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Метеорити

ASTRONOMY SPECIAL COURSES

Physics of stars
  1. Origin of stars and early stage of their evolution
  2. Sources of stellar energy
  3. Evolution of stars with different mass and close binary stars
  4. Final stages of star evolution

Physics of planets

  1. Gravitation fields of planets
  2. Figures of planets, free and astronomical precession
  3. Atmospheres and internal structure of terrestrial planets and giant planets
  4. Principles of photometry and polarimetry of planets
  5. Radar observations of planets 

Chemistry and geology of planets

  1. Chemical composition of Solar System
  2. Principles of mineralogy and petrology
  3. Geology of planets and satellites
  4. Geology of Earth and Moon

Introduction to cosmonautics

  1. Main stages of cosmonautics development
  2. Physical and technical principles of cosmonautics
  3. Perturbation motion of artificial satellites of planets
  4. Interorbital and interplanetary flights


Structure and evolution of Galaxy

  1. Classification, origin and structure of celestial bodies
  2. Star clusters and associations
  3. General composition and structure of Galaxy
  4. Origin and evolution of Galaxy

New methods in positional astronomy

  1. Radio astrometry, Radio interferometry
  2. Position astronomy of artificial satellites of Earth
  3. Space positional astronomy

Stars and substars evolution

  1. Substars and extrasolar planets
  2. Methods of detection of extrasolar planets and substars
  3. Results of detection of extrasolar planets and substars
  4. Internal structure and evolution of substars
  5. Extrasolar planets and life in Universe

Infrared astronomy

  1. Sensors of IR-radiation and their noises
  2. IR-photometers
  3. Terrestrial and space IR-telescopes
  4. Results of celestial bodies researches in IR-range

Extragalactic astronomy

  1. Statistical dependences between characteristics of galaxies
  2. Dark matter problem
  3. Diffuse matter in galaxies
  4. Cosmic rays and magnetic fields of galaxies

Optics of planetary surfaces

  1. Observational determination of planetary surfaces optical properties
  2. Laboratory modeling of optical properties
  3. Theoretical investigations of optical properties

Problems of modern astrophysics

  1. Problems of continuum mechanics
  2. Problems of planetary seismology
  3. Turbulence and shockwaves on the Sun and interstellar medium
  4. Problems of magnetic hydrodynamics in plasma
  5. Wave processes in cosmic plasma
  6. Problems of physics and astrophysics of high energies

SPECIAL PRACTICAL WORKS

    1. Special practical works «Methods of mathematical statistics in astronomy»
    2. Special practical works on theoretical astrophysics
    3. Special practical works on stellar astronomy

THEACHING PRACTICES

    1. Computing practice
    2. Position astronomy practice
    3. Astrophysics practice