晶格振动

Bi2Sr2CaCu2O8晶格振动模分析及实验探讨

An Experimental Study and Analysis on the Lattice Vibration Modes of Bi_2Sr_2CaCu_2O_8

高Tc超导材料Bi2Sr2CuO6和Bi2Sr2CaCu2O8的晶格振动对称性分析

Symmetry analysis of the lattice vibration in bi_2sr_2cuo_6 and bi_2sr_2cacu_2o_8 with high Tc

立方面心C（60）晶体晶格振动的研究

Studies on the Lattice Vibrations of fcc C_ ( 60 ) Crystal

铋系超导体晶格振动的X射线衍射研究

Temperature Dependent X-ray Diffraction Study of Lattice Vibrational in Bi-system Superconductor

基于Flash的交互式晶格振动课件

Interactive Courseware of Lattice Vibrations Based on Flash Software

本文对新型有机光学非线性晶体LAP的晶格振动进行了群论分析。

A group-theory analysis of single crystal LAP has been made .

锐钛矿TiO2薄膜晶格振动谱的红外和拉曼光谱研究

Lattice Vibration Fundamentals of Anatase Nanocrystalline TiO_2 Detected Using Infrared and Raman Spectroscopy

光折变材料Cu∶KNSBN的晶格振动和d－d电子跃迁

Lattice Vibrations and d d Electron Transitions of Photorefractive Material Cu ∶ KNSBN

本文对新型紫外倍频晶体偏硼酸钡（β-BaB2O4）的晶格振动进行了群论分析。

Lattice vibrations of barium metaborate (β - BaB2O4 ) crystal are analysed with the aid of group theory .

传压介质对晶格振动和相变压力的影响&αBi2O3的高压拉曼光谱研究

Influence of pressure-transmitting media on the lattice vibration and phase transition pressure-high Pressure Raman Spectra Studies of α bi_2o_3

为Bi系晶格振动光谱研究提出了有力的理论依据。

And an important theory basic for the study of Bi system crystal lattice vibration spectroscopy is put forward .

KTP单晶的晶格振动特点

The features of lattice vibration of KTP single crystal

半导体氮化铟（InN）的晶格振动

Lattice vibrational properties of semiconductor Inn

Raman结果表明Mn的掺入对薄膜的晶格振动产生了一定的影响，Zn0.9Mn0.1O合金薄膜与衬底之间的应力要比未掺杂的ZnO薄膜的大。

Raman results show that Mn doping influences the crystal lattice vibration of ZnO , and prompts the increasing of stress between film and substrate .

晶格振动对Ti-Al系统相稳定的影响

Effects of vibration on the phase - stability of Ti-Al system

基于冻声子方法，本工作计算了Ni-P体系化合物的晶格振动性质，包括声子谱和声子态密度。

Based on frozen-phonon approach , the phonon dispersions and phonon density of states of the Ni-P compounds were calculated .

ZrO2晶格振动的相关分析和ZY系统的拉曼光谱

Correlation analysis of ZrO 2 lattice vibrations and the ZY system Raman spectra

本论文将描述我们对单晶GaN纳米管的力学、电子结构、光吸收、晶格振动等性质所进行的理论计算研究。

This dissertation is devoted to the theoretical study of the mechanical , electronic , optical adsorption and vibrational properties of single-crystal GaN nanotubes .

Y1Ba2Cu3O7晶格振动的对称性分析

Symmetry analysis of the lattice vibration in y_1ba_2cu_3o_7

LAP及DLAP单晶的晶格振动光谱

Vibrational spectra of single crystal LAP and DLAP

NAB和NYAB晶体晶格振动模的喇曼&红外光谱研究

A Study on Lattice Vibration Modes and Raman-Infrared Spectra of Crystals NAB and NYAB

基于实际的数值计算，讨论了Brillouin区中心Γ点手性管晶格振动模的分类；

According to the numerical results , the classification of the vibration modes for chiral tubes at the center of Brillouin zone were analysed .

第三章详细介绍GaN纳米管的结构、力学、电子结构、光吸收、晶格振动性质以及H吸附对纳米管的影响。第二部分包括第四和第五章。

In chapter 3 , we describe the structural , mechanical , electronic , optical adsorption and vibrational properties of GaN nanotubes , and the effects of the hydrogen on the electronic structures of the nanotubes .

研究了衬底温度和缓冲层厚度对于薄膜质量的影响，并对a面ZnO薄膜的晶格振动和发光机理进行了系统的研究。

The influence of the growth temperature and the thickness of the LT-ZnO buffer layer to the ZnO thin films ' quality were studied , and the lattice vibrations and the luminescence mechanism were also studied .

10%CeO2-ZrO2Raman散射与t相晶格振动

Raman scattering and T-phase lattice vibration of 10 % ceo_2-zro_2

利用红外Raman光谱技术调查了晶体非线性晶格振动特征，分析了晶体中组分离子浓度对晶体红外Raman光谱特征的影响，探讨了组分离子对晶体二次谐波性质影响的原因。

By using infrared Raman technique , the properties of nonlinear lattice vibration of thee samples were investigated , and the character of Raman spectrum were analyzed , as well the effect of composition on the SHG properties were discussed .

本文采用较简单的方法对Nacl晶体晶格振动的动力学矩阵D（）给出详细计算。

In this paper , a simple method to calculate the dynamical matrix of the lattice vibration of NaCl crystals was used and discussed the movement characteristics of acoustic modes and optical modes in the lattice vibration of NaCl crystals .

报道了采用物理汽相输运（PVT）淀积工艺生长的多种组分的多晶ZnSxSe（1-x）材料及其晶格振动行为的远红外光谱。

The polycrystalline ZnS_xSe_ ( 1-x ) with various compositions grown by physical vapor transport ( PVT ) technique are reported and their phonon behaviors are investigated by means of FT-IR spectroscopy .

通过分析金属铜的能量最优路径与晶格振动之间的关系，提出了固体-液体之间的相变机理，以及直接导出过渡金属的熔化温度Tm静力学方法。

By analyzing the relationship between the energy optimization path and lattice vibration of Cu , this paper presents the phase transition mechanism as per the nature of solid-liquid phase and introduces the static method to derive the melting temperature of transition metals .

基于Boltzmann输运理论的分析表明，薄膜热导率的尺寸效应可以归结于薄膜中声子（晶格振动）的弛豫时间或平均自由程的减小。

The analysis of Boltzmann transport theory suggests that the size effect of thermal conductivity in thin films could be attributed to the diminishing of relax time or mean free path of phonons ( lattice vibration ) in films .