为今后设计激光聚变等离子体诊断所需类氖锗x光激光光源工作打下了基础。
This work has laid the foundation of later effort to design Ne-like Ge XRL resource which is used to diagnose plasma of ICF.
为了试验这些复合材料能否经受聚变等离子体破裂时的高热负荷，用大功率ND：YAG激光进行了模拟实验。
In order to investigate their cyclic heat load properties under plasma disruptions, a cyclic heat load experiment was performed by using high power nd: YAG laser.
在关于激光聚变30年的争论中，一个重要的潜在障碍就是激光在靶腔内产生的等离子体。
During 30 years of the laser fusion debate, one significant potential hurdle to the process has been the "plasma" that the lasers will create in the hohlraum.
他说这种粒子控制技术能够用于产生等离子体流，从而核聚变发电技术稳定化，实用化。
This particle puppeteering, he says, could be useful in generating plasma currents to stabilize fusion power-generation technologies.
对于聚变托卡马克装置来说，第一壁材料抗等离子体辐照的性能非常重要，国际上也对此进行了广泛的研究。
For the fusion tokamak, the abilities of first wall material to resist fusion plasma irradiation are very important, this subject have been studied for many years in the world.
这些结果对估计面对等离子体的部件寿命和分析聚变堆堆芯等离子体中的杂质水平估计是很有用的。
These data might be useful to estimate the lifetime of plasma facing components and to analyze the impurity level in core plasma of fusion reactors.
随后激光的脉冲越来越短，功率越来越高，在激光核聚变中产生的等离子体就不可避免地要涉及相对论效应。
Since the pulse of laser became shorter and shorter, the power higher and higher, the relativistic effect of the plasmas produced in laser fusion must be considered inevitability.
在受控核聚变研究中，中性束注入已经成为加热等离子体的有效手段。
In fusion research, the neutral beam injection has become an efficient method for heating plasma.
激光等离子体相互作用是一个典型的非线性问题，是激光聚变研究的核心问题之一。
Laser plasma interaction is a typical nonlinear problem and one of the key issues in laser fusion.
本文对凝聚态物质中可能的冷核聚变现象，提出了强耦合冷等离子体模型。
In this paper, we present a strongly coupled cold plasma model for the process of cold nuclear fusion in the condensed matter.
带电尘埃广泛存在于空间等离子体，实验室聚变装置及等离子体辅助加工设备中。
Charged dusts exist widely in space plasma, laboratory fusion devices and plasma assistant processing equipment.
指出了未来聚变堆对杂质控制，排气和等离子体-表面相互作用的要求。
Requirements for impurity control, exhaust and plasma-surface interactions in future reactors are indicated.
用高能激光束和电子束轰击实验材料，模拟聚变堆面对等离子体材料在等离子体破裂时的工作状态，考察了4种掺杂石墨材料在热冲击下的热腐蚀规律。
The thermal shock behavior of 4 kinds of impurity doped graphites was investigated under a simulated plasma disruption condition using high-energy laser and electron beam.
介绍了核聚变装置hl- 2a托克马克中各种微波技术在等离子体诊断中的应用。
In this paper, some of the microwave techniques used in plasma diagnostic systems on nuclear fusion device HL-2A tokamak are introduced.
本文对可控热核聚变实现提出了一种新设想——运行中的等离子体交叉对撞模型。
A new model of realizing controlled thermonuclear fusion is raised, namely the cross-colliding model of moving plasma.
在无氧铜的基体上制备了等离子喷涂钨基涂层以应用于核聚变反应堆中偏滤器部件的面向等离子体材料。比较了不同过渡层对等离子喷涂钨基涂层结合强度的影响。
The plasma sprayed tungsten coatings were prepared on oxygen free copper substrates, which are to be used as the plasma-facing materials of the divergent components in fusion reactors.
在无氧铜的基体上制备了等离子喷涂钨基涂层以应用于核聚变反应堆中偏滤器部件的面向等离子体材料。比较了不同过渡层对等离子喷涂钨基涂层结合强度的影响。
The plasma sprayed tungsten coatings were prepared on oxygen free copper substrates, which are to be used as the plasma-facing materials of the divergent components in fusion reactors.
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