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Your search keyword '"V. A. Baranov"' showing total 6 results
Start Over Author "V. A. Baranov" Publisher educational institution «belarusian state university of informatics and radioelectronics»
6 results on '"V. A. Baranov"'

1. The synthesis, electric and magnetic properties of films witH eftectic composition of GаSb-MnSb system

Author

S. F. Marenkin, O. A. Novodvorsky, V. V. Baranov, V. M. Trukhan, T. V. Shoukavaya, and A. M. Struts

Subjects
TK7800-8360, semiconductor-ferromagnet, gallium antimonide, Electronics, film, magnetization, manganese antimonide, eutectic system
Abstract

The results of the technology and electrical and magnetic properties study of eutectic GaSb-MnSb films are presented. Eutectic GaSb-MnSb films ranging in thickness from 80 to 130 nm have been grown on sapphire substrates by pulsed laser deposition using mechanical droplet separation.

Published
2019

2. Device of bio-resonance therapy

Author

A. V. Gusinsky, P. D. Klimenko, V. V. Baranov, and V. V. Khoroshko

Subjects
TK7800-8360, individual characteristic frequency of the human body, bio-resonance therapy, Electronics, radiation of millimeter range
Abstract

The possibilities of the device for bio-resonance therapy are described. The device operation is based on influence of electromagnetic waves on the human cells. The additional media is used, that adjusted to the individual characteristic frequency of the human body. The media irradiation is done from the generators of low intensity within the range of 40-75 GHz. The use of the device makes the therapy process easier, increase the effectiveness of it and a doctor may realize such possibilities as medical treatment of allergy disease, tobacco and alcoholic dependences, definition of extra influence of pharmacology means and removing it.

Published
2019

3. Schottky diodes, sensors, biomedical technologies

Author

V. V. Baranov

Subjects
diode schottky, sensor of liquid media, TK7800-8360, bioresonans effect, Electronics
Abstract

Diodes Schottky characteristics, sensors of liquid media and principal aspects connected with bioresonans effects are described.

Published
2019

4. SOLID-STATE DEVICES, TESTING, MEASUREMENTS. BIOMEDICAL DIAGNOSTICS TECHNOLOGIES

Author

V. V. Baranov

Subjects
твердотельные структуры полупроводниковых приборов, методы диагностики и терапии, TK7800-8360, Electronics, методы контроля, биорезонансные эффекты, диагностика структур
Abstract

The basic research results in the field of devices solid-state structures developing, their testing, and measurements of geometrical and optical parameters of its elements are briefly described. Novel possibilities of medical diagnostics and therapy on the basis of bio-resonance effects have been described. These effects take place in the frequency range of 40-75 GHz. Within this range there is a so called human individual characteristic frequency (ICF). The methodic of its determination has been described. The diagnostics of possible diseases is based on the correlation tie between human ICF and a large numbers of medical observations. Effect of therapy is achieved during its correction with use of the electromagnetic irradiation of low intensity (less than 10 mW×сm-2).

Published
2019

5. DIELECTRIC CHARACTERISTICS OF ENGINE OILS FOR POWER UNITS, AS MEASURED BY A CAPACITIVE SENSOR

Author

I. V. Baturlia, A. I. Kuzmich, V. V. Baranov, V. A. Petrovich, V. Y. Serenkov, S. A. Zawatski, N. K. Fomenko, and N. S. Kavalchuk

Subjects
monitoring, TK7800-8360, dielectric loss tangent, Electronics, sensors, dielectric characteristics of motor oils
Abstract

The results of the study sample, depending characteristics of dielectric losses of motor oils with different degrees of aging are given. The technology of controlling the parameters of oil power plants described by means of monitoring systems installed on mobile objects is proposed.

Published
2019

6. Stabilization of noise parameters during annealing of highly alloyed structures of noise diodes

Author

V. V. Busliuk, V. A. Emelyanov, V. V. Baranov, S. S. Derechennik, and V. S. Prasalovich

Subjects
technology of noise diodes, annealing, solid-state structure, impurities, dislocation, Electronics, TK7800-8360
Abstract

Stabilization of residual point defects at the finishing stages of noise diodes can be ensured by the selection of appropriate ignition modes and the environment of its conduct. The method and technology of reducing the concentration of point defects in the structure of p-n-transition, taking into account the content of impurities of secondary metals, oxygen and nitrogen is proposed. It has been established that the burning of readymade structures and diodes of noise generators in nitrogen environments at temperatures of 450…600 °С for (80 ± 3) min leads to an increase in spectral noise density and a significant (twice) reduction of its unevenness. The most important result of this burn is a reduction in the spread of the average values of the noise parameters studied: by 61.2 % in effective noise voltage; spectral density by 34.2 %; at the boundary frequency of the signal by 34.9 %; in non-linear density by 25.9 %. This improves the quality of random numerical sequences in information protection software systems.

Published
2021
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