玻璃半导体

Te基玻璃半导体的电子显微镜观察

Electronmicroscopic Observations of Te-Rich Glass Semiconductors

As-Te玻璃半导体的温差电动势率和电导率的研究

Thermoelectric power and DC conductivity of bulk As-Te chalcogenide glasses

本文给出体样品As-Te、As-Te-Ge和（As2Te3）（1-x）Nix硫系玻璃半导体温差电动势率和直流电导率与温度的关系。

Thermoelectric power and DC conductivity of bulk As-Te , As-Te-Ge and ( As_2Te_3 ) _ ( 1-x ) Ni_xchalcogenide glasses as function of temperature have been given in this paper .

Te-Ge系统玻璃半导体组成与析晶行为的依赖关系

The interdependence of composition and crystallization behaviour of amorphous semiconductor of te & ge system

对玻璃中半导体量子点的生长过程、量子点的电子态，量子尺寸效应、库仑阻塞效应及介电效应，做了比较全面的介绍。

The growth and the electronic state of quantum dots , quantum size-dependent effects , Coulomb blockade effects and dielectric effects are described .

金刚石砂轮广泛用作硬质合金、工程陶瓷、光学玻璃、半导体材料、花岗岩等硬脆难加工材料的磨削工具。

Diamond grinding wheels are widely used as grinding tools in manufacturing of hard and brittle materials , such as hard alloy , engineering ceramics , optical glass , semiconductor materials , and granite .

金属-玻璃膜-半导体（MGS）结构的C-V特性探讨

The C-V Characteristic Study of Metal-Glass-Semiconductor ( MGS ) Construction

本文首次研究了Tm（01）Yb（109）氟氧化物玻璃在966nm半导体激光激发下的直接上转换敏化发光现象。

This paper studied the direct upconversion sensitization luminescence of Tm ( 0 1 ) Yb ( 10 9 ): oxyfluoride glass pumped by 966 nm diode laser .

玻璃中的半导体量子点

Semiconductor quantum dots in a glass matrix

玻璃掺杂固溶半导体（ZnxCd（1-x）S）荧光效应

Luminescence of solid solution Semiconductor ( Zn x Cd 1 - x S ) doped with silica glass

分别以Cd（NO3）2和（NH2）2CS作为镉源和硫源，用化学沉积法（CBD）在ITO玻璃上生长CdS半导体纳米薄膜。

CdS semiconductor nano-films were grown on ITO glass substrates by means of chemical bath deposition ( CBD ) technique with Cd ( NO3 ) 2 as the Cd ions and ( NH2 ) 2CS as the S ions source .

玻璃钝化技术对半导体放电管抗浪涌能力的影响

Influence of Glass Passivation on the Surge Handling Capability of Semiconductor Arresters

共熔法在玻璃中生长的半导体量子点的电偶极矩

Electric Dipole Moment of Graded Spherical Semiconductor Quantum Dots Embedded in Glass

借助于介质极化理论的一些一般结果，得到球形量子点内的有效电场；量子点内的有效电场与玻璃中的电场成正比，比例系数决定于玻璃和半导体量子点的介电常数。

For a sphere , the depolarization coefficient is 1 / 3 . Based on some general results of the effective medium theory , the electric field in the quantum dot is analyzed and the relation with the applied electric field is presented .