05 Jun 2010

The aerodynamic stand for research of ice-forming characteristics of reagents

Authors:

Zasaviţchi, Efim

Summary:

The installation developed for operative research of efficiency of ice-forming pyrotechnical compositions used for suppression of hailfall is presented. In the work, we describe the variant based on a small aerodynamic stand which makes it possible to control efficiency of ice-formation of full-size generators in the on-line mode and to study nucleation activity of new reagents in dynamic conditions. Elements of the developed technology for research of the pyrotechnic compositions used in practice of active influences of hail-suppression services are described. Experimental data for one of the pyrotechnic compositions based on silver iodide (AgI) are presented.

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author = {Zasaviţchi, E.A.},
title = {The aerodynamic stand for research of ice-forming characteristics of reagents },
journal = {Moldavian Journal of the Physical Sciences},
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volume = {9 (2)},
pages = {237-242},
month = {Jun},
abstract = {(EN) The installation developed for operative research of efficiency of ice-forming pyrotechnical 
compositions used  for suppression of hailfall  is presented.  In  the work, we describe  the variant 
based on a small aerodynamic stand which makes it possible to control efficiency of ice-formation 
of full-size generators in the on-line mode and to study nucleation activity of new reagents in dynamic conditions. Elements of the developed technology for research of the pyrotechnic compositions used in practice of active influences of hail-suppression services are described. Experimental  
data for one of the pyrotechnic compositions based on silver iodide (AgI) are presented. },
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of full-size generators in the on-line mode and to study nucleation activity of new reagents in dynamic conditions. Elements of the developed technology for research of the pyrotechnic compositions used in practice of active influences of hail-suppression services are described. Experimental  
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of full-size generators in the on-line mode and to study nucleation activity of new reagents in dynamic conditions. Elements of the developed technology for research of the pyrotechnic compositions used in practice of active influences of hail-suppression services are described. Experimental  
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