The dynamics of the establishment of stationary regimes in a condensing aerodisperse system with source and sink
Author(s)
Zagainov, VA
Lushnikov, AA
Maslov, AK
Agranovskii, IE
Bakhtyreva, MS
Lutsenko, AO
Griffith University Author(s)
Year published
2008
Metadata
Show full item recordAbstract
A solution to the system of nonlinear differential equations describing condensation and the nucleation of new particles in a gas medium is presented. The particles formed were assumed to be stable, and vaporization was therefore ignored. The rate of formation of new particles was limited by the effectiveness of collisions. The parameters of the system that approached a stationary regime changed periodically, which was related to both system finiteness and sinks operating in the system. The time of the attainment of stationary regimes and the spectrum of stationary concentrations were estimated. The inclusion of vaporization ...
View more >A solution to the system of nonlinear differential equations describing condensation and the nucleation of new particles in a gas medium is presented. The particles formed were assumed to be stable, and vaporization was therefore ignored. The rate of formation of new particles was limited by the effectiveness of collisions. The parameters of the system that approached a stationary regime changed periodically, which was related to both system finiteness and sinks operating in the system. The time of the attainment of stationary regimes and the spectrum of stationary concentrations were estimated. The inclusion of vaporization did not change the solution qualitatively.
View less >
View more >A solution to the system of nonlinear differential equations describing condensation and the nucleation of new particles in a gas medium is presented. The particles formed were assumed to be stable, and vaporization was therefore ignored. The rate of formation of new particles was limited by the effectiveness of collisions. The parameters of the system that approached a stationary regime changed periodically, which was related to both system finiteness and sinks operating in the system. The time of the attainment of stationary regimes and the spectrum of stationary concentrations were estimated. The inclusion of vaporization did not change the solution qualitatively.
View less >
Journal Title
Russian Journal of Physical Chemistry A
Volume
82
Issue
6
Copyright Statement
Self-archiving of the author-manuscript version is not yet supported by this journal. Please refer to the journal link for access to the definitive, published version or contact the author[s] for more information.
Subject
Condensed matter modelling and density functional theory
Physical chemistry
Theoretical and computational chemistry