公开了一种用于等离子体约束的装置(12)和方法。
An apparatus (12) and method for plasma containment is disclosed.
能量约束时间是衡量环流器等离子体约束性能的重要参数。
Energy confinement time is an important parameter characterizing the confinement property of a tokamak plasma.
能够将这种等离子体约束为一个具有紧凑尺寸的高比率圆环。
Such plasmas can be confined as a high aspect ratio toroid having compact dimensions.
然而考虑到等离子体约束和边界气体再循环，钨涂层面对等离子体材料在真空中的出气性能的研究是十分重要的。
However, in view of plasma confinement and its boundary gas recycling, the investigation on the gas desorption behavior of plasma facing material for tungsten coating is very important.
水约束层可以提高等离子体的压力和脉宽，已经成功应用于激光喷丸工程化加工。
Water confinement regime can enhance the amplitude and duration of plasma pressures, and was widely applied in laser peening.
给出了HT-6B托卡马克上的共振螺旋场（RHF）对等离子体的约束和锯齿振荡行为的影响的实验结果。
The experiment results of The resonant helical field (RHF) effects on plasma confinement and sawtooth behavior on the HT-6B Tokamak are presented.
在H模式和高密度模式（HDM）下，用光谱方法研究了HL-1等离子体的约束状况。
Plasma confinements under H-mode and high density mode (HDM) in the HL-1 Tokamak have been investigated using spectroscopic method.
真空室壁经过碳化、硅化等处理得到高温度稳定约束的ULQ等离子体。
ULQ plasma with fine confinement and high temperature is obtained after wall carbonization and siliconization.
分子束注入减小了杂质辐射，有效地提高了电子密度，改善了等离子体的约束性能。
The results of the molecular beam injection show that the impurity have been decreased, the electron density have been increases, and the plasma confinement property was improved.
分析发现，对等离子体的有效约束是提高动量耦合系数的主要原因。
It is found that effectively confined plasma expansion is the main reason for the enhancement of the momentum-coupling coefficient.
注入改善了等离子体的能量和粒子约束性能。
The energy confinement and the particle confinement after injection are improved.
本文在二维近似下，讨论了等离子体拱被两个强磁场区域所约束时的平衡。
In the present paper, the equilibrium of the plasma arch confined by two regions with stronger magnetic field is discussed in the two-dimensional approximation.
测得的等离子体电位轴向分布表明，该装置中能够建立起负电位轴对称串级镜约束位形；
The measured axial potential profile shows that the axisymmetric negative plasma potential tandem mirror confinement configuration has been established;
背景气压对激光烧蚀等离子体谱线的影响，其机理可以认为是“热库效应”、“约束效应”及“阴影效应”相互竞争的综合结果。
At the different environmental gas pressure, spatial emission intensity distribution is explained by the competition among "heat reservoir effect", "confined effect" and "shadow effect".
等离子体电流提升后，粒子约束时间提高了2．1倍，能量约束时间提高了1．6倍。
Particle confinement time is enhanced 2.1times and energy confinement time, meanwhile, is enhanced 1.6 tines after rampingcurrent up.
在一定条件下低混杂波电流驱动可以改善等离子体粒子约束。
The impurity transport is anomalous. the particle confinement could be improved in a certain condition during the low hybrid current drive.
在一定条件下低混杂波电流驱动可以改善等离子体粒子约束。
The impurity transport is anomalous. the particle confinement could be improved in a certain condition during the low hybrid current drive.
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