The analytical line, matrix elements and plasma parameters were discussed.
对分析谱线、基体元素和等离子体参数等进行了讨论。
The method comprises monitoring plasma parameters within a plasma chamber and analyzing the resulting information.
该方法包括检测该等离子室内的等离子参数和分析所得到的信息。
The process parameters are optimized and limited by considering the plasma parameters with discharge characteristics.
利用等离子体参数结合放电特征对工艺参数进行了优化限定。
With the C- R model, on the condition of given plasma parameters, we calculated the "pure atomic" relaxation and population of Li- like Al ions.
本文运用碰撞—辐射模型，在给定的等离子体参数条件下，计算了“纯原子”弛豫过程及各能级的粒子数布居，并对计算结果进行了讨论。
The analytical formulars between the plasma parameters are given and the calculations agree well with the experimental results.
解析地给出了各物理参量之间的关系，计算结果与实验符合的较好。
It has been demonstrated that the plasma antenna can operate similar to a copper antenna, and the radiation characteristics can be varied by varying the plasma parameters.
计算结果表明等离子体天线具有与金属铜天线类似的辐射特性，并且随等离子体参数变化而改变。
Numerical results indicate that plasma stealth is effective in theory and reasonable selection with the plasma parameters can greatly enhance the effectiveness of plasma stealth.
数值结果表明，等离子体隐身在理论上是有效可行的，合理的设置等离子体参数，可以极大的增强等离子体隐身效果。
The influences of plasma parameters such as energy, ignition location and shape on drag performance are reviewed. At present, laser plasma technology can reduce the wave drag by 70%.
讨论了等离子体能量、点火位置和形状等参数对减阻性能的影响，目前利用激光等离子体技术可以减小70%的波阻。
Influences of the incident Angle for wave and plasma parameters such as temperature, density and location of resonance layer on wave traces and power deposition distribution were studied.
研究了等离子体温度、密度和共振层位置等参数及波的入射角对波迹和功率沉积分布的影响。
Langmuir probe, as a simple and ideal technology, is used to measure many plasma parameters including plasma spatial potential, electron temperature, electron density, ion density and so on.
通过伸入放电室中的Langmuir探针，可以测量包括等离子体电位、电子温度、电子密度、离子密度在内的许多表征等离子体的重要参数。
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。
The feedback control system of HL-2A device is designed to control the current, displacement, configuration and density of plasma on real-time, so some plasma parameters can be achieved as expected.
HL 2A装置反馈控制系统的主要任务是逐步实现对等离子体电流、位移、形状和密度的实时反馈控制，从而能够按照实验目的对托卡马克等离子体进行各种试验。
The feedback control system of HL-2A device is designed to control the current, displacement, configuration and density of plasma on real-time, so some plasma parameters can be achieved as expected.
HL 2A装置反馈控制系统的主要任务是逐步实现对等离子体电流、位移、形状和密度的实时反馈控制，从而能够按照实验目的对托卡马克等离子体进行各种试验。
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