期刊
MOLECULES
卷 26, 期 22, 页码 -出版社
MDPI
DOI: 10.3390/molecules26226974
关键词
dusty plasma monolayer; metal coating; thermophoretic force; Brownian motion; active matter
资金
- Russian Science Foundation [20-12-00372]
- Russian Science Foundation [20-12-00372] Funding Source: Russian Science Foundation
Using a modified method of Brownian dynamics, this study simulated the dynamics of macroparticles with a uniform metal coating in a plasma-dust monolayer under laser radiation. By calculating the time dependences of particle displacements for different initial parameters and laser intensities, a relationship was established between the particle displacement and the nonideality parameter of the system.
Using the modified method of Brownian dynamics, the dynamics of macroparticles with a uniform metal coating in a plasma-dust monolayer under the action of laser radiation was simulated. The time dependences of the root-mean-square and average linear displacements of particles were calculated for different initial effective parameters of nonideality and different intensities of laser radiation. A relationship was established that connects the effective parameter of nonideality of the dusty plasma system of active particles with the maximum value of the mean linear displacement of particles.
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