Plasma diagnostics

Second harmonic probe system for laser - plasma diagnostics experiment

用于激光等离子体诊断实验的二倍频探针光系统

Plasma diagnostics techniques is important for controlling of high density plasma etching process .

等离子体诊断技术对于高密度等离子刻蚀过程的监控显得非常重要。

Design and measurement of quasi-optical millimeter wave system for plasma diagnostics

等离子体诊断用的毫米波准光学系统的设计和测量

CCD video technology , plasma diagnostics and devices of pulsed radiography

D.CCD视频技术、等离子体诊断和脉冲辐射摄影

Application of X-ray lasers in dense plasma diagnostics

X射线激光在稠密等离子体诊断中的应用

A 30 keV lithium ion source for plasma diagnostics

用于等离子体诊断的30keV锂束源

Noise Elimination of Plasma Diagnostics with Langmuir Probe

Langmuir探针在等离子体诊断中的抗干扰方法

Based on this device the experimental study of plasma diagnostics and sheath propagation dynamics were made by using Langmuir probe .

利用Langmuir探针测量方法对该系统进行了等离子体诊断和鞘层扩展动力学的实验研究。

It was pointed out that the methods described in the article have preferential applications in plasma diagnostics under special environments .

所研究的方法在某些特殊环境的等离子体参数诊断中具有较好的参考和应用价值。

The X-ray laser is a useful tool in dense plasma diagnostics because of its short wavelength , high intensity and coherence .

X射线波段的相干辐射&X射线激光，由于其短波长、高强度、强相干等独特的优点，已经成为诊断稠密等离子体状态的一种工具。

Traveling Wave Tube ( TWT ) is widely used in radar , communications , electronic countermeasures , remote sensing and plasma diagnostics .

行波管在雷达、通信、电子对抗、遥感和等离子体诊断等方面有着巨大的应用潜力。

A Self-compensating Langmuir Probe for RF Plasma Diagnostics

自补偿型射频等离子体探针

By means of quasi-optical method , the spatial resolving power of millimeter wave receiving system which is used in plasma diagnostics has been greatly improved .

准光学方法有效地提高了毫米波接收系统在等离子体诊断中的空间分辨率。

The performance and structure of a new type of MicroChannel Plate ( MCP ) and the application of MCP detectors to laser plasma diagnostics are described .

本文介绍了一种新型的探测元件&MCP的特性，MCP探测器的结构以及在激光等离子体诊断中的应用。

This dissertation stresses the experimental studies on Z-pinch plasma diagnostics and radiation characteristic . We have finished four items of work : ( 1 ) Constructing a small-scale Z-pinch device ;

本论文重点研究了Z箍缩等离子体的诊断技术及其辐射特性，具体工作有四个部分：（1）建立一台小型喷气式Z箍缩等离子体装置；

Multilayer mirrors have been widely used in astronomic observations , microscopy , material sciences , synchrotron radiation applications , and plasma diagnostics , which offer a high reflectivity and good stability .

具有高反射性和良好稳定性的多层膜元件，已在天文学、显微学、材料科学、同步辐射应用和等离子体诊断等领域内获得了广泛应用。

Line integrated emissivity in tokamak plasma radiation diagnostics

托卡马克等离子体辐射诊断中的线积分辐射率

Plasma emission diagnostics for the optimization of deposition parameters in RF magnetron sputtering of GaP film

等离子体发射光谱诊断用于射频磁控溅射GaP薄膜的工艺参数优化

In tokamak plasma radiation diagnostics , an emissivity profile derived from line integrated radiation measurement data with Abel inversion or tomographic analysis is averaged over a poloidal cross section of the plasma chord .

在托卡马克等离子体辐射诊断中，通过阿贝尔反演或层析分析从线积分辐射率中得到的空间分布，是辐射率在束线宽度范围内的平均值的分布。

On the base of the knowledge of Microwave ECR plasma and probe diagnostics technology , this thesis designs a newly Langmuir probe and solves the problems of the microwave leaking and vacuum seal . 2 .

本文完成的主要工作归纳为以下几点：1.结合了微波ECR等离子体的特点以及等离子体探针诊断技术，设计了一种新型的朗缪尔探针，很好的解决了真空密封和微波泄漏的问题。

For the typical physics states of the laser plasma , it is difficult to obtain the plasma parameters directly . Spectroscopic diagnostics play an important role in the field of plasma diagnostics .

激光等离子体所特有的极端物理环境使我们很难用直接的手段获取等离子体状态参数，长期以来，光谱诊断在激光等离子体诊断领域发挥着重要作用。

In plasma physics linear and nonlinear ion waves are a popular subject which is not only fundamental to understand collective behavior of plasma , but also shows great importance on applications , such as plasma diagnostics and wave heating .

线性和非线性离子波动模式的激发和传播特征一直是等离子体物理中令人感兴趣的问题，不仅在等离子体集体运动基础研究中具有重要意义，而且在等离子体诊断和波加热等领域也具有实际应用。