| |
| |  | |
Vladimir N. Berjanskiy, professor,
doctor of physico-mathematical sciences
Phone:+38 (0652) 23-02-23, 23-22-11
E-mail roton@tnu.crimea.ua
It 'was established in 1975 by Professor A.I.Drokin, and is now directed
by Professor V.N. Berzhanskiy
| Professors: V.N.Berzhanskiy (physics
of magnetic phenomena, spin dynamics, sensor studies) and V.I.Ponomarenko
(mechanics, molecular physics, numerical methods, vibrations and waves);
Assistant
Professors: S.N.Poluliakh (solid-state physics, magnetic resonance
and relaxation, computer applied physics), D.S.Riahushkin (mechanics, molecular
physics, atomic physics, applied aspects of nuclear magnetic resonance), I.I.Evstafiev
(magnetic metering, functional electronics), S.V.Dubinko (applied magnetooptics,
fundamentals of metrology), V.G.Vishnevskiy (optoelectronics, principles
of magnetic recording) and В.М.Vladimirskiy (open problems of modern natural
science);
Senior Lecturers: Yu.V.Sorokin (atomic and nuclear physics,
engineering graphics) and I.М.Lagunov (digital and microprocessor engineering,
self-engineering, automation of scientific research);
Assistants:
D.A.Liashko (information protections) and L.P.Chervenchuk (molecular
physics).
|
Speciality-Physics; Specialisation-Physics of Magnetic Phenomena;
Qualification-Teacher of Physics.
Graduates are specialists in physics of
magnetic phenomena and may engage in research and practical work with the use
of modern magnetic materials, magnetic metering installations and modem computer
technology. Furthermore, students obtain relevant psychological and pedagogical
skills.
Speciality-Applied Physics; Specialisation-High Physical Technologies;
Qualification-Engineering Physicist.
Graduates are trained to work in the
following areas of applied physics: synthesis, research and application of modern
sensor materials, creation of automated management systems used in process installations,
environmental protection, medicine and criminalistics;
development of technical
devices and software for information protection. Those who specialise in the above
area have good computer and programming skills.
Educational and scientific
sections: a branch of the Department in Domain Design Bureau, Physics of Magnetic
Phenomena Section in the Research Institute of Geodynamics.
| Major completed research projects: discovery
of multiquantum effects in nuclear magnetic resonance of quadruple nuclei in magnetics
and justification of the multi-quantum echo spectroscopy as a new method of research
of high resolution nuclear magnetic resonance. Development of theoretical principles
for creation of composite materials for antireflection coatings. Technology of
synthesis of magnetooptic sensors based on gamete ferrite epitaxial film. Prospective
research projects: interaction of magnet and electric crystal. subsystems of magnet
semiconductors. Multiquantum effects in magnetics. Processes involved in formation
of nanoparticles, creation of magnetic fluids on their basis, and development
of methods for measurement of their parameters. Use of magnetooptic sensors in
criminalistics.
The Department offers postgraduate and doctoral programs.
| are maintained with the NASU Institute
of Physics, the RAS Institute of General and Inorganic Chemistry, the Institute
of Physics at the RAS Siberian Division, and Szczecin University (Poland). |
