VI/47 EVOLUTIONARY SPECTRA OF GALAXIES ================================================================================ An atlas of synthetic spectra of galaxies ROCCA-VOLMERANGE B., GUIDERDONI B. Astron. Astrophys. Suppl. Ser. 75, 93 (1988) ================================================================================ Description: Evolutionary synthetic spectra of galaxies extended from far-UV (122nm) to 1um (1000nm) with a spectral resolution of 1nm are computed with the model described by Guiderdoni B. and Rocca-Volmerange B., Astron. Astrophys. 186, 1 (1987). Please refer to the printed publications for details concerning the models and the computations. Note that the spectra include reddening and nebular component. Models from Mihalas (1972) are used below 122nm. File Summary: -------------------------------------------------------------------------------- FileName Lrecl Records Explanations -------------------------------------------------------------------------------- Intro 80 . This file f1 225 965 Burst model f2 225 965 UV-cold E/S0 model f3 225 965 UV-hot E/S0 model f4 225 965 Sa model f5 225 965 Sb model f6 225 965 Sc model f7 225 965 Sd model f8 225 965 Im model -------------------------------------------------------------------------------- Byte-by-byte Description of file: f* -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 2- 5 I4 0.1nm lambda Wavelength in Angstroem 7- 16 E10.4 5.32.10+23W/nm/Sun F00.08Gyr Flux for age = 0.08Gyr 18- 27 E10.4 5.32.10+23W/nm/Sun F01.08Gyr Flux for age = 1.08Gyr 29- 38 E10.4 5.32.10+23W/nm/Sun F02.08Gyr Flux for age = 2.08Gyr 40- 49 E10.4 5.32.10+23W/nm/Sun F03.08Gyr Flux for age = 3.08Gyr 51- 60 E10.4 5.32.10+23W/nm/Sun F04.08Gyr Flux for age = 4.08Gyr 62- 71 E10.4 5.32.10+23W/nm/Sun F05.08Gyr Flux for age = 5.08Gyr 73- 82 E10.4 5.32.10+23W/nm/Sun F06.08Gyr Flux for age = 6.08Gyr 84- 93 E10.4 5.32.10+23W/nm/Sun F07.08Gyr Flux for age = 7.08Gyr 95-104 E10.4 5.32.10+23W/nm/Sun F08.08Gyr Flux for age = 8.08Gyr 106-115 E10.4 5.32.10+23W/nm/Sun F09.08Gyr Flux for age = 9.08Gyr 117-126 E10.4 5.32.10+23W/nm/Sun F10.08Gyr Flux for age =10.08Gyr 128-137 E10.4 5.32.10+23W/nm/Sun F11.08Gyr Flux for age =11.08Gyr 139-148 E10.4 5.32.10+23W/nm/Sun F12.08Gyr Flux for age =12.08Gyr 150-159 E10.4 5.32.10+23W/nm/Sun F13.08Gyr Flux for age =13.08Gyr 161-170 E10.4 5.32.10+23W/nm/Sun F14.08Gyr Flux for age =14.08Gyr 172-181 E10.4 5.32.10+23W/nm/Sun F15.08Gyr Flux for age =15.08Gyr 183-192 E10.4 5.32.10+23W/nm/Sun F16.08Gyr Flux for age =16.08Gyr 194-203 E10.4 5.32.10+23W/nm/Sun F17.08Gyr Flux for age =17.08Gyr 205-214 E10.4 5.32.10+23W/nm/Sun F18.08Gyr Flux for age =18.08Gyr 216-225 E10.4 5.32.10+23W/nm/Sun F19.08Gyr Flux for age =19.08Gyr -------------------------------------------------------------------------------- Note: The flux unit is also 5.32x10+29 erg/s/Angstroem/1SolarMass of galaxy Historical notes: the original files contained each 19320 19-byte records with a repetition of the wavelength for each age. The various ages of each age sequence have been converted to individual columns. ================================================================================ (End) Francois Ochsenbein [CDS] 21-Jun-1994