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A structural approach of the critical behavior of coalescence and electroconductivity in the electrolytic thin layers

I. G. POP1,*

Affiliation

  1. Department of Management, Emmanuel University of Oradea, Oradea, Romania

Abstract

The purpose of this paper is to study the critical behavior of electroconductivity in thin layers deposited on a cold support made of thermoresistent glass, in a mixture of H2O and SO3, by burning rich sulphur (2.5-4.5%) fuels. From an ecological perspective, this is a highly important issue because this mixture generates acid-sulphur rains. In this sense, using the method of condensation of the H2O and SO3 mixture in the form of a solution of H2SO4 in water, a measuring of the temperature dependence of electroconductivity of a thin layer has been made. There is a big interest in determining the acid dew point temperature, TPRA, and the possibility of controlling it. One of these methods is the blasting of MgO powder, of different dimensions of granulation, at the end of the flame of the 4 vapor-tones/hour boiler, resulting in a very important change of the critical behavior of the studied system.

Keywords

Dew acid point, Critical nanostructure, Electrolytic conductivity, Cold wall model, Switch model function.

Citation

I. G. POP, A structural approach of the critical behavior of coalescence and electroconductivity in the electrolytic thin layers, Optoelectronics and Advanced Materials - Rapid Communications, 1, 6, June 2007, pp.302-304 (2007).

Submitted at: April 16, 2007

Accepted at: April 25, 2007