1.
The electron range increases with decreasing atomic number and increasing incident beam energy E0.
电子射程随着原子序数的减少和入射束能量E0的增加而增加。
2.
Ionization dominates if the particle has an energy larger compared to atomic binding energies.
若入射粒子能量大于原子的束缚能则电离是主要的。
3.
Simulation calculation for the energy deposition profile and the transmission fraction of intense pulsed electron beam at various incident angles
不同入射角度下强流脉冲电子束能量沉积剖面和束流传输系数模拟计算
4.
The energy of the scattered light is abstracted from the original beam.
散射光的能量取自原来的光束。
5.
Study on Bone Density Measurements with Fan-beam Dual Energy X-ray Sources
扇束双能X射线骨密度测量方法研究
6.
Normal incidence
垂直入射(亦见直射声束)
7.
The power source is not microwave radiation but is either a laser beam or a charged particle beam.
能量的来源不是微波幅射，而是雷射光束或是带电粒子束。
8.
A high beam energy is also used to stimulate x-ray emission of higher-energy peaks.
高能量电子束也能用来激发高能量X射线峰的发射。
9.
Instead, most of the incoming energy reappears as the reflected wave.
相反，大部分入射能量都重现为反射波。
10.
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。
11.
The ratio of the radiant energy transmitted to the total radiant energy incident on a given body.
透射透过特定物体的辐射能量与射入这个物体的总辐射能量之比
12.
Scattering of a beam with orbital angular momentum by a single sphere
具有轨道角动量光束入射下的单球粒子散射研究
13.
Effect of proton energy on optical property of Ag/fused-quartz reflector
入射质子能量对银膜反射镜光学性能的影响
14.
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
15.
The relations among energy exponent,incident energy and real efficient secondary electron emission coefficient at higher incident electron energy
较高能有效真二次电子发射系数与入射能量、能量幂次的关系
16.
Relation among energy exponent,incident energy and secondary electron emission coefficient of metal at high incident electron energy
金属的高能二次电子发射系数与入射能量和能量幂次的关系
17.
incident particle energy
入射粒子能量 -二次离子质谱术
18.
Effect of incident laser beam angle varying on cube corner retro-reflector measurement accuracty
激光光束入射角度变化对角锥棱镜测量精度的影响