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热平衡等离子体
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  thermal equilibrium plasma
     The time-evolved function of the electric current signal is derived from the Maxwell-Boltzmann distribution of ion velocity in the local thermal equilibrium plasma, and by fitting the experimental data the ion temperature is obtained.
     从局部热平衡等离子体的一价铝离子速度服从麦克斯韦 玻尔兹曼分布出发 ,导出了电流信号的时间演化函数 ,通过对实验曲线拟合 ,得到激光诱导铝等离子体中一价铝离子的平动温度。
短句来源
     The Effect of Non-equilibrium Relaxation Process of High-speed Nucleus in High Temperature Thermal Equilibrium Plasma on Fusion Reaction Rate Parameter
     高速核在高温热平衡等离子体中的非平衡弛豫过程对热核反应率参数的影响
短句来源
     When high-speed nucleus comes into high temperature thermal equilibrium plasma,there exists a non-equilibrium relaxation process before the incident nucleus reaches athermal equilibrium state with plasma if kinetic energy is far greater than the average ki-netic energy of charged particles in background plasma. In the relaxation process, the ki-netic energy of incident nucleus will be lost individually because of its interaction withbackground plasma.
     高速核入射到高温热平衡等离子体背景中,由于入射核动能远大于背景等离体中带电粒子之平均动能,入射核在与背景等离子体达到热平衡之前,会存在一段逐渐损失能量的非平衡弛豫过程。
短句来源
  thermal-equilibrium plasma
     Numerical calculation of thermal-equilibrium plasma composite flow with two-dimension
     热平衡等离子体的二维复合流动数值计算
短句来源
  “热平衡等离子体”译为未确定词的双语例句
     ECRH IN NON-THERMAL EQUILIBRIUM PLASMAS IN WEAKLY RELATIVISTIC REGIME
     弱相对论性非热平衡等离子体的电子迴旋共振加热
短句来源
     Some achievements are as follows: (1) The production of medical INO due to thermal plasma induced by arc discharge has been approved through analyzing the O3 formation mechanism due to silent discharge, the thermal balance kinetics, and the discharge types.
     研究成果包括如下几点: (1)针对医疗救治对NO 的要求,通过对产生NO 的等离子体放电形式、热平衡化学动力学和介质阻挡放电合成O_3 的化学反应机理分析,提出可以用电弧放电产生的热平衡等离子体合成医疗救治需要的NO;
短句来源
     Also a model of chemical reaction kinetics of NO production using pulsed arc discharges in dry air was developed with an approximate equation for theoretical calculation of concentration during the process.
     建立了干燥空气中电弧放电热平衡等离子体合成NO 的化学动力学模型,给出了理论计算电弧放电等离子体中NO 浓度的近似方程式。
短句来源
     The surface pulse discharge, especially the positive pulse discharge, produces a non -thermal plasma which effectively detoxified the dioxine in the fly ash.
     可以认为 ,利用脉冲放电 ,特别是正脉冲放电 ,非热平衡等离子体能有效地解除和转换粉尘中有害化学物质。
短句来源
     According to the requirement of radar beam stealth on the plasma,it is explained that thermal equilibrium and non-equilibrium plasma,cold plasma can rampart aircraft from radar after calculating the numerical density of electron.
     根据雷达波隐身对等离子体电子数密度的要求 ,分析计算说明了热平衡与非热平衡等离子体以及冷等离子体可应用于飞行器的隐身。
短句来源
  相似匹配句对
     Necessary Conditions of Thermal Equilibrium for Confined Electron Plasma
     电子等离子体的束缚和平衡必要条件
短句来源
     Study on Synthesizing Ammonia by Heat equilibrium Low temperature Plasma Method
     平衡低温等离子体法合成氨研究
短句来源
     EQUILIBRIUM OF TOROIDAL PLASMA
     环状等离子体平衡问题
短句来源
     The Thermal Equilibrium of Molecular Clouds
     分子云的平衡
短句来源
     THERMAL TOKAMAK EQUILIBRIA AND DETACHED-PLASMA PHENOMENA
     托卡马克等离子体平衡特性与脱栏现象
短句来源
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  thermal equilibrium plasma
The model consists of two slabs in empty space at distance d containing classical charged particles in thermal equilibrium (plasma, electrolyte).
      
  thermal-equilibrium plasma
We study power spectra of electromagnetic fluctuations in a thermal-equilibrium plasma with temperature T.
      


When high-speed nucleus comes into high temperature thermal equilibrium plasma,there exists a non-equilibrium relaxation process before the incident nucleus reaches athermal equilibrium state with plasma if kinetic energy is far greater than the average ki-netic energy of charged particles in background plasma. In the relaxation process, the ki-netic energy of incident nucleus will be lost individually because of its interaction withbackground plasma. In this paper, we take high speed Tritium of 3MeV energy...

When high-speed nucleus comes into high temperature thermal equilibrium plasma,there exists a non-equilibrium relaxation process before the incident nucleus reaches athermal equilibrium state with plasma if kinetic energy is far greater than the average ki-netic energy of charged particles in background plasma. In the relaxation process, the ki-netic energy of incident nucleus will be lost individually because of its interaction withbackground plasma. In this paper, we take high speed Tritium of 3MeV energy incidentinto high temperature LiD Plasma as an example, The reaction rate parameter of D(t,n)~4 He reaction in consideration of the non-equilibrium relaxation process of Tritium inthe plasma is calculated. In the calculation, the energy losses of Tritium in plasma,caused by Coulomb Scattering Processes of electrons and variousions is considered, andthe fast-ion unified slowing down theory in plasma proposed by C. K. Choi et al. is usedto calculate the energy loss rate of Tritium. Both the D(t,n)~4 He reaction of beam-targetmechanism in non-equilibrium state and the D(t,n)~4 He reaction in thermal equilibriumstate are considered. Neglecting nuclear scattering and the interference between nuclearscattering and coulomb scattering, the calculated results show that, when the tempera-ture of plasma varies in the range of 7.5KeV~20KeV, the correction factor to reactionrate parameter of D(t,n)~4He in thermal equilibrium state caused by the non-equilibriumrelaxation process of Tritium in Plasma is in the range of 1.0062~1.0943, and the high-er the temperature of plasma is, the smaller the correction factor is. The results alsoshow that, when the temperature of plasma is fixed, the correction factor slightly in-creases as the particle number density of plasma increases, but the change is not promi-nent.

高速核入射到高温热平衡等离子体背景中,由于入射核动能远大于背景等离体中带电粒子之平均动能,入射核在与背景等离子体达到热平衡之前,会存在一段逐渐损失能量的非平衡弛豫过程。本文以高速氘核入射到高温氘化锂等离子体为例,在计及氘核的这种非平衡弛豫过程时,给出了一种计算热核反应D(t,n)~4He之反应率参数的方法。氘核在弛豫过程中的能量损失考虑了氘核与各种带电粒子的库仑散射过程,其能量损失率采用快速带电粒子的慢化理论来计算;氘与背景等离子体中的原子核发生的核反应过程,考虑了非平衡状态下束靶机制的D(t,n)~4He反应和热平衡状态下的D(t.n)~4He反应。在暂未考虑核散射的情况下,计算结果表明,当等离子体温度在7.5KeV~20KeV范围内变化时,氘核的非平衡弛豫过程对热平衡状态下D(t,n)~4He反应率参数的修正因子大致在1.0062~1.0943范围内变动,且温度越高,修正因子越小。计算还表明,当温度一定时,修正因子随等离子体中粒子的数密度变化不明显。

The time-evolved function of the electric current signal is derived from the Maxwell-Boltzmann distribution of ion velocity in the local thermal equilibrium plasma, and by fitting the experimental data the ion temperature is obtained. The relation of the electric current signal to the additional voltage is also investigated, and the experimental results show that the signal intensity increases nonlinearly with the additional voltage and also the buffer gas and the sample properties seriously influence the signal...

The time-evolved function of the electric current signal is derived from the Maxwell-Boltzmann distribution of ion velocity in the local thermal equilibrium plasma, and by fitting the experimental data the ion temperature is obtained. The relation of the electric current signal to the additional voltage is also investigated, and the experimental results show that the signal intensity increases nonlinearly with the additional voltage and also the buffer gas and the sample properties seriously influence the signal intensity.

从局部热平衡等离子体的一价铝离子速度服从麦克斯韦 玻尔兹曼分布出发 ,导出了电流信号的时间演化函数 ,通过对实验曲线拟合 ,得到激光诱导铝等离子体中一价铝离子的平动温度。实验研究了电流信号强度与外加电压之间的关系。实验结果说明电流信号强度随外加电压的增加而增大但并非线性增长而且与缓冲气体的性质和靶样品的物理特性有关

According to the requirement of radar beam stealth on the plasma,it is explained that thermal equilibrium and non-equilibrium plasma,cold plasma can rampart aircraft from radar after calculating the numerical density of electron.From analyzing the different methods of plasma generation and critical numerical density of electron and calculating the electric intensity of gas breakdown,the characteristics of different plasma is summarized.It concludes that it is favorable to apply the plasma produced by stable...

According to the requirement of radar beam stealth on the plasma,it is explained that thermal equilibrium and non-equilibrium plasma,cold plasma can rampart aircraft from radar after calculating the numerical density of electron.From analyzing the different methods of plasma generation and critical numerical density of electron and calculating the electric intensity of gas breakdown,the characteristics of different plasma is summarized.It concludes that it is favorable to apply the plasma produced by stable electric field and microwave energy in aircraft rampart.

根据雷达波隐身对等离子体电子数密度的要求 ,分析计算说明了热平衡与非热平衡等离子体以及冷等离子体可应用于飞行器的隐身。通过对等离子体不同产生方法、临界电子数密度的分析以及气体击穿电场强度的计算 ,归结出了不同等离子体的特点 ,并进而说明用稳态电源以及微波源产生的等离子体适合应用于飞行器隐身

 
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