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Physical-statistical principles of analysis of defect transformations in semiconductor structures under influence of magnetic and electromagnetic fields.

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Title: Physical-statistical principles of analysis of defect transformations in semiconductor structures under influence of magnetic and electromagnetic fields.
Alternate Title: Фізико-статистичні основи аналізу трансформації дефектів у напівпровідникових структурах під дією магнітних та електромагнітних полів. (Ukrainian)
Authors: Milenin, G. V., Redko, R. A.
Source: Semiconductor Physics, Quantum Electronics & Optoelectronics; 2025, Vol. 28 Issue 3, p267-276, 10p
Subject Terms: SEMICONDUCTORS, MAGNETIC fields, STABILITY criterion, SEMICONDUCTOR defects, LUMINESCENCE spectroscopy, ELECTROMAGNETIC fields
Abstract: The paper presents a methodology of the physical-statistical analysis of defect transformations in semiconductor structures under action of magnetic and electromagnetic fields. The probability-energy criterion of defect stability to external fields is analyzed. The mathematical foundations of the physical and statistical analysis of reconstruction of the defect structure of semiconductors under action of magnetic and electromagnetic fields are formulated. A probabilistic-physical study of time transformations of radiative recombination spectra due to action of microwave radiation and magnetic-field treatments is carried out. The mechanisms of defect reorganization under action of magnetic and electromagnetic fields on semiconductor structures are considered. [ABSTRACT FROM AUTHOR]
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Abstract:The paper presents a methodology of the physical-statistical analysis of defect transformations in semiconductor structures under action of magnetic and electromagnetic fields. The probability-energy criterion of defect stability to external fields is analyzed. The mathematical foundations of the physical and statistical analysis of reconstruction of the defect structure of semiconductors under action of magnetic and electromagnetic fields are formulated. A probabilistic-physical study of time transformations of radiative recombination spectra due to action of microwave radiation and magnetic-field treatments is carried out. The mechanisms of defect reorganization under action of magnetic and electromagnetic fields on semiconductor structures are considered. [ABSTRACT FROM AUTHOR]
ISSN:15608034
DOI:10.15407/spqeo28.03.267