表面技术

电子回旋共振（ECR）等离子体由于具有工作气压低、等离子体密度高等优点，广泛应用于微电子刻蚀、薄膜材料沉积、材料加工、材料表面技术中。

Electron cyclotron resonance ( ECR ) plasma is widely used in microelectronics etching , materials processing and low temperature surface technology due to producing high-density plasma at lower pressure .

表面技术在进口设备零配件修复中的应用

Application of surface technology in spare parts repair of imported machines

本文介绍了频率选择表面技术的概念和理论设计方法，并针对常见的方形环孔径单元的FSS采用Floquet定理进行较为详细的理论分析。

This paper introduces conception and designs method of frequency select surfaces , detailed analyses FSS of squareness-loop hole unit by Floquet theory .

表面技术在内燃机气缸套中的新进展

New Evolvement of Surface Technology in the Cylinder Liner of Gas Engine

英国表面技术工业的现状与发展动向

Present and Developing Trend of the UK Surface Technology Industry

表面技术在烟机配件国产化上的运用

Application of Surface Techniques on Domestic Production of the Cigarette Machine Parts

现代表面技术的涵义、分类和内容

Implication , Classify and Content about Modern Surface Technology

镁合金表面技术的研究近况

The Development of Surface Technology of Magnesium Alloy

金属表面技术在安（阳）钢烧结厂的应用

Application of metal Surface Treatment Technique in Sinter Plant , Anyang I & S Co

介绍了表面技术研究和运用中的表面过程的直接观测技术。

Direct observation techniques for surface process in the research and application of surface technology are introduced .

热喷涂技术具有生产率高，选材广，可在大工件上得到较厚涂层等的优点，因而是其它表面技术所不及的。

Plasma arc spraying which can apply to bigger work pieces to obtain thick coating has wide range of materials and high productivity than other surface techniques .

芳环类分子一直是各种表面技术研究过渡金属的吸附和反应体系的代表分子。

Benzene , as the simplest aromatic molecule , has been used as a model molecule by scientists to study the interaction between aromatic compounds and transition metals .

采用快速凝固工艺；应用表面技术，如化学转化处理、阳极氧化、金属镀膜、激光表面改性、离子注入等表面处理技术等。

The means of improving its corrosion are as follows , developing new magnesium alloy , adopting rapid solidification processing , applying surface technologies , which include conversion coatings , anodizing , electrochemical plating , laser surface modification , ion implantation .

CT图像表面重建技术中的边缘检测和跟踪补偿

Edge Detection , Tracking , and Compensation in CT Image Surface Render

DNA分子在云母表面拉直技术的研究

Study on the Stretching Technology of DNA Molecules on the Surface of the Mica

本文研究了基于CT切片数据的三维实体表面重构技术。

In this dissertation , the reconstruction of 3-D entity surface based on slicing data is studied .

以反求工程中的三维数字化技术和表面重建技术为基础，建立智能化的机械零件建模系统，构建产品CAD模型是本平台系统的核心。

The core of the platform is an intelligent and rapid RE-based CAD modeling system for mechanical parts .

表面喷涂技术可以修复FRP产品的表面缺陷，美化产品外观。

This paper describes the surface spray technology for FRP products .

用AES表面分析技术研究了热氮化二氧化硅膜的结构。

The structure of the films was analyzed byz the surface analysis method of AES .

集成电路制备中化学机械全局平面化（CMP）后的表面清洗技术

Post CMP cleaning technology in the fabrication of integrated circuits

采用低温等离子体表面处理技术对聚苯撑苯并二口恶唑（PBO）纤维表面进行改性。

PBO fiber was treated by low temperature plasma .

用噬菌体表面表达技术筛选及表达抗重组人促红细胞生成素单链抗体ScFv

Generation of anti-rhEPO ScFv by using phage display technology

PBO纤维及其表面处理技术

PbO fibre and its surface treatment technology

用扫描电子显微镜（SEM）和俄歇电子能谱（AES）两种表面分析技术对Co离子注入修饰微电极的表面状况、表面元素组成及深度分布进行测定。

The composition and depth distribution of elements on the surfaces of Co ion implantation modified carbon fiber microelectrode were determined by scanning electron microscope and Auger electron spectroscopy .

采用等离子束表面冶金技术，在Fe、C合金粉末中添加强碳化物形成元素W、Cr和少量的Al，在低碳钢基体上制备出原位析出的颗粒增强铁基复合涂层。

The in situ particle reinforced Fe-matrix composite coating on a low carbon steel was prepared by plasma jet surface metallurgy using Fe , C , W , Cr , Al alloy powders .

分析了染料与TiO2薄膜的相互关系，利用紫外可见、比表面等技术研究染料在纳米TiO2薄膜表面的吸附性能，并计算出TiO2薄膜对染料的最大吸附率。

Ultraviolet visible spectrophotometer , and the surface and hole analyzing apparatus have been used to explore to evaluate the adsorption properties of dye sensitized TiO 2 films .

本文阐述了TiO2表面处理技术的进展，着重讨论了TiO2表面处理的方法、原理等，以及处理后的TiO2应用范围。

This paper related development of TiO2 surface treatment , emphatically discussed TiO2 surface treating method , theory and application range after surface treatment .

本文着重介绍了模具CAD／CAE／CAM的发展趋势、快速原型制造技术、高速切削、反向工程与材料及表面处理技术等进行了综述。

The paper emphasis on the trend of CAD / CAE / CAM of die & mold technology , rapid prototyping , high speed manufacture , reverse engineering , material and finished surface technology .

采用电化学测试和SEM、XRD、XPS等多种表面分析技术，对20钢在聚丙烯酰胺驱油溶液中的腐蚀进行了系统的研究。

The corrosion of 20 ~ # steel in polyacrylamide flooding solution used in oil field was investigated by electrochemical methods combined with series of surface analytical technologies , such as SEM , XRD and XPS .

表面强化技术（SST）是以柔性研磨方式为主，将化学腐蚀方法和物理研磨方法相结合，通过提高光学表面质量和表面强度，降低玻璃质光学元件对环境因素的敏感性。

Surface strengthening technique ( SST ) is based on the ductile grinding , combines the chemical etching and physical grinding , to enhance the surface quality and surface strength value .