xplanation of Cuo Superconducting Phase Diagram by using Schrödinger Temperature Dependent Quantum Equation

Please use this identifier to cite or link to this item: https://repository.sustech.edu/handle/123456789/15906

Title:	xplanation of Cuo Superconducting Phase Diagram by using Schrödinger Temperature Dependent Quantum Equation
Other Titles:	تفسير منحنى الطور لأكسيد النحاس ذو التوصيل الفائق بإستخدام معادلة شرودنجر الكمية الحرارية
Authors:	Mohammed, Abuobeida Abdalla Abaker Supervisor, - Mubark Dirar Abdallah
Keywords:	physics Temperature Dependent Quantum Equation Explanation of Cuo Superconducting Phase Diagram
Issue Date:	10-Feb-2017
Publisher:	Sudan University of Science and Technology
Citation:	Mohammed, Abuobeida Abdalla Abaker . xplanation of Cuo Superconducting Phase Diagram by using Schrödinger Temperature Dependent Quantum Equation / Abuobeida Abdalla Abaker Mohammed ; Mubark Dirar Abdallah .- Khartoum: Sudan University of Science and Technology, college of Science, 2017 .- 33p. :ill. ;28cm .- M.Sc.
Abstract:	Quantum temperature dependence Schrodinger equation is used to describe copper oxide phase diagram for superconducting material. The equation for quantum resistance is used to find a useful equation for critical temperature which is shown to be dependent on ionic field and charges concentrations. It was shown that superconductivity is destroyed when charge carriers concentration is below or above a certain critical concentration value.
Description:	Thesis
URI:	http://repository.sustech.edu/handle/123456789/15906
Appears in Collections:	Masters Dissertations : Science

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