Title of article
Establishing mathematical models for determining quantum dot potential for pbs and pbte structures in terms of QD's diameters by numerical methods
Author/Authors
Hamdi, Aws Asaad Directorate of Education Salah Eddin - Ministry of Education, Iraq , Ezzulddin Arif, Ghassan Department of Mathematics - College of Education for Pure Sciences - Tikrit University, Iraq , Hamdi, Anas Asaad Directorate General of Education in Salah al-Din Province, Iraq
Pages
7
From page
729
To page
735
Abstract
The main goal of this paper is to obtain the estimated determination of the quantum dot potential for PbS and PbTe structures (in mV) which are compared to other values at different QD's diameters (in nm). In order to investigate this goal, the study relies on two methods of interpolation such as Neville and Spline methods, as well as it constructs mathematical models that help to find the estimate determination of quantum dot potential for PbS and PbTe structures compared to other values at different QD's diameters. The numerical results were very close to the real results. Finally, we estimated the determinations outside the fields and labs of the measured areas.
Keywords
Mathematical model , Neville's method , Spline method , Quantum dot potential for PbS and PbTe , Diameter
Journal title
International Journal of Nonlinear Analysis and Applications
Serial Year
2022
Record number
2711365
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