等离子体波

当等离子体波参考系的加速度为零时，所得结果与Lorentz变换结果一致。

The results agree with those obtained by the Lorentz transformation when the acceleration of the moving plasma wave frame equals zero .

本文用Poincare截面及Lyapunov指数两种方法，研究了新型的等离子体波摆动器中电子运动的混沌特性。

The Poincare surface-of-section maps and Lyapunov exponents have been used to demonstrate the chaotic charateristics of electron motion in a plasma wave wiggler .

表面等离子体波是最好的来源购买的全新，翻新，并采用IBM的设备。

SPW is the best source for buying new , refurbished , and used IBM equipment .

等离子体波背景下的光子Berry相位

Photon 's Berry phase under background of plasma waves

提出一种利用CCD摄象技术对表面等离子体波衰减全反射谱（ATR峰）进行一次成象测量的方法。

A method for measuring the Attenuated Total Reflection ( ATR ) spectrum of surface plasmon by means of CCD technology is proposed .

提出一种基于Kretschmann结构的新型棱镜表面等离子体波共振（SPR）传感方法。

A novel surface plasmon wave resonance ( SPR ) sensor is presented .

表面等离子体波共振（SPR）现象是一种光波与金属电子相互作用引起的光电子现象。

Surface Plasmon Resonance is an optical-electrical phenomenon involving the interaction of the light with the electrons of a metal .

表面等离子体波共振（SPR）是被入射电磁波所激发、存在于金属和电介质界面上电荷密度振动的谐振波。

Surface plasmon resonance ( SPR ) is used to describe the excitation and propagation of electromagnetic waves along the metal-dielectric interface .

研究了一种基于表面等离子体波共振（SPR）光谱分析的折射率检测新方法。

A novel approach for measurement of refractive index based on analysis of surface plasma resonance ( SPR ) spectrum is proposed .

提出了一种基于表面等离子体波（SPW）的纳米定位指零新方法。

A new method for nanometer positioning based on surface plasma wave is reported .

通过求解等离子体波的连续性方程以及Euler方程，研究了场效应管中等离子体波的振荡，以及其在各种装置结构中的不稳定性。

By calculating the continuous function and Euler function , we investigate the plasma oscillation in field effect transistors and the instabilities of these waves in different device structures .

等离子体波是等离子体中粒子的各种集体运动模式，波的色散关系给出了集体扰动频率ω和波矢k之间的关系，同时也是不稳定性理论研究的基础。

Plasma waves are the collective motion modes of many particles in the plasma . The relationship of angular frequency ω and the wave vector k can determine the dispersion relations of plasma waves , which are fundamental in studying instabilities .

受激拉曼散射（stimulatedRamanscattering，SRS）是一个大振幅激光光波衰变为一个散射光波和一个电子等离子体波的三波共振过程，它发生在四分之一等离子体临界密度面以下。

Stimulated Raman scattering ( SRS ) is a three-wave parametric process in which an incident light decays into a scattered light and a plasma wave . It happens under the quarter critical density region of plasmas .

通过数值模拟和相应实验分别考察了蒸镀调制层对表面等离子体波共振（SPR）效果的影响，并在此基础上给出了设计的一般步骤和原则。

Influences of thickness and type of modulation layer on resonance effect are analyzed quantitatively by utilizing numerical simulation and experiment , and the design approach and principle are also presented .

利用表面等离子体波共振效应（SPRE）对角度与共振波长关系的研究

The study on the relationship between the angle and the resonant wavelength by using the SPRE

当电子通过自注入方式脱离背景等离子体波进入尾波场，就有可能在厘米量级的尺度里被加速到GeV。

When electrons break away from background electron-plasma wave and self-inject into the wake field , they can be accelerated to GeV energy magnitude within centimeters distance .

研究了表面等离子体波共振（SPR）光谱对入射光角度变化的敏感特性，提出了对共振波长和共振强度进行双参数检测的方法。

Sensitivity characteristic of surface plasma resonance spectrum with change of incident light angle is studied . A double-parameter measure method based on resonance wavelength λ spr and resonance light intensity Rmin is presented .

本文利用Moller变换与Lorentz变换实现了非匀速运动的等离子体波参考系与静止真空实验室参考系之间的电子能量的广义变换。

The general transformation of electron energy between the laboratory frame and the moving plasma wave frame is obtained by using the Moller transformation and the Lorentz transformation .

表面等离子体波共振效应（SPR）对液体折射率变化非常敏感，而温度变化又会导致液体折射率和金膜复介电常数的改变。

Surface plasmon wave resonance ( SPR ) phenomenon is quite sensitive to the change of liquid refractive index , and the liquid temperature change will lead to the change of liquid refractive index and complex dielectric .

其中采用了Shafranov平衡位形和热等离子体波色散关系。

Shafranov equillibrium model was used and hot plasma electromagnetic wave dispersion relation was included in it .

本文首先介绍了SPR传感器的研究现状和应用，之后分析了表面等离子体波和表面等离子体共振的原理和检测机理，重点分析了Kretschmann结构的SPR传感器，利用Matlab软件进行了模拟仿真。

Then its mechanism and principle of surface Plasmon wave and surface Plasmon resonance are analyzed , and the prism coupled SPR sensor based on Kretschmann structure is emphatically discussed . Matlab software is used to simulate and analyze the spectrum .

其次，本文讨论了光纤表面等离子体波传感器的结构设计及其工作原理，研究了光纤SPR传感器在不同类型液体和不同环境温度下的传感特性。

Secondly , the configuration design of optical fiber SPR sensor system and its work principle are discussed in detail . The paper studies the sensor character of optical fiber SPR sensor which is in the different type liquids or under different environment temperature .

对DE-1卫星等离子体波的部分观测数据进行了处理，本文主要给出关于千米波辐射及极光嘶声的观测结果及分析。

Data of plasma waves observed by DE-1 are analyzed for some time periods . In this paper , some results , mainly about AKR and auroral hiss , are given .

详细讨论了表面等离子体波共振现象产生的基本原理和激发条件；

Principle and exciting condition of SPR phenomenon is discussed detailedly ;

极端相对论电子对横等离子体波的散射

Scattering of Transverse Plasma Wave by the Ultra - relativistic Electron

固体中激光等离子体波前传输特性的研究

Study of the Transmission Characteristics of Laser Plasma Wave in Solid

介质保护膜在表面等离子体波探测器中的应用研究

The Research on Protective Layer Used in Surface Plasmon Wave Detector

双束自陷激光驱动的电子等离子体波的拍频激发

Excitation of electron plasma waves by beating two self-trapped laser beams

基于表面等离子体波的光学可调滤波器的研究

The Study of Optical Tunable Filter Based on the Surface Plasmon Waves

电子等离子体波对超短脉冲激光传播过程的作用

Effect of electron plasma wave on the propa-gation of an ultrashort-pulse laser