The Quantum Optical Transition Properties of ZnO in an Infinite Square Well Potential System

다국어 초록 (Multilingual Abstract)

Based on quantum transport theory, investigate theoretically the quantum cyclotron resonance transition properties of ZnO in a quasi-2-dimensional Landau splitting system. We apply the quantum transport theory to the system with the electrons confined by a square well potential. We investigate the optical quantum transition line shapes of ZnO relating with the absorption power and the quantum transition line widths of ZnO relating with the scattering effect in the electron-piezoelectric phonon interacting system under circularly-polarized oscillatory external fields. The half-widths, γ(T)total of ZnO for an external field with a wavelength of 295 μm increase as the temperature increases. The half-widths, γ(B)total , increase with the magnetic field at all temperatures for low magnetic fields of less than B=12 T, but it decrease with the magnetic field at high magnetic fields larger than B=12 T for all temperatures.

참고문헌 (Reference)

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