Magnetic Field Effect on the Electronic Structure of Doped GaAs Quantum Well and Superlattices
The investigation of the energy level in a p-typed doped GaAs structure under the magnetic field was carried out theoretically using the effective mass for a uniform acceptor distribution. The structure was calculated by solving the Schrödinger and Poisson equations. It is evident from the result that the effect of magnetic field introduces valley splitting in electronic gas and further...
Published at Journal of Advanced Physics
Published in 2014
U. E. Uno, M. E. Emetere, and Dada Micheal
Emetere Moses » Emetere, Moses Eterigho is a seasoned researcher. He was awarded the prestigious African Union (AU) & The World Academic of Science (TWAS) award for his numerous research accomplishments- 2015 AU/TWAS Young Scientist National Award. He has published over one hundred and fifty peered reviewed papers and textbooks. His research work has attracted international collaboration from Malaysia,... view full profile
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