Simulation of coagulation kinetics of submicrometer-sized polymer particles in glow discharges

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作者：

Samara State University, ul. Galaktionovskaya 141, Samara ^{[1
]}

443100, Russia

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来源：

High Energy Chem. | / 4卷 / 259-263期

关键词：

Coagulation - Differential equations - Integral equations - Kinetics - Nonlinear equations;

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摘要：

The kinetics of coagulation processes of disperse-phase particles in a glow discharge space are simulated by solving systems of nonlinear differential equations based on Smoluchowski kinetic equations and replacement of the mass distribution spectrum of coagulating particles by a more discrete spectrum. The initial conditions, coagulation rate coefficients, and rate coefficients for generation and removal of macroparticles are determined from experimental data on the macrokinetics of evolution of a disperse phase in low-pressure plasma reactors. © 1999 MAHK Hayka/Interperiodica.

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