THERMODYNAMIC PROPERTIES OF DILUTED MAGNETIC SEMICONDUCTORS (A1-x Mnx A' (A=Zn,Cd and A'=S,Te,Se)) USING HEISENBERG SPIN MODEL IN 3D

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Published: 2015-03-26

Page: 101-106


HABTE DULLA BERRY *

Department of Physics, College of Natural and Computational sciences, Dilla University, P.O.B 419, Dilla, Ethiopia.

*Author to whom correspondence should be addressed.


Abstract

In the present work the author address thermal properties of diluted magnetic semiconductors using Heisenberg spin model antiferromagnets and ferromagnets. The author determine magnetic specific heat, Curie temperature and magnetic susceptibility of these materials taking into consideration of their lattice structure. Using high temperature expansion technique I determine coefficients of susceptibility (χ) and magnetic specific heat (c) up to the first few coefficients.

Keywords: Diluted magnetic semiconductors, thermal properties, Heisenberg spin model


How to Cite

BERRY, H. D. (2015). THERMODYNAMIC PROPERTIES OF DILUTED MAGNETIC SEMICONDUCTORS (A1-x Mnx A’ (A=Zn,Cd and A’=S,Te,Se)) USING HEISENBERG SPIN MODEL IN 3D. Journal of Applied Physical Science International, 2(3), 101–106. Retrieved from https://ikprress.org/index.php/JAPSI/article/view/2844

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