Calculations show that relation is determined by the dimensions of space and powers of generalized momentum for particle energy spectrum. 广义质量是正、反向动力学及联系旋量力和旋量加速度的重要参量,据此可形成高效递推算法。
An accelerated charged particle radiates energy in the from of an electromagnetic wave. 作加速运动的电荷会以电磁波的形式辐射能量。
The effect of sputtering particle energy on surface characteristics of Mo thin films 溅射粒子能量对金属Mo薄膜表面特性的影响
Damage sensitivity, a characteristic parameter in the study of ionizing radiation damage equivalence in CMOS devices, is a complex function of total dose, dose rate, radiation source, particle energy, supply voltage, gate bias and transistor type. 损伤敏感性是CMOS器件的电离辐射损伤等效研究中的一个特征参量,这个参量是辐照总剂量、剂量率、辐射类型、能量、管子类型、偏置条件、电源电压等的复杂函数。
Distribution Characteristic of Particle Energy Levels in Higher Dimension Vaidya Space-time 高维Vaidya时空中的粒子能级分布特征
A calculation formula of equivalent rotating inertia is derived from particle kinetic energy and rigid shaft rotating kinetic energy theory and rigid plane motion theory. 采用理论力学中的质点系动能和刚体绕回转轴转动动能理论以及刚体平面运动理论,推导出了单自由度平面四连杆机构转化到原动件(曲柄)上的等效转动惯量统一数学表达式。
A particle potential energy is introduced to make the model suitable for the perfect gas with arbitrary specific heat ratio. 通过引入粒子的势能使得该模型适用于具有任意比热比的完全气体。
Some of these techniques can be applied to beam probes and particle energy analyzers. 某些技术同样适用于粒子能量分析器和束流探针等离子体电位测量。
Such a system would be widely used to further investigate MHD activity, particle and energy transport, diffusion and so on. 边界密度和温度分布变陡。事实上,该系统可广泛应用于进一步研究MHD行为,粒子和能量输运等。
Heavy particle energy distribution in front of the cathode wall 轰击阴极的重粒子能量分布
Statistical features of solar particle energy spectra with heliolongitude 太阳耀斑粒子事件能谱的日面经度的统计特征
This paper is devoted to study the thermal and nonthermal radiation of the charged BTZ black hole, the thermal spectrum of Hawking radiation and the radiation temperature are obtained, and the effective potential and the particle energy formula of the nonthermal radiation are given. 本文探讨了荷电的BTZ黑洞的热辐射与非热辐射,给出了Hawking辐射谱及相应的温度表达式,并给出了非热辐射的有效势和粒子的能量公式。
The results showed that the lower the alpha particle's energy, the earlier the developing time of track. 实验表明,α能量越低则径迹显现时间越短;
Particle and energy creation by moving mirrors 运动镜辐射的粒子和能量
Accuracy and Sensitivity of Film Thickness Measurement by Using α-Particle Energy Loss Method α粒子能损法测量薄膜厚度的准确性和灵敏度
The Estimation of the Particle Energy and Magnetic Field from the Fines Structure of Microwave Bursts 从微波爆发的精细结构谱估算粒子能量及磁场位形
Its sensitive area is 67 mm × 67 mm and the anode signal gives out particle energy. Induced charges on the cathode strips give out the coordinates of particles. 室灵敏面积为67mm×67mm,阳极信号给出粒子能量,二维阴极感应脉冲重心读出法给出粒子坐标。
Techniques for probes and particle energy analyzers in RF plasmas 在RF等离子体中应用的探针和粒子能量分析技术
Implications of simulating the particle kinetic energy flux in particle erosion tests 粒子云侵蚀问题实验研究中动能通量模拟的意义
This drawback is avoided in the a-value system, which is based on the experimental fact that the TL per unit length of track is approximately independent of particle energy. 实验表明,α粒子的单位径迹长度基本上不依赖于粒子的能量。
The Effect of Particle Energy on Surface Morphology of Titanium Thin Films Deposited by Ion Beam Sputtering 溅射过程中粒子能量对钛薄膜表面形貌影响
Neutral particle energy spectrum measurement on ht& 6m Tokamak HT-6M上电荷交换中性粒子能谱测量
The obtained α-particle energy spectrum is in good agreement with that, measured by a silicon detector telescope. 得到的α粒子能谱与硅探测器望远镜测得的α粒子能谱符合得很好。
The surface hardness variations of some kinds of polymers were compared and the influence factors such as ion species, particle energy and dose were analyzed. 通过比较几种不同类型的聚合物材料在注入前后表面硬度的变化,分析注入离子种类、注入能量、注入剂量等工艺参数对聚合物的影响。
The pseudo-periodicity of Froude number and particle kinetic energy against time reflects exactly the gas-solid heterogeneous flow structure and motion of large gas bubbles in slug fluidized bed. Froude准数和颗粒动能随时间的周期性脉动较好地反映了流化床内节涌流态化的气泡行为。
We find under the existing of the resonance level, it has resonance peak and its location changes with the incident particle energy, the width and height of the barrier. 由于共振能级的存在,会出现共振峰,并且共振峰会随着势垒的宽度和高度的变化而变化。
Magnetic reconnection is a fundamental transport mechanism in plasma. During the process, magnetic energy is converted to hear, kinetic energy, and fast particle energy. It is probably the most important one for explaining releases of magnetic energy. 磁场重联是等离子体中的一种基本的输运机制,它是磁能转化成等离子体能量的一种最主要的机制,对等离子体加热和粒子的加速等都起到很大的作用。
With the adoption of the equal stress ratio yield function developed by Pender, the shearing yield features are described. And the flow rules are deduced according to the energy balance equation incorporating particle breakage energy. 采用Pender建立的等应力比屈服函数描述粗粒土的剪切屈服特性,并根据考虑颗粒破碎耗能的能量平衡方程推导流动法则。