1.
Theoretical Analyses of Slow High Charge Ions-molecules Collisions;
低能高电荷态离子与分子作用的理论分析
2.
Study of Interaction about Highly Charged Ion with Solid Surface;
高电荷态离子与固体表面相互作用的研究
3.
Surface morphology of GaN bombarded by highly charged ~(126)Xe~(q+) ions
高电荷态离子~(126)Xe~(q+)引起GaN表面形貌变化研究
4.
Diagnosis of the Plasma in the EBIT and the Experimental Study of the Sputtering Induced by the Impact of Highly Charged Ion on Solid Surface
EBIT中等离子体的分析和高电荷态离子与固体表面溅射实验的研究
5.
Simulation of Scattering between Slow Highly Charged Ions and Non-crystal Target;
低速高电荷态离子在非晶态靶上散射的计算机模拟
6.
The characteristic spectral lines induced by the impact of highly charged ion on Ta solid surface;
高电荷态离子入射Ta表面形成的靶原子的特征光谱线
7.
The Research of the Deposition of the Highly Charged Ions on the Solid Surface and the Kinetic Energy of the Ions Sputtering from the Solid Surface
高电荷态离子在固体表面的势能沉积及其溅射出的粒子能量研究
8.
Measurement of L-subshell X-ray Production Cross Section of Tantalum and Aurum by Heavy Charged Ions Bombardment;
高电荷态离子碰撞引起的钽、金L壳层X射线产生截面测量
9.
X-rays Emission Spectra in Highly Charged ~(129)Xe~(29+) Interacting with Au Surface;
高电荷态离子~(129)Xe~(29+)与Au表面作用产生的X射线谱
10.
X rays emission spectrum in highly charged ~(40)Ar~(17+) interacting with Au surface;
高电荷态离子~(40)Ar~(17+)与Au表面作用产生的X射线谱
11.
Study of Guiding Effect of Slow Highly Charged Ions by Capillary Membranes in Insulators
绝缘材料微孔膜对低能高电荷态离子束的导向效应研究
12.
Computer Simulation of Channeling Effect and Energy Loss for Slow Highly Charged Ions Grazing on the Crystal Al(111) Surface;
低速高电荷态离子在晶体Al（111）面掠射的沟道效应与能量损失的计算机模拟
13.
The Nano-dot Effect Induced by Impact of Highly Charged Xe~(q+) Ion on the Mica Surface
高电荷态Xe~(q+)离子轰击云母表面产生纳米点效应的研究
14.
Highly charged ion beam-induced size modification of Au nanoparticles
不同能量的高电荷态Ar~(12+)离子辐照对Au纳米颗粒尺寸的影响
15.
Amino acids are positively charged (cationic) at low pH and negatively charged (anionic)at high pH.
氨基酸在低ph值下带正电荷(阳离子),在高ph值下带负电荷(阴离子)。
16.
an accelerator in which high-energy ions escape from plasma following charge exchange.
高能量离子从等离子区逃离进行电荷交换的加速器。
17.
Theoretical Investigation on Photo-induced Electron Transfer and Influence of the Solvent Effect on the Charge-separated Excited State;
光诱导电子转移的理论研究及溶剂效应对电荷分离激发态的影响
18.
He made the assumption that the electronic charge is numerically equal to the charge on a hydrogen ion.
他假定电子的电荷数与一氢离子的电荷数相等。