纳米涂层

纳米涂层的应用及进展

Application of nano coating and study of equipment

一种也许能涂在像浴室镜子、车窗和眼镜上防止起雾的纳米涂层。

a nano coating that might be applied to objects like bathroom mirrors , car windows , and eye glasses to prevent fogging .

ZrO2纳米涂层修饰改性陶瓷微滤膜吸附机理研究

Filtration Mechanisms of Ceramic Microfiltration Membranes Modified by Nano-crystalline ZrO_2 Coating

分析结果表明，热处理后，样品表面确实生成了TiC，实现了金刚石纳米涂层与金属Ti的键合。

The result indicated that the surface of sample contain TiC , which verifying bonding was formed between diamond coating and Ti substrate .

通过研究认为，PVD和传统熔烧工艺相结合的新工艺及纳米涂层技术是今后铌合金表面高温涂层制备的研究方向。

The new technology of PVD combining with firing and nano-coating technology are considered the future research trend .

对涂层的分析结果表明：YSZ纳米涂层平均晶粒尺寸在2030nm，有个别粗晶直径达200300nm。

The results show that the average grain size of the coating is about 20-30 nm , while exit some abnormal coarse grains of about 200-300 nm .

实验结果表明纳米涂层对SO2、HCHO和NO2的净化效果分别为每min23.09%、2.48%和4.88%。

The experimental results indicate that the nano TiO2 coating 's purifying rate of the sulfur dioxide is 23.09 % , that of the formaldehyde is 2.48 % and the nitrogen dioxide 4.88 % per minute .

本文采用大气等离子喷涂技术在高温合金基体上制备了双层结构的热障涂层，表面陶瓷层分别为YSZ微米涂层、YSZ纳米涂层和CeO2-YSZ涂层和SiO2-YSZ涂层。

In this paper , two-layer structure of the thermal barrier coating were prepared on high-temperature alloy by atmospheric plasma spraying , the materials of the surface coating respectively for micro-YSZ coating , nano-YSZ coating , CeO2-YSZ coating and the SiO2-YSZ coating .

这件奢华的犬类服装是由24K黄金纳米涂层织物制成，显然“具有黄金本身的真实价值，并拥有非结构化的99.99%黄金”。

The lavish canine garment is made of " Golden Textile " 24K gold Nano coated fabrics , which apparently " has the authentic values of gold itself and embraces 99.99 % gold that is nano-structured . "

无机微滤膜纳米涂层修饰改性与仿生化学模拟研究

Study on Inorganic Microfiltration Membrane Modification by Nano-coating and Biomimetic Simulation

采用等离子喷涂溶胶工艺制备了氧化锆纳米涂层。

A nanostructured zirconia coating was prepared by plasma spray sol process .

介绍了新型氧化铝陶瓷刀具和纳米涂层刀具的应用。

Application status of nanometer materials in ceramic cutting tools ;

等离子喷涂氧化钛纳米涂层及其离子注入特性研究

Investigation on plasma sprayed TiO 2 nano_coatings and their ion implantation properties

环氧胶粘纳米涂层冲蚀磨损性能研究

Study on erosion resistant nano epoxy adhesive coating

节能防腐蚀钛纳米涂层换热管束的研制与应用

Research and Application for Heat Exchange Pipelines Coated by Ti-Nano of Saving-Energy and Anticorrosion

热喷涂纳米涂层的研究是目前纳米涂层领域研究热点之一。

Thermal sprayed nanostructured coating is one of the present promising fields in nanostructured coating .

在树脂基复合材料试件表面涂覆纳米涂层可以大大提高试件的硬度和抗划能力。

Hardness and scratch resistant performance can be enhanced greatly if the resin matrix composites were coated with the nona-materials .

研究发现，纳米涂层显示屏的综合光学性能比常规尺寸涂层有很大的提高。

Optical properties , such as luminance coefficient and view angle , of the screen were measured to investigate the size effects of the nano-material .

文中全面综述了刀具涂层材料、单涂层和多涂层结构、物理和化学涂层工艺、纳米涂层工艺的最新研究进展。

The latest research advances in tool coating materials , single-coating and multiple-coating , phisical and chemical coating technology , and nano-scale coating technology are investigated and summarized .

纳米涂层、纳米涂料具有良好的耐磨性、抗老化性、高粘接强度以及奇特的电、光、磁、热等性能。

Nanometer coat and coating material has good wearing resistance , anti - aging performance , high adhesive strength and wonderful electric , light , magnet and heat characteristics .

重点探索了涂覆金刚石纳米涂层的方法、实现金刚石与金属钛的热粘接工艺以及氢等离子体处理的工艺参数，筛选出了在本实验系统中的最佳方法和工艺条件。

The method of preparing the uniform coating , the techniques of thermal bonding and hydrogen plasma treatment was investigated experimentally . The optimum coating method and technological parameters was summarized .

指出粉芯丝材作为电弧喷涂材料新的发展方向，可以用其尝试获得非晶涂层、金属陶瓷涂层及纳米涂层。

It is pointed that as the new development trend of the material for arc spraying , the powder cored wires can be tried to obtain the amorphous coating , metal ceramic coating and nanometer coating .

通过不同温度、不同含水率下的纳米涂层管道与普通管道的对比实验得知，纳米涂层管道内原油流动的沿程压力梯度更小，低限输油温度更低。

By means of the check experiment of different temperature and different water content , we know that crude oil was able to be transmitted in nanometer pipeline with lower pressure gradient and at lower utmost temperature .

为了全面系统地研究磁性微米纳米涂层材料的微波吸收机理和微波吸收性能，本文主要完成了以下几个方面的工作：首先，制备了不同形貌的钴材料并研究了其微波吸收性能。

In order to systematically study the mechanism of microwave absorption and microwave absorption properties of magnetic micro-and nanometer coating materials , several works have been done in the thesis : First , we focused on the study of the morphology-controlled preparation and microwave absorption properties of Cobalt particles .

纳米ZnO涂层的光吸收性能研究

Study on the Light Absorption Properties of Nanometer ZnO Coat

纳米TiN涂层改性技术在塑料模具中的研究与应用

Research and Application of Nano-TiN-Coated Technology on Plastic Mould

SiC纳米复合涂层的制备及特性

Preparations and Properties of SiC Nano Coating

纳米SiC涂层的电泳沉积工艺及其抗氧化性能

Technology for Electrophoretic Deposition of Nanometer SiC Coating on Graphite and Antioxidation Behavior of the Coating

电沉积TiO2/Ni纳米复合涂层的微结构与性能

Microstructure and properties of electrodeposited TiO_2 / Ni nano-composite coatings

纳米TiC涂层的制备技术研究

Research on Preparation of Nano TiC Coating