laser plasma的例句大全

Quantitative three-dimensional distribution of laser plasma parameters can be obtained only through three-dimensional reconstruction method in interference which is the best laser plasma diagnostic method.

本文首先介绍并比较各种诊断方法，通过比较，发现只有干涉法可以通过三维重建定量地获得激光等离子体三维分布参数，是激光等离子体最好的诊断方法之一。

Research on Weakly Electriferous Effects of Laser Plasma Based on the Probe-target Method

基于靶探针法的激光等离子体弱荷电效应的研究

Preliminary Research on Temperature Estimation of Laser Plasma Gaseous Reactions by Thermodynamic Method

一种估算激光等离子体中气体反应温度的方法四苯基卟啉的激光等离子体质谱研究

Optical microdiagnosis of laser plasma

激光等离子体的光学显微诊断

Test and Analysis of Laser Plasma Emission Spectrum

激光等离子体发射光谱的测试与分析

Measurement of temperature space distribution of the cu laser plasma

激光激发等离子体温度空间分布测量研究

Effects of target configuration on the laser plasma momentum-coupling coefficient

靶结构对激光等离子体动量耦合系数的影响

In the case of 20A-pre-pulse and alumina capillary, the ablation decreased remarkably and the laser spike pulse was distinguished on an x-ray diode because the uniform Z-Pinch plasma column had formed.

而采用20A的预脉冲和高纯度陶瓷毛细管，管壁烧蚀量大大减少，预电离等离子体的均匀性好，在这种情况下，实验上利用x射线二极管观测到了激光尖峰信号。

Relation of electron density and temperature of copper plasma to laser power

铜等离子体电子温度和密度随激光功率的变化

The charge flux of plasma, the delay time of laser ignition and the absorbability of laser by plasma were tested to study the effects of plasma and ablation on laser ignition processes of energetic materials.

通过测试激光点火的延迟时间、等离子体电荷通量和等离子体对激光的吸收能力，研究了激光等离子体和烧蚀对激光点火过程的影响。

The measurement of X-ray emitted from a laser produced plasma is described.

本文报导激光产生等离子体辐射X射线的测量方法和结果。

Effect of Ambient Atmosphere on Laser Micro-Plasma Radiant Intensity

环境气氛对激光微等离子体辐射强度的影响

Clinical observation of urethral stricture or atresia treated with transurethral thulium laser incision conbined plasma electrocision

腔内钬激光联合等离子电切术治疗尿道狭窄与闭锁疗效观察

The plasma compression and shock generation along the light pressure gradient are investigated in an ultra intense laser irradiated plasma, where the light pressure is dominated over thermal pressure.

针对高强激光辐照下的等离子体，研究了当光压超过热压时等离子体沿光压梯度压缩并直接驱动激波的过程。

Our main research results and innovations are listed as following: ( 1) We first found that energetic electron refluxing can influence the SIT, making the laser with intensity lower than the threshold intensity of SIT could penetrate through the overdense plasma.

本文的主要研究结果和创新点如下：（1）首次发现了高能电子回流可以影响过密等离子体自导透明，使低于自导透明阈值强度的激光能够穿透进过密等离子体薄靶。

The measurement of plasma electronic density distribution by pulse laser holographic interferometry

用脉冲激光全息干涉术测量稠密等离子体电子密度分布

Theoretical Studies on Laser Induced Plasma Ignition Mechanism and the Threshold Detection

激光等离子体点燃机理分析与阈值测试研究

Effects of Carbon Coating on the Spectral Intensity of Silicon-based Thin Film Laser Micro-plasma

碳涂层对硅基薄膜激光微等离子体光谱强度的影响

Low Temperature Growth of AlN Thin Films Deposited by Reactively Pulse-Laser Ablation with Plasma-Assisted

等离子体辅助反应式脉冲激光熔蚀制备AlN薄膜的低温生长

Investigation in Electron Acceleration by Laser Wakefield on Density Attenuating Plasma

密度减稀等离子体中激光尾场加速电子研究