Synthesis and Physical Properties of Doped ZnO Quasi-one-dimensional Superlattice Nanostructures

掺杂ZnO准一维 超 晶格纳米结构制备与物性研究

Generation of Red and Blue Laser from Green Pump Laser in Quasi-Periodic Optical Superlattice

绿光抽运准周期光学 超 晶格产生红光与蓝光的研究

In order to study the energy band fold in phononic crystal superlattice the plane wave expansion theory is been used to analyze the band structure of phononic crystal superlattice .

为了研究声子晶体 超 晶格的能带折叠现象，利用平面波展开法结合超晶胞方法分析了声子晶体超晶格的能带结构。

The Sine-squared Potential and the Band Constraction for 1-dimension Doping Superlattice

正弦平方势与一维掺杂 超 晶格的能带结构

Aiming at the polarization problem of dielectric superlattice field we developed poling equipment by ourselves .

针对介电 超 晶格 结构 的 特殊极化问题，自行研制了极化设备。

Various discharge modes such as square hexagon superlattice and like-glow discharge have been observed in ac-driven gas discharge by using the dielectric barrier discharge device .

本工作采用介质阻挡放电装置，在交流气体放电中观察到不同类型的四边形、 六边形、 超点阵以及类辉光放电等放电模式。

First-principles Study on KNbO_3 / NaNbO_3 Superlattice and Domain in KNbO_3

KNbO3/NaNbO3 超 晶格及KNbO3畴结构的第一性原理研究

Sine-squared Potential and Global Bifurcation for Dopping Superlattice as Bistable State Cell

正弦平方势与掺杂 超 晶格双稳态系统的全局分叉正方副象半面象晶族

Development of Semiconductor Superlattice Materials and Opto-electronic Devices

半导体 超 晶格材料和光电子器件的研究和发展

The thoery structure characteristics and process of the superlattice avalanche photodiode are presented .

报道了 超 晶格雪崩光电二极管的工作原理、构、性及其制造工艺。

Preparation and optical performance study of ZnS / CdS single offset superlattice

ZnS/CdS单 带差 超 晶格 薄膜的制备及光学性质研究

Quasi-channeling Radiation of Charged Particle in Superlattice Quantum Well

带电粒子在 超 晶格量子阱沟道中的准沟道辐射

Short period inas / gasb Superlattice Infrared Detector on GaAs substrates

GaAs基短周期InAs/GaSb超 晶格红外探测器研究

Tunable THz Bloch oscillations ( BO ) in the superlattice and THz current oscillations in RTS are investigated .

研究了 超 晶格中的THz布洛赫振荡和共振隧穿结中的THz电流振荡特性。

Finally the prospects of ferroelectric superlattice were presented .

概括了几种 常用的介质铁电 超 晶格 薄膜 的 生长技术及其影响因素：最后对铁电 超 晶格 薄膜的发展和应用前景进行了展望。

Band Structure and Transmission Spectrum of Superlattice Quantum Well for the One-dimensional Component Superlattice

一维组分超 晶格量子阱的能带结构及其透射谱特征

Effect of rough interface on the thermoelectric figure of merit of the Bi_2Te_3 / PbTe superlattice

粗糙界面对Bi2Te 3/PbTe 超 晶格热电优值影响的理论分析

Reduce Ohmic Contact Resistance to p-GaN Using InGaN / AlGaN Superlattice

用InGaN/AlGaN 超 晶格降低p-GaN欧姆接触电阻

The Multiphonon Resonant Raman Spectra in a CdTe / ZnTe superlattice have been performed .

用共振喇曼散射研究了CdTe/ZnTe应变层 超 晶格的多声子谱。

Retarded Modes of Lateral Antiferromagnetic / Nonmagnetic Superlattice

侧向反铁磁/非磁 超 晶格推迟模式的研究

Nonlinear Parabolic Potential and Stabilities of Bistable System for Superlattice Quantum Well Bi-stable Mechanical Behaviors of Double-layered Isotropic Shell Structure

非线性抛物线势与量子 阱双稳态系统的稳定性双层壳的双稳态力学特性理论分析和数值模拟

Experimental study on self-organized hexagonal superlattice pattern in dielectric barrier discharge in argon / air

氩气/空气介质阻挡放电自组织 超 六边形 斑图实验研究

In this paper the heat transport characteristics such as the phonon spectrum the group velocity and the thermal conductivity of the semiconductor superlattice thermoelectric materials were studied .

本文研究了半导体 超 晶格热电材料的声子谱、群速度和热导率等热输运问题，重点通过对声学声子群速度特性的研究来 理解 超 晶格 材料的导热性质。

The X-ray diffraction and optical property of A-SiN x : H / A-SiN : H Superlattice are studied .

本文报道了对Asinx：H/ASi：H 超 晶格材料X射线和光学性质等方面的研究。

Based on this the lattice dynamics of the GAN / AlN superlattice is studied .

在此基础上研究了应变对GaN/AlN 超 晶格 的 L-声子的 色散关系和振动模式的影响。

Characteristics of Semiconductor / Superlattice Distributed Bragg Reflector

半导体/ 超 晶格分布布拉格反射镜的特性研究

We compared the Raman spectra of In doped ZnO nanoribbons with and without superlattice structures .

我们对比了 超 晶格纳米带和没有 形成 超 晶格结构的In掺杂ZnO纳米带的喇曼光谱。

Theoretical studies for the energy spectra of double-layer ferrimagnetic superlattice were carried out .

对双层亚铁磁 超 晶格的能谱进行理论研究。

Then the application possibility of heteroepitaxy and SiGe / Si superlattice material has been described .

其次，论述了异质外延和SiGe／Si 超 晶格材料的应用前景。