MATHEMATICAL MODELING OF THE ELECTROMAGNETIC FIELDS INTERACTION WITH SMALL DISPERSED PARTICLES OF DIFFERENT GEOMETRY AND ITS DYNAMICS.
Authors:
2.
Institute of Design-Technological Informatics of RAS (IKTI RAS)
(Professor)
employee
Moskva, Moscow, Russian Federation
employee
Moskva, Moscow, Russian Federation
Type:
Article
Pages:
from 127
to 130
Status:
Published
Received:
06.12.2016
Accepted:
06.12.2016
Published:
06.12.2016
Language:
Russian
Keywords:
mathematical modeling, differential equations on graphs, clusters, nanoparticles, molecular dynamics methods.
Abstract (English):
The model of the electromagnetic waves interaction with small particles and clusters is proposed in the case when the dielectric permittivity of the material depends both on the electric and magnetic fields. We consider the class of the differential equations solutions that is obtained in the framework of the model and allows take into account the geometric structure of the small dispersed particles or clusters. The motion and precipitation of water clusters in narrow tubes is investigated by molecular dynamics methods.
The model of the electromagnetic waves interaction with small particles and clusters is proposed in the case when the dielectric permittivity of the material depends both on the electric and magnetic fields. We consider the class of the differential equations solutions that is obtained in the framework of the model and allows take into account the geometric structure of the small dispersed particles or clusters. The motion and precipitation of water clusters in narrow tubes is investigated by molecular dynamics methods.
Keywords:
mathematical modeling, differential equations on graphs, clusters, nanoparticles, molecular dynamics methods.
mathematical modeling, differential equations on graphs, clusters, nanoparticles, molecular dynamics methods.
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