ANOMALOUS BEHAVIOR OF ELECTRONIC TRANSPORT PROPERTIES IN Cu-Sn LIQUID BINARY ALLOY

Ashwani Kumar; Durga P. Ojha

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Title: ANOMALOUS BEHAVIOR OF ELECTRONIC TRANSPORT PROPERTIES IN Cu-Sn LIQUID BINARY ALLOY

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ISSN:

1829-1171

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Coverage:

21-34

Abstract:

The Harrison’s First Principle technique in conjunction with the hard sphere technique of Ashcroft and Langreth has been used for the study of electrical resistivity, Knight shift, Fermi energy and density of states of Cu-Sn alloy. The alloy show the behavior of “rigid hard-sphere” model found for the first time in this alloy. Also, the Knight shift varies as a linear function of concentration supporting Kaeck’s assumption. The partial structure factors and hence resistivity shows anomalous behavior at a particular composition representing a dynatron type characteristic thereby producing a negative-resistance phenomenon in this alloy and hence making this material an important candidate for various industrial and commercial applications.

Date created:

2012-04-17

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pdf

Identifier:

oai:arar.sci.am:23315

Location of original object:

ՀՀ ԳԱԱ Հիմնարար գիտական գրադարան

Subject and keywords:

Physics Materials science

Object collections:

Digital Library > Articles

Last modified:

Dec 13, 2023

In our library since:

Feb 27, 2020

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129

All available object's versions:

https://arar.sci.am/publication/26044

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Armenian Journal of Physics=Ֆիզիկայի հայկական հանդես

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ANOMALOUS BEHAVIOR OF ELECTRONIC TRANSPORT PROPERTIES IN Cu-Sn LIQUID BINARY ALLOY	Dec 13, 2023

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Title: ANOMALOUS BEHAVIOR OF ELECTRONIC TRANSPORT PROPERTIES IN Cu-Sn LIQUID BINARY ALLOY

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