1.
interaction of charged particles with matter
带电粒子同物质的相互作用
2.
interaction of neutron with matter
中子同物质的相互作用
3.
Quantum Hydrodynamic Study of Interactions of Charged Particles with Electron Gases at Surfaces/Interfaces
带电粒子与表面/界面电子气相互作用的量子流体动力学研究
4.
The protons, bring positively charged, repel one another by virtue of their electrostatic interactions.
质子带正电，由于静电的相互作用而彼此排斥。
5.
Study on the Interaction between Electric Double Layers of Colloid Particles with Iteration Method in Functional Theory;
泛函数理论精确研究带电胶体粒子双电层间的相互作用
6.
INTERACTION OF COLLOIDAL ELECTRICAL DOUBLE LAYERS AND SIMULTANEOUS ADSORPTION OF CATIONS AND ANIONS IN VARIABLE CHARGE SOILS
可变电荷土壤中胶粒双电层的相互作用与阴阳离子同时吸附
7.
electron-proton interaction
电子－质子相互作用
8.
Study on Dispersion of Ultrafine Ground Calcium Carbonate and Electrical Double Layer Interaction of Particles;
超细重质碳酸钙的分散性研究与粒子双电层相互作用的探讨
9.
Transport Properties of a Quantum Dot with Electron-Phonon Interaction;
电子—声子相互作用量子点的输运性质
10.
Any of four fundamental ways in which elementary particles and bodies can influence each other, classified as strong, weak, electromagnetic, and gravitational.
电子相互作用基本颗粒和物体相互影响的四种基本方式，可分为强弱电磁和引力的
11.
Study on the Method of Particle Simulation of Interaction between Charged Particles and Fileds
带电粒子与场互作用中粒子模拟方法研究
12.
The Interaction between Nanoparticles and Proteins and Its Application Research;
纳米粒子与蛋白质的相互作用及应用研究
13.
(physics) the interaction that binds protons and neutrons together in the nuclei of atoms; mediated by gluons.
（物理学）使质子和中子在原子核中结合的基本粒子间的相互作用；以胶子作为媒介。
14.
The material origin of the time rate of change of radiant reacting force is the radiation field.
辐射反作用力变率的物质来源是带电粒子的辐射场。
15.
The Calculation of Multi Massless Partons Interactional Amplitudes in Tree Diagrams;
多个无质量粒子相互作用树图振幅的计算
16.
Studies of Property and Interaction of Electric Double Layer with Functional Theory;
用泛函数法对电解质溶液中胶体粒子双电层性质及相互作用的研究
17.
Description of Charged Particle Multiplicity Distribution in High Energy Strong Interaction
描述高能强相互作用的荷电粒子多重性分布
18.
The modes of interaction of neutrons with matter are quite different from those experienced by gamma-ray photons.
中子与物质的相互作用方式和γ射线光子完全不同。