1.
charged particle energy analyzer
带电粒子能量分析仪
2.
Adaptive Swarm Optimization Algorithm Based on Energy of Particle
基于粒子能量的自适应粒子群优化算法
3.
incident particle energy
入射粒子能量 -二次离子质谱术
4.
Each interaction produces an energy loss and deflection.
每次相互作用都引起粒子能量损失和方向偏转。
5.
The positive energy develops into fundamental particle, and the negative energy develops into negative energy field.
正能量形成基本粒子,负能量形成负的能量场.
6.
The energy of scalar partrcles under the background of barriolaVilenkin space-time;
Barriola-Vilenkin时空背景下标量粒子的能量
7.
The energy of scalar particles under the background of Vaidya-de Sitter space-time;
Vaidya-de Sitter时空背景下标量粒子的能量
8.
energy resolved low-energy charged particle detector
能量分辨的低能带电粒子探测器
9.
A sufficiently energetic particle can penetrate the entire stack of parallel plates.
能量充足的粒子能够穿透全部平行板。
10.
The effects of the energy, the angular momentum of particles and the mass quadrupole moment on the orbits of particles are discussed.
讨论了粒子的能量、角动量和质量四极矩对于粒子轨道的影响。
11.
Of or relating to elementary particles with energies exceeding hundreds of thousands of electron volts.
高能粒子的能量超过成千上万电子伏特的基本粒子的
12.
In quantum mechanics the particle need not have a definite energy.
在量子力学中，粒子并不需要具有确定的能量。
13.
The Conservation of Energy and Momentum of Wave-partlcle System in Plasmas;
等离子体中波-粒子系统的能量动量守恒
14.
These energypackets are called photons.
这些具有能量的微粒叫光子。
15.
the rate of flow of energy or particles across a given surface.
穿越给定表面能量或粒子的速率。
16.
charged particles energy loss by ionization
带电粒子的电离能量损失
17.
The creation of material particles requires energy.
物质粒子的产生需要能量。
18.
in the body free radicals are high-energy particles that ricochet wildly and damage cells.
体内的自由基是高能量的粒子。