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MODELLING OF ELECTRICAL FIELD DISTRIBUTION OF CHARGED PARTICLES-FILLED PLANE CAPACITOR IN DEPENDENCE OF ITS CONCENTRATION


SAJIN TUDOR, PUIU-BERIZINŢIU MIHAI, CRĂCIUN ALEXANDRU, BUZDUGĂ ŞTEFANIA ROXANA
UNIVERSITY OF BACĂU, UNIVERSITY OF BACĂU, STATE UNIVERSITY OF MOLDOVA - CHIŞINĂU, UNIVERSITY OF BACĂU

Issue:

MOCM, Number 11, Volume III

Section:

Production of Thermic and Electric Energy

Abstract:

Equations are presented for calculation of the field strength distribution across the interelectrode space of a capacitor as a function of the concentration and size of the charged particles. The distribution of particle concentration is conducted in the steady-state flow of a fluid electroaerosol formed on the free surface of a bubbling layer and inoving along the electrical field lines of force. Computation formulas are derived for the mean concentration of particles as a function of their size, the field strength, and the flow of the bubbling gas

Keywords:

electroaerosol, bubbling, electric field, concentration of particles, electrical field distribution.

Code [ID]:

MOCM200511V03S01A0011 [0000110]


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