The quantum characteristics of electrons in the semiconductor heterostructure, for example, quantum wave transport, Coulomb blockade effect are described. 本文阐述了半导体异质结构电子的量子特性,如电子波输运、仑阻塞效应等。
Study on the Spin Transport of Semiconductor Heterostructure Quantum Wire with Spin-Orbit Coupling 半导体异质结自旋轨道耦合量子线自旋输运研究
Research Progress in Ferroelectric Thin Film/ Semiconductor Heterostructure 铁电薄膜/半导体异质结构的研究进展
Physical Vapor Deposition Growth of Ferromagnet/ Semiconductor Heterostructure Material& MnSb/ Si 铁磁/半导体异质结材料MnSb/Si的物理气相沉积生长
Research on Oxide Semiconductor Heterostructure Photocatalysis Material 氧化物半导体异质结构光催化材料的研究
Two practical structures of large optical cavity semiconductor laser arrays with GaAlAs/ GaAs double heterostructure are reported. 本文报告了一种具有实用价值的半导体大光腔激光器列阵。
Recent studies on ferroelectric thin film/ semiconductor heterostructure are discussed in this paper. 综述了铁电薄膜/半导体异质结构研究近年来的新进展。
Based on a spherical shell structure and the graded finite potential well model, the interface effects on the energy level shifts of bound states in a semiconductor quantum dot heterostructure were analyzed and calculated. 提出采用壳状结构和渐变有限深势阱模型的方法来分析界面效应对半导体量子点异质结的束缚态电子能级的扰动。模拟计算表明,对于处于强受限的量子点,界面效应明显。
Laser-enhanced epitaxial growth of semiconductor heterostructure 激光增进的半导体异质结外延生长
In order to design the quantum point contact ( QPC) devices based on the semiconductor heterostructure, electrostatic potential distribution and control methods of the QPC are needed to be considered. 为了设计以半导体异质结构量子点接触(QPC)为基础的器件,需要掌握QPC结构中静电势的分布及其控制方法。
In this thesis, the photon-assisted quantum transport properties in magnetic semiconductor heterostructure are investigated by using Floquet theory, the scattering matrix and the effective-mass approximation theory. 本文利用Floquet理论、散射矩阵以及有效质量近似理论研究了磁性半导体异质结中光子辅助的量子输运特性。
These results have the certain instruction significance for the design and preparation of the semiconductor heterostructure materials. 这对于半导体异质结构材料的设计与制备具有一定的指导意义。
All the work contributes to further obtaining transition-metal oxides semiconductor and lays the foundation of the appliance of this semiconductor heterostructure. 该工作为进一步得到过渡金属氧化物半导体异质结器件应用奠定了基础。
A novel all-optical switch of quantum dot photonic crystal ( QD-PC) based on InAs/ GaAs semiconductor heterostructure is proposed. 我们基于InAs/GaAs半导体异质结构提出一种新颖的量子点光子晶体全光开关。