SIMULATION OF ELECTROMAGNETIC WAVES INTERACTION WITH DISPERSED PARTICLES ON THE SURFACE LAYER OF THE LIQUID MEDIUM.
Authors:
1.
Institute of Design-Technological Informatics of RAS (IKTI RAS)
( Professor)
employee
Moskva, Moscow, Russian Federation
employee
Moskva, Moscow, Russian Federation
4.
Institute for design-technological Informatics of the RAS
( Professor, ved. research fellow)
employee
Moscow, Moscow, Russian Federation
employee
Moscow, Moscow, Russian Federation
Type:
Article
Pages:
from 131
to 134
Status:
Published
Received:
01.12.2016
Accepted:
07.01.2023
Published:
30.09.2015
Language:
Russian
Keywords:
disperse systems, laser radiation, the temperature of the surface of the liquid layer, optoacoustics, electromagnetic wave.
Abstract (English):
Numerical simulation of the interaction of laser light with dispersed particles at different temper-atures of the surface layer of the oceans and seas. We were obtained shape and amplitude of the acoustic signal formed during this interaction and assess the pressure amplitudes of the acoustic signals at different temperatures of the surface layer of the liquid. The evaluation of the ampli-tude of the acoustic pressure has built its dependence on the surface temperature of the liquid.
Numerical simulation of the interaction of laser light with dispersed particles at different temper-atures of the surface layer of the oceans and seas. We were obtained shape and amplitude of the acoustic signal formed during this interaction and assess the pressure amplitudes of the acoustic signals at different temperatures of the surface layer of the liquid. The evaluation of the ampli-tude of the acoustic pressure has built its dependence on the surface temperature of the liquid.
Keywords:
disperse systems, laser radiation, the temperature of the surface of the liquid layer, optoacoustics, electromagnetic wave.
disperse systems, laser radiation, the temperature of the surface of the liquid layer, optoacoustics, electromagnetic wave.
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4. Kikoin, I.A. Reference book of physical quantities / I.A. Kikoin. – M.: Atomizdat, 1976.
