| School of Modern Astrophysics |
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"Fundamental particles and Astrophysics", Bachelor
Additional astrophysical education, bachelor
The problems of modern astrophysics - two-years course (plan)
Questions for the state examination in general physics -
Laboratory workshop
O.V. Verkhodanov (SAO). Construction of the angular power spectrum of the CMB
(instructions).
O.V. Verkhodanov (SAO). Selection of candidates for distant galaxies
(instructions).
A.S.Vinokurov (SAO). Nebular spectroscopy and modeling with the photoionization code Cloudy
(instructions).
D.I. Makarov (SAO). Determination of the rotation curves and redshifts of edge-on seen galaxies
(instructions).
L.N. Makarova (SAO). Determination of the photometric distances to galaxies using the Hubble diagram and TRGB
(instructions).
V.A. Potapov (PRAO). Timing of millisecond pulsars
(instructions).
M.G. Revnivtsev (ISR). Studies of short-scale variability of the X-ray sources
(instructions).
V.A. Samodurov (PRAO). Spectral observations of water vapor in the lines (22 GHz) of the cosmic maser sources
(instructions).
S.A. Tul'bashev (PRAO). The study of the effective area of the radio telescope
(instructions).
S.A. Tul'bashev (PRAO). Methods to detect flickering component radio sources
(instructions).
S.A. Chernyagin (MIPT). Study of the problem of several bodies through computer simulation
(instructions, program).
M.E. Sharina (SAO). Aperture stellar photometry and determine the distance to galaxies using the brightest supergiants
(instructions).
V.R. Shutenkov (PRAO). Interferometric processing of data obtained from VLA antenna
(instructions, installation AIPS).
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Last update October 6, 2012
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