Tunnelling Effect for Quadruples Potential Using Matrix Propagation Method
Date
2020-12-31Author
NASIROH, Chilwatun
SUPRIADI, Bambang
HANDAYANI, Rif’ati Dina
Metadata
Show full item recordAbstract
Semiconductor materials can be used as potential barriers to Tunnelling effects. In
this study, four semiconductor materials are arranged in various ways to form a
quadruple potential structure to analyze the value of the transmission coefficient. The
analysis was conducted using the analytical and numerical matrix propagation method
using Matlab2018a. The results confirmed that the inverted arrangement produces the
same transmission coefficient value for each energy. So that there are 12 kinds of
transmission coefficient values generated from 24 arrangements. The semiconductor
material composition with the most considerable transmission coefficient value is
ADCB and BCDA, which have a value of 0.8087. The variation of the arrangement
affects the value of the transmission coefficient so that it can be used as a guideline
for selecting the arrangement that produces the most optimum value of the
transmission coefficient from various possible arrangements
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- LSP-Jurnal Ilmiah Dosen [7293]