结果表明：无论是注入离子本身的射程，还是次级电子、自由基扩散、高温热穗、级联原子和冲击波等次级作用范围都无法触及表皮下面的胚细胞。
The results show that no matter the range of the implanted ion itself or secondary effect sphere of secondary electrons, radical diffusion, thermal spike, cascade atoms and shock wave etc.
利用本文的结果可以较好描述低能轻离子在固体中的射程分布，同时又有很高的计算效率。
The comparison shows that the experessions obtained in the present paper can give good description to the range distributions of low energy ions in solids.
给出了三代微光像管中微通道板离子壁垒膜对入射正离子阻止作用的描述，引进了核阻止本领、电子阻止本领和平均射程的概念。
The concepts of nuclear stopping power, electronic stopping power and average range were also introduced, the micrographs of unfilmed MCP and MCPs filmed with different thicknesses were shown.
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