Magnetotransport in dilute 2D Si-MOSFET system
M.V.Cheremisin
TL;DR
This paper investigates magnetotransport phenomena in dilute 2D Si-MOSFET systems, focusing on Shubnikov-de Haas oscillations and the integer quantum Hall effect, revealing insights into valley splitting effects.
Contribution
It demonstrates the reproduction of beating patterns in oscillations under various magnetic field configurations and discusses the implications of IQHE in extremely dilute 2DEG.
Findings
Beating pattern of oscillations observed in different magnetic configurations.
Valley splitting influences the magnetotransport behavior.
Implications for understanding quantum Hall effects in dilute systems.
Abstract
The beating pattern of Shubnikov-de Haas oscillations is reproduced in both the crossed and tilted magnetic field configuration and in presence of zero-field valley splitting in Si-MOSFET system. The consequences of IQHE in extremely dilute 2DEG are discussed.
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