1.
Study of the Measurement of Atomic Inner-Shell Ionization Cross-sections by Electron Impact;
电子碰撞原子内壳层电离截面的实验研究
2.
Thickness Determination of Thin-film Samples Used in Atomic Innner-Shell Ionization Measurement by Rutherford Backscattering Spectrometry
原子内壳层电离截面研究中薄靶厚度的卢瑟福背散射分析
3.
Study of Nanocrystal Films with Helium and Inner-shell Ionization Cross-sections Using Backscattering Spectrometry;
背散射分析技术在固氦材料及原子内壳层电离截面研究中的应用
4.
Theoretical Study on Photoionization Processes of Complex Atoms and Decay Processes of Hollow Atoms with Holes in Inner Shell
复杂原子的光电离过程及其内壳层洞态的衰变过程的理论研究
5.
A Calculation to Atomic lonization Cross Section on K - Shell When Bombarding a Nuclear Target With Election;
电子轰击核靶原子K壳层电离截面的一种计算
6.
Spectra、Ionization Potentials of Highly-stripped Ions with High Z and X-ray Line-Formation Processes in the L-shell Iron Ions;
中高Z离化态原子的光谱、电离能及铁L壳层等离子体光谱模拟
7.
The vacant place is taken by one of the outer electrons which thus leaps from an outer to an inner "shell".
真空穴由一个从外“壳”跃至内“壳”的外层电子来填充。
8.
heaviside layer
ph.1. 电离层
9.
Theoretical investigation on level structure of 1s inner-shell excited state and the related decay property of C Ⅱ ion
CⅡ离子1s内壳层激发态的结构和衰变特性的理论研究
10.
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
11.
X-ray Line-Formation Processes in the L-shell Aluminium Ions;
L壳层铝等离子体X-射线光谱模拟
12.
Influence by the inner shell and the outer shell on sound-vibration characteristics from double cylindrical shells in water
内、外壳对水下双层圆柱壳声振性能影响分析
13.
Coated (Low Carbon) Steel Sheets for Casing,Electricals & Home Appliances
电器及家电外壳用镀层冷辘 [低碳] 钢片
14.
Effect of BK channels on intracellular free calcium and action potential of murine cortical neurons
大电导钾通道对小鼠皮层神经元胞内游离钙和动作电位的影响
15.
prediction of ionospheric radio wave propagation
电离层电波传播预报
16.
radio wave propagation in the ionosphere
电离层无线电波传播
17.
earth-ionosphere waveguide radio wave propagation
地-电离层波导电波传播
18.
the iridescent internal layer of a mollusk shell.
软体动物甲壳的内层，呈彩虹色。