- Transparence of Atmosphere for Electromagnetic Waves. Radio-astronomy - the First Branch of
Non-Optical Astronomy. Mechanismes of Radiation Generation by Astronomical Bodies. Laws of Blackbody
Emission for R-Range. Dependence of Observable Temperature on Optical Thickness of Plasma.
Magnetodecelerating Mechanism of Radio Waves Emission. Characteristics of Radiation: Spectrum,
Polarization. Synchrotron Mechanism of Relativistic Electrons Emission: Spectrum, Polarization,
Dependence of Radiation Spectrum on Electrons Frequency Function. Influence of Interstellar Medium
on Radio Wave Propagation. Dispersion, Faraday's Effect.
- Diagram of Circle Aperture Orientation. Conception of Antenna Temperature. Multiple-Unit
Interferometers. Time Delay and Frequency of Interference. Diagram of Orientation for Antenna Arrays.
Function of Visibility (Contrast). Radio-astrometry: Methods of Determination of Radio Sources'
Coordinates and Their Measuring by Interferometers.
- Noise Temperature of Tandem Four-Poles. Use of Antenna Amplifiers. Radiometer (Simple, Compensating,
Modulation, Correlation, etc.), Its Sensitivity. Antenna Fitting, Including for the Case of
Interferometer.
- Radiophysical and Radio-Locating Investigations of Solar System Bodies. Morphology and Basics of
Solar Radiation Physics: the Main Component, Slow Changing Component, Sporadical Radiation.
- Radiation of Galactical Objects: Remainder of Supernovae Explosion, Pulsars, Nebulae, Radio-Stars,
Structure and Rotation of the Galaxy by Neutral Hydrogen Observation.
- Investigation of Extragalactical Radiation Sources: Radio-Galaxies, Quasars, Relic Background.
Cosmological Aspects of Radio-astronomy.
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