“电力工程、电气工程与机电专业”硕士课程物理与数学支持课程中量子系统电磁过程与现象的建模

Natalya Sosnickaya, M. Morozov, L. Khalanchuk, H. Onyshchenko
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引用次数: 2

摘要

本文讨论了利用数学计算机模型来研究量子大小的异质系统中的过程和现象。利用计算机代数MathCad和Scilab系统,我们可以研究电磁振荡的特性,以谐波级数的形式表示周期信号,以及考虑不同量子点(QD)中的电子状态,并确定自然能量的离散谱及其对几何形式和QD参数的依赖。研究结果在“动力工程、电气工程和机电专业”硕士班物理和数学支持学科的实验室车间中实施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling the Electromagnetic Processes and Phenomena in Quantum-Sized Systems in the Course of Physical and Mathematical Support of Master’s Programs for the “Electric Power Engineering, Electrical Engineering and Electromechanics Specialty”
The article deals with the use of mathematical computer modelling for the study of processes and phenomena in quantum-sized heterosystems.The use of computer algebra MathCad and Scilab systems allows us to study the characteristics of electromagnetic oscillations, the representation of periodic signals in the form of harmonic series, as well as to consider the state of electrons in different quantum dots (QD) and to determine the discrete spectrum of natural energies and its dependence on the geometric form and QD parameters.The results of the research are implemented in the laboratory workshop of the discipline of physical and mathematical support of Master’s programs for students of the “Power Engineering, Electrical Engineering and Electromechanics Specialty”.
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