1) Low-Dimensional Quantum Structure
低维量子结构
1.
Researches on Electron States, Phonon States and Electron-Phonon Interactions in Semiconductor Low-Dimensional Quantum Structures;
半导体低维量子结构中电子态、声子态及其相互作用性质研究
2.
In recent ten years, the low-dimensional quantum structures, such as quantum wells quantum wires and quantum dots, had potential technological application in the optical devices.
近十几年来，人们预期低维量子结构，如：量子阱、量子线、量子点，在光学器件上有潜在的应用价值。
2) low-dimensional structure
低维结构
1.
Zinc oxides with low-dimensional structures are becoming one of the most promising cathode materials for field emission for their negative electron affinity, uniform and stable structure, plentiful and controllable morphology, good behaviors of mechanical and chemical stability.
结合作者实验室的工作,综述了近年来迅速发展的ZnO低维结构的场发射特性以及制备方法、形貌结构、排列及密度、表面吸附、掺杂和热处理等因素对其场发射性能的影响,介绍了四针状氧化锌晶须(T-ZnOw)作为场发射阴极材料的优势。
2.
In low-dimensional structures, charged carriers are confined to certainenergy levels, enhancing exciton oscillator strength and light-emitting efficiency.
特别是近年来纳米技术的兴起引起人们对低维结构性质的极大兴趣。
3.
It can be used to perform Raman investigation on the low-dimensional structure materials and devices to the nano scale.
喇曼-原子力显微镜(Raman-AFM)是一种基于探针增强喇曼散射效应(TERS)的新型形貌表征与光电测试设备,能够在纳米尺度上对低维结构材料与器件进行喇曼研究。
3) quantum structures
量子结构
1.
As the first lecture,semiconductor heterostructures and quantum structures,in.
文章着重介绍半导体异质结构和量子结构 ,包括其能带结构、态密度分布等性
4) quantum structure
量子结构
1.
Researches on Elastic Phonon Transport and Thermal Conductance in Quantum Structures at Low Temperature
低温下量子结构中弹性声子输运与热导性质研究
2.
Because the quantum structure optoelectronic devices involve electricity, optics, Electro-optical Interaction and quantum effect, it is difficult to develop and optimize the optoelectronic devices by experimentation.
由于光电器件涉及电学、光学,及光电相互作用,而且量子结构光电器件更加复杂,仅通过实验来获得最佳设计、开发新型器件比较困难,对量子结构光电器件的模拟仿真有助于人们在设计量子结构光电器件时,改变参量使器件在具体应用中达到最优化。
5) low-dimensional nanostructures
低维纳米结构
1.
Studies on Electron States, Phonon States and Heat Transport in Low-Dimensional Nanostructures;
低维纳米结构中的电子态、声子态及热输运性质的研究
2.
Some kinds of low-dimensional nanostructures can be formed by irradiation of laser on the SiGe alloy sample.
用激光照射辅助电化学刻蚀硅锗合金样品能够形成多种低维纳米结构。
补充资料：单量子阱(见量子阱)
单量子阱(见量子阱)
single quantum well
单且子阱sillgle quantum well见量子阱。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条