The Use of Tin Plague in The Analysis of Pure Tin

Styrkas AD*

Received: May 19, 2020;   Published: June 01, 2020

DOI: 10.32474/MAMS.2020.03.000153

Full Text PDF

To view the Full Article   Peer-reviewed Article PDF

Abstract

Study focuses on the basis of knowledge the mechanism of the process βSn  αSn for use it to analysis of important material for science and technology. The possibility of ultra-high purity Sn to analyse by measuring the rate (V) of the allotropic changing (V βSn  αSn) is investigated. Metals of such high purity are inaccessible to chemical method, so analyzed by method of a residual resistance at temperature (T) of liquid He, inaccessible to most enterprises. The method gives an estimate of the total content of impurities. For Sn with low T of βSn αSn) due to the simplicity of the measuring purity by the V (βSnαSn) is tempting. In high purity Sn with a low content of impurities, this method seems more accessible and convenient than others and probably possible. This paper proposes the affordable and simple method of analysis, high sensitivity, accuracy and reproducibility of the results. not inferior to the complex method of measuring the residual resistance.

Keywords: Residual Resistance; Phase Transition Rate; Impurities

Abstract| Introduction| Theoretical View on The Possibility of Analyzing by V Βsn→Αsn| Experimental Part| Requirements| Summary| Gratitude’s| References|