theoretical calculation of polarization dependent gain saturation in gan quantum well lasers

proton irradiation effects on multi-quantum wells gaas solar cells

量子阱GaAs太阳电池的质子辐射效应

calculation and analyses of cross-saturation characteristics of gan quantum well lasers

GaN基量子阱激光器交叉饱和特性的计算与分析

mechanism of optical polarization dephasing in bulk gaas and multiple quantum wells

GaAs体材料及其量子阱的光学极化退相特性

photoluminescence spectra from sige/ si strained layer quantum well structures

SiGe／Si量子阱结构材料的激子发光谱

oscillator strength of intersubband transition in n type alas/ gaalas quantum well for the normal incident absorption

n型AlAs/GaAlAs量子阱子带间正入射吸收跃迁振子强度

influence of thermal annealing to the characteristics of algainp/ gainp multiple quantum wells led wafers

退火对AlGaInP/GaInP多量子阱LED外延片性能的影响

x-ray topography and photoluminescence properties of gaas/ algaas quantum well materials

GaAs/AlGaAs量子阱材料的X射线形貌及其发光性能

improving the quantum well properties with n-type ingan/ gan superlattices layer

引入n型InGaN/GaN超晶格层提高量子阱特性研究

an effective computation method for p-type semiconductor quantum well

p型半导体量子阱的有效计算方法

compared with common soa ( single-electrode soa), the gain and dynamic characteristics of the multi-electrode quantum well soa ( qw-soa) have been greatly improved which enable qw-soa a very wide range of potential application in optical fiber communication.

相比普通SOA，多电极量子阱SOA在增益特性和动态特性方面有望得到改善，它在光纤通信领域有着极为广泛的应用前景。

tragacanth gum for use in manufactures

制造业用黄蓍胶

intersubband and intraband transitions of self-assembled quantum wires for the infrared detectors

可用于红外探测器的自组织量子线及其带间和子带间光学跃迁

the hall conductivity of quantum wires with real magnetic barriers

真实磁垒作用下的量子线的霍尔电导

shot noise in diluted magnetic semiconductor/ semiconductor quantum wires

稀磁半导体/半导体量子线中的散粒噪声

study of the equivalent 1d potential of excitions in quantum well wires

量子线的一维等效势模型的研究

effect of anodization on photoluminescence of gaas/ algaas quantum wires

阳极氧化对GaAs/AlGaAs量子线荧光的影响

the llp variational approach and the perturbation method are employed to study the polaron effect in a freestanding quantum wire, both the contribution from the bulk-like longitudinal optical phonon modes as well as the surface optical phonon modes are taken into consideration.

分别采用LLP变分方法和微扰方法研究了圆柱形自由量子线的极化子效应，在计算中考虑了类体纵光学声子模及表面声子模的贡献。

analysis also shows that the perturbation method is better in dealing with the polaron problem in the strongly confining systems such as quantum wires and quantum dots.

分析还发现，对于量子线、量子点等强受限体系，微扰方法得到的结果较LLP变分方法的结果合理。

the aim of this paper is to investigate fano effect in transport through coupled quantum wire-dot systems.

研究耦合量子线-量子点体系的电子输运过程中的Fano效应，这是贯穿于本论文工作始终的一条主线。

the ground state energy of strong-coupling polaron in parabolic quantum wires is calculated for the case where the electron interacted with bulk lo phonon and added electric field.

在考虑电子与LO声子相互作用和加电场的情况下，计算了抛物量子线中强耦合极化子的基态能量。