High Z

The preparing methods are emphatically introduced, they include chemical synthesize methods for doping halogen and transition metals in polystyrene, physical process methods mostly using for seeding clusters in glasses and polymers, and seeding high Z metals in plastic coating.

内容包括聚苯乙烯（PS）掺卤素和过渡金属元素，玻璃与塑料掺簇粒子，以及塑料涂层掺高Z金属等。

The characteristics of the high Z ions are very important to the study of X ray lasing and other field.

重元素高电离的离子特性对研究激光核聚变和X射线激光等领域都很重要。

C-SiC coatings as low Z materials were selected to especially study the mechanism of H+ irradiation resistance, and W and Mo coatings as high Z materials were selected to study their ductility and tT irradiation resistance in our work.

本工作选择C-SiC涂层作为低Z涂层研究对象，并对其抗H~+辐照机理进行了重点研究，而用W涂层作为高Z涂层的研究对象，W涂层对基体的韧性的影响进行了重点研究。

Calculations of sputtering yield of high Z materials target using a new local model

用新局域模型计算高Z靶的溅射产额

It is especially suitable for lower levels of high Z elements.

这一理论特别适合于高Z元素的较低的束缚能级。

Lastly, the prevention of superheated electrons in laser implosion of deuterium-tritium gas sphere with a shell made of high Z material is interpreted.

最后，对激光聚爆氘氚小球，应用高原子序数介质的球壳作为挡过热电子的传播问题作了解释。

The Calculation of Ground Ionization Energies of High Z and High Ionization Ions

高Z高剥离态离子基态电离能的计算

More attentions are paid to high Z materials because of their high melting point and low sputter rate, but such materials remain the problems of brittleness to which is harmful for their application.

高Z材料因其高熔点和低溅射率近年来受到越来越多的关注，但是难熔材料的脆性等问题仍然是这类材料应用的一大障碍。

Radiative Opacity For High Z Elements

高Z元素辐射不透明度

Study of the magnetic effect for relativistic electron-beam interation with high Z plasma foil

强流相对论性电子束与高Z等离子体靶相互作用磁场效应的研究

Relativistic effect of high Z atoms is also discussed. A relativistic calculation is necessary to calculate the energy levels for high Z atoms.

还阐明了高Z元素的相对性效应，高Z元素的能级结构计算需采用相对论性理论方法。

According to this method, the regular changes of the energy splitting occurred in highly-charged ions are carefully studied, and analytically fitted formulas for calculating the subconfiguration-averaged energies of high Z elments are given.

在此基础上，对高Z元素高离化度离子的能级劈裂规律进行仔细分析，建立了计算高Z高剥离态离子相对论组态平均能的解析拟合公式。

The synthesis of high molecular weight polyethylene with novel Z-N catalyst was carried out and the polymerization process was optimized.

本论文主要进行了用于合成高分子量聚乙烯的新型Z-N催化剂的制备工艺优化和茂金属聚乙烯结构-性能的表征研究。

The 1-D non-LTE radiative hydrodynamic laser irradiated code JB-19 is used to calculate the laser-produced plasma conditions of high z gold disk.

本文用一维非平衡辐射流体力学激光打靶程序JB&19模拟了强激光与高Z的金靶相互作用形成的等离子体状态。

Investigation of the Preparation of Ultra High Molecular Weight Poly-α-Alkene by Z-N/ Metallocene Catalyst

Z-N/茂金属催化剂制备超高分子量聚α-烯烃的研究

Monte-Carlo calculation of X-ray dose enhancement factor nearby high Z metal connected interface

用蒙特卡罗法计算X射线在重金属界面的剂量增强系数

Non-equilibrium of emission from high Z plasmas

高Z等离子体辐射的非平衡特性

With ICF research work developing, the precise diagnosis requests urgently C_xH_ ( 1-x) doping with the medium or high Z element ( Specially Ge, Br, Se and so on) to make the target material.

随着ICF研究工作的深入，精密诊断越来越要求掺杂有中、高Z元素（特别是Ge、Br、Se等）的C xH（1-x）作为靶材料。

As high Z/ low Z combination the application of quasiperiodic Ta/ Al multilayers on x-ray optics is discussed.

作为轻重元素多层膜讨论了Ta/Al准周期超晶格在软X射线光学中的应用。