Kharkiv Karazin National University School of Physics, Department of Astronomy and Space Computer Science



MAIN COURSES OF CATHEDRA

BACHELOR

MAIN COURSES OF ASTRONOMY CATHEDRA

1. General astronomy

Objects and problems of astronomy
Principles of spherical, practical and position astronomy
Motion and shape of the Earth. Principles of Celestial mechanics
Main methods and instruments of astrophysics
The Sun and Solar System
Stars and Galactic
The Metagalaxy. Principles of Cosmology

2. Spherical astronomy

Principles of spherical trigonometry. Spherical coordinates
Measurement of time. Daily rotation of celestial sphere
Refraction. Aberration of light
Parallax. Precession and nutation
Mean and apparent places of celestial bodies

3. Position astronomy

Object and problems of position astronomy. Practical astronomy
Determinations of coordinates of celestial bodies. Fundamental and inertial coordinate systems
Theory of Earth rotation. Motion of poles
Time and its measurement
Position astronomy of Moon. System of Astronomical Constants

4. Celestial mechanics

Gravitation fields of celestial bodies. Problem of many bodies
Problem of two bodies. General solution and classification of motions
Additional questions of Keplers motion
Principles of theory of perturbed motion. Stability of motion in Celestial mechanics
Problem of three bodies
Principles of theory for motion of Solar System bodies

5. General astrophysics

Subject and problems of astrophysics
Main astrophysical instruments
Spectral devices. Principles of photometry
Radiation sensors
Methods of astrophysical investigations
Methods of determination of physical characteristics of celestial bodies
The Solar System. The Sun
Stellar atmospheres. Double stars
Internal structure of stars and non-stationary stars
Interstellar medium in Galaxy
Galaxy and Metagalaxy. Principles of cosmology

6. Theoretical astrophysics

Photospheres of stars. Models of stellar photospheres
Stellar atmospheres. Determination of chemical composition of stellar atmospheres
The Sun. Photosphere, chromosphere and corona of the Sun
Radioemission of the Sun
Gas nebulae
Non-stationary stars
Internal structure and evolution of stars

7. Stellar astronomy

Spatial characteristics of star distributions. Absolute magnitudes
Motion of stars. Stellar dynamics
Stellar statistics. Structure of the Galaxy
Extragalactic astronomy. Physics of galaxies

8. Problems of modern astrophysics

Problems of continuum mechanics
Problems of planetary seismology
Turbulence and shock waves on the Sun and interstellar medium
Problems of physics of magnetic hydrodynamic plasma
Wave processes in cosmic plasma
Problems of physics and astrophysics of high energies

9. Principles of ecology

Problems of ecology and role of astronomy for their solving
Class of natural objects and their spectral characteristics
Mathematical formalism of remote sensing
Remote sensing of atmosphere
Radiolocation and space methods and techniques of remote sensing

10. Theory of probability and mathematical statistics

Basic conceptions of theory of probability
Variates and their distribution functions
Random vectors and their distribution functions
Boundary theorems of theory of probability
General conceptions and problems of mathematical statistics
Random functions. Stationary random functions
Advanced methods of theory of random functions

11. Computer sciences

Computer viruses and protection from their
Using computers in scientific and teaching work
Electronic mail and Internet
Building of effective calculation algorithms
Algorithms of image processing, local and integral algorithms

12. Physics of planets

Gravitation fields of planets
Shapes of planets, free and astronomical precessions
Atmospheres and internal structure of terrestrial planets and giant planets
Principles of photometry and polarimetry of planets
Radar observations of planets

13. Infrared astronomy

Sensors of IR-radiation and their noises
Terrestrial and Space IR- telescopes
Results of investigations of celestial bodies in IR- range of wavelengths

14. Extragalactic astronomy

Statistical dependences between characteristics of galaxies
Dark matter problem
Diffuse matter in galaxies
Magnetic fields of galaxies and cosmic rays

15. Optics of planetary surfaces

Observational determination of optical properties of planetary surfaces
Laboratory modeling of optical properties of planetary surfaces
Theoretical investigations of optical properties of planetary surfaces

CATHEDRA OF ASTRONOMY SPECIAL PRACTICUMS

Special practicum Methods of mathematical statistics in astronomy
Special practicum for theoretical astrophysics
Special practicum for stellar astronomy

THEACHING PRACTICES

Computing practice
Position astronomy practice
Astrophysics practice

MAGISTER

MAIN COURSES OF ASTRONOMY CATHEDRA

1. Cosmology

Principles of general relativity
Relativistic cosmology of uniform and isotropic Universe
Physical evolution of Universe
Early Universe. Multyverses
Anthropic principle

2. Introduction to cosmonautic

General phase of evolution of cosmonautic
Physical and technical principles of cosmonautic
Perturbation motion of artifical satellites of planets
Interorbital and interplanetary flights

3. Stars and substars evolution

Substars and extrasolar planets
Methods of detection of extrasolar planets and substars
Results of detection of extrasolar planets and substars
Internal structure and evolution of substars
Extrasolar planets and life in Universe

4. Computer sciences in astronomy

Computer for planning of astronomical investigations
Computer planetariums and annuals
Electronic star catalogues and atlases
Database, obtained with space techniques
Formats of astronomical images
Electronic publications
Aperture photometry

5. History and methodology of astronomy

Science of science, its aim and problems
Place of Astronomy in system of scientific knowledge
Formation of scientific astronomy in frame of antique natural philosophy
Evolution of astronomy from antiquity to new time
First revolution in astronomy. Differentiation of astronomical knowledge
Second revolution in astronomy. Methodological problems of modern astronomy
Astronomy and cosmonautic. SETI Problem
Near scientific forms of social consciousness. Astronomy and astrology

6. Method and organization of scientific work

Main forms and stages of scientific works
Organization of observational Scientific Investigation Works (SIWs)
Organization of SIWs for processing and interpretation of observational data
Cooperative SIWs and international cooperation
Publications and application of results of SIWs. Financing of SIWs

7. Method of astronomical teaching in high school

History of development and structure of modern high education
Role and place of high astronomical education, its levels and forms
Preparation of professional astronomers
Preparation of specialists of high qualification
Methods of teaching of some fields of astronomy
Astronomy in secondary school and principles its teaching

8. Protection of labor in astronomy

Specific of protection of labour in astronomy
Safety of astronomical observations
Safety of work with high volt equipment, lasers and ionizing radiation
Safety of work with computer
Questions of safety appliances in teaching process

9. Space cartography

Theoretical background of Space cartography
Software and resources for Space cartography
Practical methods of cartography in astronomy

10. Methods of astronomical investigations

Principles of Fourier - optics
Theory of diffraction limited optical system
Partial coherence
Principles of theory of turbulence
Transfer of radiation in turbulent medium
Adaptive optics and specle-interferometry

11. Practical work in theoretical astrophysics

Excitation, ionization and dissociation in stellar atmospheres
Calculation of the absorption coefficient in the spectral lines
Calculation of a profile of the absorption lines in the spectra of stars and gaseous nebulae

Magister works of astronomy and space informatics department

2018

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2017

  1. Djumin D. . The nonspherical particle model for regolith lightscattering modeling.. Supervisor of studies - associated prof. Stankevich D. G. Speciality Space Informatics.
  2. Pish V. . Physical characteristics of delta Scuti pulsating variable star USNO-B1.0 1464-0465888.. Supervisor of studies - associated prof. Shevchenko V. G. Speciality Astrophysics.

2015

  1. Akimov V. . Influence of the Moon on geomagnetic activity of the Earth. Supervisor of studies - doctor of science Akimov L. . Speciality Physics of Solar System.
  2. Lagyra A. V. Physical properties of double systems 2MASS 20320587+3117584 and 2MASS 20322963+3121455. Supervisor of studies - associated prof. Shevchenko V. G. Speciality Astrophysics.
  3. Mitrokhina V. V. Some peculiarity of photometric opposition effect of atmosphereless space bodies in range of phase angles from 0.01 to 6 deg. Supervisor of studies - Senior Researcher of Astronomical Institute Psarev V.. Speciality Space Informatics.
  4. Razim A. Y. Photometrical peculiarities of landing places of spacecraft Change-3. Supervisor of studies Senior Researcher of Astronomical Institute Kaydash V. G. Speciality Physics of Solar System.
  5. Sysoliatina K. V. Variation of optical roughness of lunar surface during forming of new craters. Supervisor of studies Senior Researcher of Astronomical Institute Kaydash V. G. Speciality Physics of Solar System.
  6. Cherdak O. S. Rotational characteristics of Jupiter Trojans and Hilda asteroids. Supervisor of studies professor Belskaya . N. Speciality Physics of Solar System.
  7. Checha V. A. Photometry of selected outer belt asteroids. Supervisor of studies - associated prof. Shevchenko V. G. Speciality Physics of Solar System.

2014

  1. Boguslavskaya G. . Computer simulation of sputtering of hydrocarbon by Solar wind. Supervisor of studies - Senior Researcher of Astronomical Institute Velikodsky Yu. I. Speciality Space Informatics.
  2. Gromakina . . Rotation, shape, and surface optical properties of the dwarf planet Makemake. Supervisor of studies - professor Belskaya . N. Speciality Physics of Solar System.
  3. Zhanisheva S. . Photometry of selected asteroids near Earth. Supervisor of studies - Senior Researcher of Astronomical Institute Krugly Yu. N. Speciality Physics of Solar System.
  4. Kalugina . . Photometry and colorimetry of the lunar surface using data from the NASA spacecraft Lunar Reconnaissance Orbiter. Supervisor of studies - Senior Researcher of Astronomical Institute Korokhin V. V. Speciality Space Informatics.
  5. Kravchenko . . Evidence of stellar activity on transit lightcurve of WASP-2. Supervisor of studies - Senior Researcher of Astronomical Institute Zheleznjak A. P. Speciality Astrophysics.
  6. Kravcov . P. Investigation of subpulse decameter radioemission of pulsar PSRB0809+74. Supervisor of studies - Senior Researcher of Radioastronomical Institute of NASU, doctor of science Zakharenko V. . Speciality Astrophysics.
  7. Kulish F. S. Determination of absolute magnitudes of selected asteroids in new H, G1, G2 system. Supervisor of studies - associated prof. Shevchenko V. G. Speciality Physics of Solar System.
  8. Rogachova L. V. Optical characteristics of aspherical particles in frame of geometrical optics calculation. Supervisor of studies - associated prof. Stankevich D. G. Speciality Space Informatics.

2013

  1. Patoka A.N. Features of statistical regularitiesof giant with a mass of 0.5 - 120 solar masses on stage of a horizontal branch. Supervisor of studies - prof. Zakhozhay V. A.
  2. Ratushna S.S. The determination of Keplerian velocities of pulsating variables stars HADS 2MASS 20320881+3124169 and 20323917+3111576. Supervisor of studies associated prof. Shevchenko V. G.
  3. Stepanjuk .A. Prediction of content for chemical elements in the lunar soil by data of satellite "Selene" Supervisor of studies Senior Researcher of Astronomical Institute Kaydash V. G.

2012

  1. Evdoshenko .. Dependence between main characteristics of giant stars. Supervisor of studies - prof. Zakhozhay V. A.
  2. limenko V.S. Moon polarization at large phase angles. Supervisor of studies Senior Researcher of Astronomical Institute Velikodsky Yu. I.
  3. Pashinskaja Yu.D. Photometrical and photogrammetrical analysis of hill processes in lunar craters. Supervisor of studies Senior Researcher of Astronomical Institute Kaydash V. G.
  4. Seredkina .. Modeling effects of propagation of pulsed radiation of pulsars. Supervisor of studies Senior Researcher of Radioastronomical Institute of NASU Ulianov F.M.
  5. Sukhoivanova V.. Panoramic polarimetry of Uranus. Supervisor of studies Senior Researcher of Astronomical Institute Velikodsky Yu. I.

2011

  1. Drobjazko N. V. Physical properties of variable stars that were discovered on images for asteroid observations. Supervisor of studies associated prof. Shevchenko V. G.
  2. Kozar . V. Model results of statistical properties of first massive star clusters with different efficiency of star born. Supervisor of studies - prof. Zakhozhay V. A.
  3. Levandovsky I. S. About possibility of detection of circular polarization of space gamma ray. Supervisor of studies doctor of Science Merenkov N. P.
  4. Ljanna N. M. Comparative analysis of asteroid albedos obtained from star occultations, radiometric and polarimetric methods. Supervisor of studies associated prof. Shevchenko V. G.
  5. Taranenko . P. Modeling of nonspherical particles for tests of lightscattering. Supervisor of studies associated prof. Stankevich D. G.
  6. Teleusova I. N. Influence of YORPeffect on axial rotation of Near Earth Asteroids. Supervisor of studies - prof. Lupishko D. F.

2010

  1. Volvach Ya. S. Phase dependence of the Moon color index. Supervisor of studies Senior Researcher of Astronomical Institute Velikodsky Yu. I.
  2. Erokhin D. . Holographic Universe. Supervisor of studies doctor of Science Bolotin Yu. L.
  3. Markova . V. Search radio-frequency emission of single neutron stars in decameter range of wavelengths. Supervisor of studies - Senior Researcher of Radio Astronomical Institute of NASU Zakharenko V. V.
  4. Kuzmich G. . Influence of efficiency of coronal holes on solar wind. Supervisor of studies - Senior Researcher of Astronomical Institute Marchenko G. P.
  5. Lemets . . Dark matter and dark energy which are in interaction. Supervisor of studies doctor of Science Bolotin Yu. L.
  6. Milostna K. Yu. Investigation of electrostatic discharges on the Saturn using Earth based radiotelescopes. Supervisor of studies - Senior Researcher of Radio Astronomical Institute of NASU Zakharenko V. V.
  7. Romanovsky V. F. Modeling of influence of asteroid relief on magnitude-phase relations for large phase angles. Supervisor of studies - associated prof. Shevchenko V. G.
  8. Sekischeva . Yu. Search of asteroids on CCD-images. Supervisor of studies - Senior Researcher of Astronomical Institute Krugly Yu. N.

2009

  1. Borman G. . Photometrical observations of galaxies with active nucleus. Supervisor of studies Cand. Phys.-mat. Sciences Efimov Yu. S.
  2. rymsaluk R. Yu. Photometry of flare stars EV Lac and AD Leo. Supervisor of studies - Senior Researcher of Astronomical Institute Velichko F. P.
  3. Posvistak . V. Observations of chromosphere of the Sun in lines and wings of using CCD-matrix. Supervisor of studies - Senior Researcher of Astronomical Institute Korohin V. V.
  4. Slyusarev I. G. Optical properties of Trojans. Supervisor of studies - doctor of Science Belskaya I. N.
  5. Chernov V. . Application of wavelet analysis for investigation of solar flares in X-ray band. Supervisor of studies - doctor of Science Akimov L. .

2008

  1. Ljalikov . V. Determination of distances to stars from Hipparcos and Tycho-2 catalogues using secular parallax method. Supervisor of studies - associated prof. Fedorov P. N.
  2. Ptruk . V. Determination of kinematic parameters of Galaxy using proper motions of faint stars from catalogue. Supervisor of studies - associated prof. Fedorov P. N.
  3. Zhdan . V. Photometrical processing of observations of asteroid 2006 VV2. Supervisor of studies - Senior Researcher of Astronomical Institute Krugly Yu. N.
  4. ikhailova . S. Determination of jet angle of quasar 3273 on pictorial plane in energetic spectrum of electrons using observational data in X-ray, optical and radio bands. Supervisor of studies - associated prof. Bannikova E. Yu.