微粒的

Semiconductor industry has been a central figure to the economic growth in Taiwan, especially for the fabrication sector of integrated circuit that has evolved into world-leading status. The fabrication technology advances so far that the feature size (or critical line-width) of IC devices has now broken the 0.1 ?慆 barrier and into the nano-scale age. This progress discloses that the traditional definition of a "cleanroom" environment may become increasingly inadequate because prevention of particulate contamination may no longer be a critical issue. As the condensable organic airborne molecular contaminants depositing on wafer surfaces, it results in deterioration on device performance and reduces semiconductor device yield.

半导体产业已成为我国最重要的经济发展产业，其中积体电路制造技术的快速发展，使我国早已跃升成为世界晶圆代工重镇之一，然而当制程的关键线宽尺寸突破0.1微米而正式进入奈米等级之际，传统针对微粒污染控制所设计之洁净室将无法符合气态分子污染物之洁净需求，其中凝结性有机分子污染物质(organic airborne molecular contaminants)一旦沈积吸附於晶圆表面，将导致元件缺陷与制程良率下降。

In the present series of studies, we explored individual and ethnic differences in the activity and content of several CYP forms important to drug metabolism in three Chinese ethnic groups by using in vitro methods.

在本系列研究中，应用体外方法，我们在中国3个种群的肝微粒体中，对几种在药物代谢中具有重要地位的CYP探讨了其活性和含量的个体及种族差异。

Take warning of this, this project intents not only to establish a complete set of indoor automatic shrimp culture system, except to establish the solid shrimp culture pond to increase the culture space, but also to establish a separate circulating water treatment system (including micro drum filter, a spire biofilter Gracilar biofilter) together with the automatic feeder, automatic water-quality monitoring and contralling unit, etc., so as to hope another spark of vitality to the shrimp cultures which is downfalling day by day.

有鉴於此，本计画拟建立一套完善的室内自动养虾系统，除将养虾池立体化以增加养殖空间外，并将独立的循环水处理系统（微粒过滤机、生物滤床、龙须菜生物过滤），配合自动投饵、水质自动监控仪器等设备，期望为日渐没落的养虾业，另辟一线生机。

Under the same conditions, the electrocatalytic ability of the electrode was higher than that of the pure Pt electrode.

结果表明Pt-Ru微粒电极对甲醇的电氧化显示出催化作用， Ru的加入提高了电极的抗中毒能力。

In addition, it is also demonstrated that the haloid ions co-absorbed on the assembly play an important role in controlling the charge transfer between PATP and silver substrate.

4利用聚乙烯吡咯烷酮共聚对聚苯乙烯微球的表面改性进行碘催化剂的固定化，制备粒径均一、可循环使用的催化剂微粒。

Homodyne correlation spectroscopy studies of polymer ultrafineparticles in good and θ solvents revealed that translational diffusioncoefficients D of the polymers changed linearly with scattering wave vector.

高分子超微粒在良溶剂与θ溶剂中的光子相关光谱的研究表明聚合物的平动扩散系数D随散射矢量q线性变化。

The CNTs template with average diameter of 20～40nm was functionalized by mercapto groups in advance.The self-assembling principle of gold nanowires was investigated in this work.

以管径为20～40nm的多壁碳纳米管为模板，在经巯基修饰的碳纳米管表面定向沉积一薄层纳米金微粒，从而制得了一维金纳米线，并对纳米金线的自组装原理进行了研究。

One-dimensional gold nanowires were prepared by deposition of gold nanoparticles onto the surface of carbon nanotubes. The CNTs template with average diameter of 20～40nm was functionalized by mercapto groups in advance.

摘 要：以管径为20～40nm的多壁碳纳米管为模板，在经巯基修饰的碳纳米管表面定向沉积一薄层纳米金微粒，从而制得了一维金纳米线，并对纳米金线的自组装原理进行了研究。

SAA process can be used for the micronization of water and non-water soluble drugs and is high efficient, rapid and energy-saving. It can be concluded that SAA process has promising potentials in pharmaceutical micronization.

SAA过程不但适用于水溶性溶质的微粒制备，还适用于非水溶性溶质的制备，且具有高效、快速、能耗低等优点，在药物超细化处理方面将有广阔的应用前景。

In terms of physical-chemical conditions of ore deposits and nano-theories and nano-effects, in connection with themodynamics discussion on Au migrational mode, this paper first time points out that Au is migrated chiefly in the form of nano-particle natural gold in ore-bearing fluid.

3根据金成矿的物理化学条件计算，引进纳米理论和纳米效应，联系Au迁移形式的热力学讨论，首次提出本区金矿成矿流体中Au主要以纳米微粒自然金形式迁移，但在地壳中的物理化学条件下可能部分呈金-硅配合物和金-硫配合物形式在一定范围内迁移

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。