0-B2 V-IV 72 H II Region 21 B3-B5 V-IV 73 Reflection Nebula 22 B6-B9,5 V-IV 74 Dark Cloud (absorption spectrum) 23 B0-B2 III-I 75 Supernova Remnant 24 B3-B5 III-I 76 Ring Nebula (shock-ionised) 25 B6-B9.5 III-I 80 Spiral Galaxy 26 Be 81 Elliptical Galaxy 27 Bp 82 Irregular Galaxy 28 sdB 83 Globular Cluster 29 WDB 84 Seyfert Galaxy 30 A0-A3 V-IV 85 Quasar 31 A4-A9 V-IV 86 Radio Galaxy 32 A0-A3 III-I 87 BL Lacertae object 33 A4-A9 III-I 88 Emission Line Galaxy (non-Seyfert) 34 Ae 90 Intergalactic Medium 35 Am 98 Wavelength Calibration (NASA Log) 36 Ap 99 Nulls and Flat Fields (NASA Log) 37 WDA 38 Horizontal Branch 39 Composite 40 F0-F2 41 F3-F9 42 Fp 43 Late Type Degenerate Stars 44 G (to 1Feb79); G IV-VI (from 1Feb79) 45 G I-II (from 1Feb79) 46 K (to 1Feb79); K IV-VI (from 1Feb79) 47 K I-III (from 1Feb79) 48 M (to 1Feb79); M Dwarfs (from 1Feb79) 49 M I-III (from 1Feb79) 50 R, N or S types ------------------------------------------------------------------------------ Historical Notes: A few errors have been corrected at CDS: * realignment of magnitudes in column Vmag * EXP-MODE had a control character (^X) for record #2256; a blank was substituted. * invalid values for column "Dispersn" have been changed into 'D' for records #39893, 51488, 51491, 51506, 60224, 68462 * right ascension corrected for record #79595 (V404 CYG) * right ascension corrected for record #92292 (BD+28 4211) * realignment of count number in column FEScount
(End) Francois Ochsenbein [CDS] 22-Dec-1994
The document above follows the rules of the Standard Description for Astronomical Catalogues; from this documentation it is possible to generate f77 program to load files into arrays or line by line