Please, take your choice of corresponding physics section (1-st
level of the multi-level CSP-VINITI):
- Particles and fields
-
(incl. Group-Theoretical Methods; Classical, Relativistic
and Quantum Mechanics; Special Relativity; Relativistic
Quantum Theory; Classical and Quantum Field Theory; Strong,
Electromagnetic, Weak and Gravitational Interactions; General
Relativity; Stable Particles, Hypothetical Particles and
Interactions; Cosmic Rays; Relativistic Astrophysics, Cosmology)
- Plasma
-
(incl. Plasma Basic Properties; Elementary Processes in Plasma;
Plasma Radiation; Oscillations and Waves; Plasma Instabilities;
Nonlinear Phenomena and Turbulence; Beams; Shock Waves; Moving Plasmas;
Inertial and Magnetic Confinement; Thermonuclear (Fusion)
Reactors; Plasma Acceleration; MHD-generators; Gas Discharges;
Plasma in Space; Computational Methods; Diagnostics; Applications)
- Atoms and molecules
-
(incl. Electronic Shells of Atoms; Geometry, Rotation and
Vibration of Molecules; Electronic Shells of Molecules and
Intermolecular Forces; Interaction of Atoms and Molecules with External
Fields, Radiation and Environment)
- Atomic nucleus
-
(incl. Nuclear Structure; Radioactive Decay; Nuclear
Properties; Nuclear Reactions; Nuclear Fission; Nuclear
Astrophysics; Nuclear Interactions of Cosmic Rays; Penetration of
Nuclear Particles and Gamma-Quanta through Matter;
Experimental Methods and Instrumentation for Elementary-Particle
and Nuclear Physics: Separation and Analysis of Isotopes,
Mass Spectrometry, Accelerators, Detectors and Spectrometers,
Nuclear Electronics, Radioactive Sources, Radiometry,
Dosimetry and Shielding, Computer Application and Data
Processing in Experiments)
- Nuclear reactors physics
-
(incl. Neutron Physics; Nuclear Data; Nuclear (Fission) Reactors
and Radiation Transport - Theory, Calculation and Experimental
Investigations; Reactor and Reactor Installation Dynamics;
Control and Direction; Radiation Protection and Shielding;
Nuclear Power, Reliability and Safety Problems; Engineering Problems)
- Gases and Liquids. Thermodynamics and statistical physics
-
(incl. Gases; Liquids; Quantum and Anisotropic Liquids;
Liquid Crystals; Liquid Metals, Semiconductors and
Dielectrics; Electrolytes; Polymer and Biopolymer Liquids;
Methods of Experimental Investigations of Gases and Liguids;
Statistical Thermodynamics; Theory of Irreversible Processes
and Kinetic Phenomena)
- Structure of solids
-
(incl. Condensed State Theory; Crystal Structure,
Chemical Bonds and Crystalline Fields; Lattice Vibrations;
Mechanical and Thermal Properties; Defects; Phase Equilibrium
and Transitions; Diffusion and Ionic Transport; Methods of
Experimental Studying of Crystal Structure and Lattice Dynamics;
Effect of Radiation)
- Electrical, magnetic, and optical properties of solids
-
(incl. Theory; Normal Metals; Semiconductors; Dielectrics;
Ferroelectrics and Antiferroelectrics; Ferromagnetics; Ferrimagnetics;
Antiferromagnetics and Weak Magnetism; Electronic Paramagnetics;
Diamagnetics; Nuclear Magnetism)
- Acoustics
-
(incl. Elastic Waves and Vibrations; Physical Acoustics
of Gases, Liquids and Solids; Action of Sound and Ultrasound
on Matter; Emission and Reception of Sound; Electroacoustics;
Acoustoelectronics and Acoustooptics; Noises; Acoustical Measurements
and Instrumentation; Acoustics of Natural Environment and Building,
Architectural Acoustics; Physiological Acoustics and
Bioacoustics; Speech and Musical Acoustics)
- Radio science. Physical electronics
-
(incl. Nonlinear Oscillations and Waves; Quantum Radiofrequency
and Microwave Oscillators and Amplifiers; Statistical Radio Science;
Electromagnetic Wave Propagation; Radiowave and Microwave
Electrodynamics and Measurements; Radio Astronomy; Millimeter
and Submillimeter Waves; Electron and Ion Emission,
Spectroscopy ; Particle Optics; Electron Diffraction;
Electron and Ion Microscopy; Vacuum Electron-Wave Devices;
Radiowave and Microwave Solid-State Devices)
- Optics
-
(incl. Radiation and Wave Optics; Optics of Atoms and
Ions; Molecular Optics; Optics of Solids;
Luminescence; Spectroscopic Methods and Techniques; Optical
Image Forming, Instruments and Methods; Holography;
Photographic Process; Optics of Natural Objects;
Physiological Optics)
- Laser physics
-
(incl. Fundamentals of Laser Physics; Lasers; Methods of
Optical Radiation Control; Statistics of Laser Light. Quantum Optics;
Nonlinear Optical Properties of Media and Frequency Conversion;
Stimulated Light Scattering; Optical Waveguides; Integrated Optics;
Photonics Propagation Laser Radiation; Laser
Action on Matter; Laser Spectroscopy; Laser Applications)