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1)  Multiple charge state ion
多电荷态离子
2)  slow multi-charged ions
低速多电荷态离子
3)  multicharge ions
多电荷离子
1.
Our caculation formulae and computational programme can calculate charge stripping cross sections for any other multicharge ions A q+ by collisions with H and He, so there is some general signi.
采用二体碰撞近似和托马斯 -费米近似计算了多电荷离子18Arq+( q =3,4 )与中性原子H和He碰撞的电荷剥离截面以及Arq+的势函数和电子动量分布 ,计算结果与文献 [4]中的数据符合得较好。
4)  Multi charge ions
多电荷离子
1.
In the text the caculation formulae and computational programse can calculate charge stripping cross sections for any one of the multi charge ions \%A\% q+  by col.
所用的计算公式和计算程序可以计算任何一个多电荷离子 Aq+ 与 H 和 He 碰撞的电荷剥离截面,因而具有一定的普遍意
5)  highly charged ion
高电荷态离子
1.
The coulomb potential energy effect on the intensity of the characteristic lines at highly charged ion incendence on Al surface;
高电荷态离子入射Al表面库仑势对靶原子特征谱线强度的影响
2.
This paper studies the X-ray spectra produced by the interaction of highly charged ions of Ar~ q+ (q=16,17,18) with metallic surface of Be, Al, Ni,Mo and Au respectively.
研究了高电荷态离子Arq+(q=16,17,18)入射金属Be,Al,Ni,Mo,Au靶表面产生的X射线谱。
3.
It was studied that the characteristic X ray spectra produced by the interaction of highly charged ions of 129Xe28+ with metallic surface of Au and Mo.
研究了高电荷态离子129Xe28+轰击金属Au和Mo表面产生的特征X射线谱。
6)  Highly charged ions
高电荷态离子
1.
Study of channeling effect by impact of highly charged ions on crystal surface of Si(110);
高电荷态离子与Si(110)晶面碰撞的沟道效应研究
2.
The interaction between highly charged ions and surface is investigated, the mechanisms for emissions of electrons, photons and scattered neutral particles, negative and positive ions are reviewed.
论述了高电荷态离子与表面相互作用的过程 ,说明了发射电子、发射光子、负离子、中性粒子、正离子的散射和发射的物理机理以及应用前景 。
3.
Aim To study the characteristic X-ray spectra produced by the interaction of highly charged ions of 129Xeq+ with metallic surface of Au.
目的研究高电荷态离子129Xeq+(q=28,29,30)入射金属Au表面产生的特征X射线谱。
补充资料:多电荷离子
分子式:
CAS号:

性质: 失掉两个以上电子的离子,质谱学中称作多电荷离子,具有分数质量。在质谱图上可由非整数的质荷比(m/z)发现它。

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