离子温度

通过拟合Hα谱线型分布的远翼，由多普勒展宽求出等离子体离子温度。

Plasma ion temperature has been obtained from fitting remote wing of the distribution of H α lineshape with Gaussian function .

在HL－1M装置上用弯晶谱仪测量离子温度

Ion temperature measurement using bent crystal spectrometer on the HL 1M tokmak

核乳胶在激光直接驱动内爆DT燃料离子温度诊断中应用

Application of nuclear emulsion in DT fuel ions temperature diagnostic in direct-driven implosions

在非平衡系统中，采用三温（光子温度tγ，电子温度te和离子温度ti）模型来计算光子能流的自由程；

The mean free path for photon energy flux is calculated with the three temparature model in the NON LTE system ;

HL-1装置离子温度的电荷交换法测定

Ion temperature measurements in the HL-1 TOKAMAK by charge-exchange method

用真空紫外谱线测量HL-1装置离子温度和观测等离子体不稳定性

Using VUV lines in ion temperature measurements and observation of instability on the HL-1 TOKAMAK

HL-1M中性束注入期间离子温度的变化

Change of ion temperature during neutral beam injection in the HL 1M Tokamak

为了在这样低的中子产额条件下获得离子温度Ti和ρR，需要建立一套大面积中子探测器阵列测量中子的飞行时间谱。

To get the ion temperature Ti and the fuel density ρ R under such low neutron yield , we need to establish a large area neutron detector array to measure the time-of-flight neutron spectrum .

HT-6B装置离子温度的光谱法测定

Ion temperature measurement in the HT-6 B Tokamak by spectroscopic method

KT-5C托卡马克离子温度及其涨落的实验研究

Measurement of ion temperature and its fluctuations in the KT 5C Tokamak

第五章，以Lared-Ⅰ并行数值模拟程序为应用背景，介绍计算程序的改造过程，调用相应的API实现网格、电子温度、离子温度和光子温度数据源的定义；

In Chapter 5 , the sample application highlighted in this paper is Lared-I , a parallel program . We implement memory object 's construction of Grid , Electron temperature , ion temperature and photon temperature by calling appropriate APIs .

但离子温度的变化在两个区域很不相同，在极光椭圆区大幅度升高，而在极盖区没有显著变化，反映出引起F区负暴的主要机制在两个区域不尽相同。

In contrast , variations of ion temperature are very different in the two regions , with little change in polar cap while strong enhancement in auroral oval , implying a difference in key mechanisms for the negative storms in the two regions .

本文论述了利用研制的谱线线形快速扫描仪测定HT-6B托卡马克等离子体离子温度的原理和方法。

An apparatus of fast scanning spectral line type has been developed for measuring ion temperature of plasma in HT-6B Tokamak .

在HL－1M中性束注入期间，我们用电荷交换中性粒子能谱仪测量了等离子体离子温度的变化。

The first experiment of neutral beam injection heating on the HL 1M tokamak was carried out in 1998.During neutral beam injection , the change of the plasma ion temperature was measured with a charge exchange neutral particle energy spectrometer .

而且在两种几何模型中阈值随离子温度变化的趋势是相同的，这一结论与PLT的实验结果是符合的，解析结果与数值计算结果也符合得很好。

The change of the threshold values with respect to the ion temperature is quite similar for both geometric models . Our results are consistent with the PLT observations and also agree well to that of the numerical calculations .

Thomson散射是一种主动而无干扰地对等离子体进行诊断的方法.它能够以较高的时空分辨率测量等离子体的参数，如电子与离子温度、密度以及等离子体的膨胀速度、电离程度、热流等参数。

Thomson scattering is a powerful diagnostic of laser-produced plasmas because it can provide simultaneously a measurement of the electron density , electron and ion temperatures , plasma expansion velocity , degree of ionization and heat flow with relatively high resolving power .

设计客户端2D-DVS（通用图形可视化系统），添加远程监控功能，实现网格、电子温度、离子温度和光子温度的跟踪。

By adding remote on-line tracing function into General Graphics visualization system , we realize remote visualization of Grid , Electron temperature , ion temperature and photon temperature .

塞曼效应与边缘离子温度的光谱测量

Zeeman effect and spectroscopic measurements of the ion temperature in edge plasma

辐射驱动燃料离子温度实验诊断

The diagnostics of fuel ion temperature for indirectly driven implosion

利用谱线的多普勒展宽测定等离子体离子温度

Measurement of Ion Temperature of Plasma Using Doppler Broadening of Spectral Line

离子温度梯度不稳定性的解析理论

Analytical theory of ion - temperature - gradient instability

离子温度对磁化等离子体中非线性静电波的影响

Influences of the ion temperature on the nonlinear electrostatic waves in magnetized plasma

离子温度梯度模湍流的带状流最小自由度模型

Zonal flow dynamics in background of ion-temperature-gradient mode turbulence based on minimal freedom model

光谱法测量等离子体离子温度和再循环粒子流速

The measurement of plasma ion temperature and recycling particle flow velocity with spectral method

杂质对等离子体平行速度剪切及离子温度梯度不稳定性的影响

Effects of impurity on parallel velocity shear and ion temperature gradient instabilities in plasmas

等离子体离子温度和角向旋转速度的测量

Measurement of plasma ion temperature and rotation velocity

振镜法测量等离子体离子温度

Vibration mirror for measurement of plasma ion temperature

这种偏差会随着离子温度的升高、磁场的增加而增大。

This deviation will be more obvious with the increase of temperature or magnetic field .

负磁剪切等离子体中离子温度梯度驱动不稳定性分析

The instability analysis of ion temperature gradient driven in a tokamak plasma with negative magnetic shear

高比压下的不稳定模对离子温度梯度和角向波长的变化的响应减弱。

The unstable mode is not sensitive to the ion temperature gradient parameter and the poloidal wavelength .