mortal kombat project 4.1 ronald mcdonald

#Mortal kombat project 4.1 ronald mcdonald archive#

The night sky brightness at McDonald Observatory Spectra of the recent supernova in NGC 0991 give for the first time quantitative confirmation of a spectrally homogeneous, but distinct subclass of Type I supernovae which appears to be less luminous and to have lower excitation at maximum light than classical Type I supernovae Spectra of recent Type I supernovae in NGC 3227, NGC 3625, and NGC 4419 are compared with those of SN 1981b in NGC 4536 to quantitatively illustrate both the homogeneity of Type I spectra at similar epochs and the differences in detail which will serve as a probe of the physical processes in the explosions. The programs to obtain high quality spectra and photometry of supernovae at McDonald Observatory are reviewed.

Supernova observations at McDonald Observatory The observations, covering the period 1981-2000, were made with McDonald Observatory's 2.1 m Struve reflector and the Breger photopolarimeter. We present 990 previously unpublished optical linear polarization measurements of quasars, active galactic nuclei, and some stars observed for interstellar polarization. International Nuclear Information System (INIS)

#Mortal kombat project 4.1 ronald mcdonald archive#

McDONALD OBSERVATORY ARCHIVE OF OPTICAL LINEAR POLARIZATION MEASUREMENTS These reports contain a day-by-day documentation of the ranging activity, detailed discussions of the equipment development efforts, and an abundance of other information as is needed to document and archive this important data type. Detailed reports are published on the McDonald operations after every fourth lunation or approximately once every 115 days. After processing, the data is distributed to interested analysis centers and later to the National Space Science Data Center where it is available for routine distribution. Data are recorded on magnetic tapes and sent to the University of Texas at Austin where the data is processed. The lunar laser experiment uses the observatory 2.7m reflecting telescope on a thrice-per-day, 21-day-per-lunation schedule. The McDonald Observatory lunar laser ranging projectĪ summary of the activities of the McDonald lunar laser ranging station at Fort Davis for the FY 77-78 fiscal year is presented.