Magnetization Anisotropy of Semiconductor Quantum Wires with Magnetoelectric Quantization

다국어 초록 (Multilingual Abstract)

The carrier magnetization of diluted magnetic semiconductor quantum
wires having hybrid magnetoelectric quantization has been
investigated. The magnetization as a function of the chemical
potential shows that magnetic ions in semiconductor quantum wires
enhance the magnetization and induce nonzero magnetization in a
low-chemical-potential region. Magnetization anisotropy is not
predominant in quantum wires while it is manifested in quantum wells
because this anisotropy originates from changes in the density of
states. The magnetization of quantum wires shows superimposed
oscillations due to two hybrid eigenfrequencies.

다국어 초록 (Multilingual Abstract)

The carrier magnetization of diluted magnetic semiconductor quantum
wires having hybrid magnetoelectric quantization has been
investigated. The magnetization as a function of the chemical
potential shows that magnetic ions in semiconductor quantum wires
enhance the magnetization and induce nonzero magnetization in a
low-chemical-potential region. Magnetization anisotropy is not
predominant in quantum wires while it is manifested in quantum wells
because this anisotropy originates from changes in the density of
states. The magnetization of quantum wires shows superimposed
oscillations due to two hybrid eigenfrequencies.

참고문헌 (Reference)

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