讨论了钛离子注入剂量对铅及铅-锑合金耐蚀能力的影响。
The effect of titanium ion implantation dosage on the corrosion behaviors was discussed.
实验结果表明，随着离子注入剂量的增加，田间出苗率逐渐降低，各剂量间差异显著，各品种的敏感性不同。
It is shown that with the dose increase of ion beam, the ratio of young plant decreases gradually, the effects under different doses are remarkable, the sensitivity among breeds varies notably.
计算机模拟结果显示了附加电极半径改变时，空心圆管内部、外部及端点表面处的离子注入剂量分布发生变化。
Our results indicate that the ion dose on both the inner and outer surfaces and the end surface of the pipe changes with change of the auxiliary electrode radius.
（包含剂量效应的稀有事件算法）方法可以很好的加速含剂量效应的离子注入的分子动力学模拟。
The READE (Rare Event Algorithm with Dose Effect) method can well speed up the MD simulation of ion implantation with dose effect.
离子注入对材料表面耐磨性能改善的效果取决于注入离子的种类、注入剂量、注入能量和注入温度。
The effect of improving wear resistance by ion implantation depended strongly on the ions, implanting dose, implanting energy and implanting temperature.
在离子注入生物诱变实验中，注入剂量决定了生物样品的辐射损伤程度，是要求精确测定并控制的一个重要参量。
For the implantation dose determines the irradiation injury degree of biological sample, it's a important parameter that should be measured and controlled accurately in the experiment.
利用重离子注入形成光波导表现出独特的优点：与轻离子注入相比，注入剂量可以降低1 ~3个数量级，可以大大降低制造成本。
Waveguides formed by heavy ions implantation show an unique advantages: the beam dose can be 1-3 order lower than that of light ion implantation and it can reduce the fabrication cost significantly.
结果表明，随离子注入的种类不同、剂量的变化、温度的升降，PET膜的表面电阻率呈规律性变化。
The results show that the specific surface resistance of the PET film decreases regularly with increasing implanting dose and growing temperature.
采用无质量分析器的离子注入机，以低能量低剂量注水的方式代替常规SIMOX注氧制备soi材料。
An implanter without ion mass analyzer was used to fabricate thin SOI materials by low energy and low dose water ions implantation instead of conventional SIMOX.
通过对错表面进行不同剂量的钇离子注入及对电位极化曲线的测量，分析了钇离子注入对锆电化学行为的影响。
In the paper, the effect of yttrium implantation on the electrochemical behavior was studied by the measurement of potentiodynamic polarization curves.
动态tcis可以研究离子束轰击三元靶的复杂问题：如大剂量离子注入、择优溅射和界面混合等。
Dynamic TCIS code may investigate complex problems concerning three-elemental targets bombarded by energetic ions, such as the ion implantation at large dose, preferential sputtering, ion mixing, etc.
结果表明，氮离子注入对纯铁表面形貌产生了一定的影响，随着注入离子剂量的增加，材料表面的粗糙度也随之增加。
The results showed that, the surface morphology was changed since nitrogen ions implantation, with the increase of the implanted dosage of nitrogen ions, the surface roughness increased.
结果表明，氮离子注入对纯铁表面形貌产生了一定的影响，随着注入离子剂量的增加，材料表面的粗糙度也随之增加。
The results showed that, the surface morphology was changed since nitrogen ions implantation, with the increase of the implanted dosage of nitrogen ions, the surface roughness increased.
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