ion bombardment

Residual Gasses Analysis and Ion Bombardment Study of Color Picture Ttube

显像管残余气体分析及离子轰击研究

Theoretical Approach of Influence of Ion Bombardment on Forming Energy of Diamond Nucleus

离子轰击对金刚石核形成能影响的理论探讨

Application of simulation of neutron irradiation by ion bombardment in nuclear material research

离子轰击模拟中子辐照在核材料研究中的应用

Research on irradiation damage of cladding materials by light ion bombardment under the experimental FBR development project

实验快堆发展计划中包壳材料轻离子辐照损伤探讨

When the ion bombardment energy was increased from 400 eV to 800 eV, the film structure was changed remarkably and its fracture toughness and hardness were improved further.

离子辅助轰击能量从400eV增加到800eV时薄膜的结构发生了显著变化，断裂韧度和硬度均大幅度提高。

It is indicated that DLC films prepared via rf-plasma deposition under high ion bombardment energy and low CH_4 pressure have good thermal stability, and the thermal conductivity is 2.1~ 2.4W/ cm · deg.

通过rf等离子体沉积所制得的DLC膜具有好的热稳定性，其热传导率为2.1&2.4W/cm.deg。

Effect of Ion Bombardment Energy on the Properties of Diamond like Carbon Film

离子辅助轰击能量对类金刚石薄膜性能的影响

Analysis of Ion Bombardment Based on Field Emission Triode

基于场发射三极管结构的离子轰击分析

Some column grain with large angle grain boundaries can be observed on the section surface etched by ion bombardment, and some small equal axis grains with small angle grain boundaries exist in the column grains.

从离子轰击蚀刻后的氧化膜截面上，可以区分出由大角度晶界构成的柱状晶，以及在柱状晶中由小角度晶界构成的等轴晶。

The crystals were cleaned by argon ion bombardment.

结晶体由氩离子轰击而净化.

Development and Application Surface Strengthening Technology by Ion Bombardment

离子轰击表面强化技术的应用与发展

Higher self biasing voltage increases ion bombardment energy and densities of oxygen atoms/ ions, which is a key factor for etching.

基底直流自偏压的提高能增强离子轰击效应和增加氧原子/氧离子密度，因而是决定刻蚀速率的一个关键因素。

The study on reducing ion bombardment with magnetic field aging technique

减小离子轰击的磁场老炼技术研究

Effect of ion bombardment on thin film properties

离子轰击对蒸发薄膜性质的影响

Ion bombardment affects the stability and lifetime of micro-tip field emission devices.

离子轰击影响尖端场致发射器件的稳定性和工作寿命.

Secondary Positive Ion Emission from Solid Surface under Flood Oxygen or Oxygen Primary Ion Bombardment

覆氧或氧离子轰击下固体表面二次正离子发射的研究

When the power is too high, ion bombardment effect results in the decrease of thin film deposition rate.

当功率过高时，离子的轰击作用导致薄膜的沉积速率降低。