MODELIROVANIE KVANTOVYH EFFEKTOV V ODNOMERNYH NANOSTRUKTURAH. MODEL' VOLNOVOY FUNKCII.
Authors:
1.
KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 530.1:539.21:004.942
Language:
Russian
Keywords:
наноструктуры, квантовые эффекты, волновая функция, моделирование, nanostructures, quantum effects, wave function, modeling
Abstract (English):
The possibility of analysis of quantum effects in nanostructures is demonstrated on the basis of a simple model in which the time evolution of wave function is calculated using the discrete analog of the Klein – Gordon equation describing the wave propagation in a system of coupled oscillators in a potential field.
The possibility of analysis of quantum effects in nanostructures is demonstrated on the basis of a simple model in which the time evolution of wave function is calculated using the discrete analog of the Klein – Gordon equation describing the wave propagation in a system of coupled oscillators in a potential field.
Keywords:
наноструктуры, квантовые эффекты, волновая функция, моделирование, nanostructures, quantum effects, wave function, modeling
наноструктуры, квантовые эффекты, волновая функция, моделирование, nanostructures, quantum effects, wave function, modeling
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