1.
scattering ion energy ratio
散射离子的能量比值
2.
Measurements of Emittance and Ion Species Fraction of Low-Energy High-Current Pulsed Ion Beams;
低能强流脉冲离子束的发射度与离子比测量
3.
The amount of scattering will thus be proportional to the number of electrons.
于是散射辅射的量将与电子数成正比。
4.
THE SIMULATION RESEARCH ON ENERGY LOSS AND RANGE OF SPUTTERING IONS
离子溅射能量损失及射程的模拟研究
5.
experimental intensity of scattered ion
散射离子的实验强度
6.
theorotical intensity of scattered ion
散射离子的理论强度
7.
laser light scattering by plasma
等离子体的激光散射
8.
The scattering luminous flux calculation of off-axis spherical particle to Gauss beam
离轴球形粒子对高斯波束的散射光通量的计算
9.
But it turns out that the discrete structure of space can raise the energy required for the scattering reaction, allowing higher-energy cosmic-ray protons to reach the earth.
原来空间的离散结构，居然能提高散射反应所需的能量，而允许更高能量的宇宙射线质子到达地球。
10.
A new thickness gauge making use of neutron scattering method can be used for quick and nondestructive thickness measurements of sprayed concrete.
中子喷射砼测厚仪利用中子散射法能无损、速地测量喷射砼的厚度。
11.
Theoretical Study of the Glancing Scattering and the Electron Emission of Energetic Ions Incident on Solid Surface;
载能离子在固体表面掠角散射及电子发射的理论研究
12.
A scattering experiment thus requires the firing of particles of the same energy.
散射实验要求入射粒子具有相同能量。
13.
Analysis of Radiation and Scattering Characteristics of Plasma Antenna
等离子体天线的辐射与散射特性分析
14.
Measuring data comparative analysis between atmospheric transmission meter and forward scatter meter in the low visibility weather
大气透射仪与前散射仪在低能见度条件下的测量数据对比分析
15.
Another possible effect of discrete spacetime involves very high energy cosmic rays.
离散时空的另一个可能的效应，牵涉到极高能量的宇宙射线。
16.
A Study on the New Method for the Determination of Trace Amount of Lead (Ⅱ) and the Critical Micelle Concentration of Surfactant by Resonance Rayleigh Scattering and Resonance Nonlinear Scattering;
共振瑞利散射及共振非线性散射测定痕量铅离子和表面活性剂临界胶束浓度的新方法研究
17.
MEASUREMENT OF THE PLASMA ELECTRON TEMPERATURE AND DENSITY WITH LASER THOMSON SCATTERING AT RIGHT ANGLE
90°激光汤姆逊散射测量角向等离子体的温度和密度
18.
Comparison of Plasma and Conventional Ignition Performance of Propellants
发射药等离子体点火与常规点火性能的比较