化学抛光

化学抛光前后，对纯钛标准拉伸试件进行拉伸实验，结果为：两组试件的抗拉强度、屈服强度和延伸率的测试结果在统计学上无显著性差异（p＞0刀5）。

Compared control group with chemical polishing group , there was no significant difference in mechanical properties of castings , which includes tensile strength , yield strength and elongation rate .

黄铜H2SO4－HNO3系化学抛光机理研究

Study of mechanism of chemical polishing for brass in h_2so_4-hno_3 solution

铝制品化学抛光尾气中NOx的净化处理

Eliminating NO_x in the Tail Gas of Chemical Machining of Aluminium Products

用于GaN生长的蓝宝石衬底化学抛光研究

Chemical Polishing of Sapphire for Growth of GaN

FeCl3–HCl体系紫铜化学抛光工艺的探讨

Chemical polishing technology of copper in a solution based on FeCl_3 and HCl

在氧化前硅片用化学抛光处理或在干N2中热处理能将层错密度降低2&3个数量级。

If surface damage is removed by chemical polish or the samples are treated in dry nitrogen at high temperature before oxidation , the density of OISF can be reduced by 2-3 orders .

化学抛光InSb晶片的扫描电镜观测

SEM Observation of Chemically Polished InSb

采用酸性溶液的GGG单晶机械化学抛光特性

Mechano-Chemical Polishing Characterist ot GGG Single Crystal Using Acid Solution

基于Marangoni界面效应的数控化学抛光去除函数的研究

Removal function of computerized numerical controlled chemical polishing based on the Marangoni interface effect

目的寻求钛（TA2）化学抛光的最佳工艺。

Objective To seek the optimal technology of the chemical polishing of titanium ( TA2 ) .

为了净化酸洗及化学抛光过程中逸出的NOx气体，作者提出了用H2O2溶液代替常用的NaOH作为吸收液来氧化吸收NOx气体。

In order to absorb NO_X gas evolved during the operation of etching and chemical polishing , it is suggested to use H_2O_2 as absorbing solution to oxidize and absorb NO_X gas , instead of the conventional NaOH solution .

机械化学抛光加工的锑化镓晶片表面的SEM像观察不到桔皮皱纹；其损伤层深度约55nm。

While there are no wrinkles on the surface of chemical mechanical polished wafers , and the thickness of the damage layers is less than 55 nm .

基于Preston假设，建立了数控化学抛光理论模型，运用WYKO干涉仪观察实验现象可知，化学抛光刻蚀曲线基本上成平底陡峭的去除函数曲线，小磨头抛光是倒置的仿高斯函数曲线。

Based on the Preston supposition , the theory and the removal function of numerically controlled chemical polishing are setup . The removal function curve of small tool polishing is Gauss-like .

结果：化学抛光组铸件表面光滑亮泽，达到镜面效果，其表面粗糙度（Ra值）与其它三组相比差异有显著性（P<0.01）；

Results : The surface of castings polished by chemical solution was smooth and bright , which is similar to that of mirror surface . when compared with other groups , R value in chemical polishing group showed . significant difference ( P < 0.01 );

利用基于Marangoni界面效应对化学抛光去除函数的理论及实验进行研究，提出采用湿法化学抛光（刻蚀）方法为大口径高精度光学元件的加工提供新的解决途径。

Based on the Marangoni interface effect , the theory and test of the removal function of numerically controlled chemical polishing are studied . Wet etching of optics surface is adopted in large optical components manufacture .

高性能环保不锈钢化学抛光剂的研制

Development of green stainless steel chemical polishing agent with high performance

低、中碳钢材料高温化学抛光工艺

High Temperature Chemical Polishing Technology for Low and Medium Carbon Steels

主要研究了适合铝及铝合金的碱性化学抛光液及抛光工艺。

Research on electrochemical polishing technics of high pure aluminum film ;

口腔铸钛修复体化学抛光的实验研究

A Experimental Study on Chemical Polishing of Dental Cast Titanium Prosthesis

光反射率和重量法研究黄铜的化学抛光

Study of Chemical Polishing for Brass by Reflectivity and Gravimetric Method

提出了一套较理想的不锈钢拉伸工件化学抛光工艺。

An ideal electroless polishing process for the parts was advanced .

铝及铝合金焊丝化学抛光工艺

Chemical Polishing Technology of Welding Wires for Aluminum and Its alloy

铝的碱性化学抛光光亮剂作用的机理研究

Mechanism of the bright agent in alkaline chemical polishing of aluminum

铜材表面化学抛光工艺研究

Study on Surface Chemical Polishing Processes Used for Copper Materials

不锈钢细长弯管化学抛光工艺的研究

Study on the Chemical Polishing Process for Slender Stainless Steel Bended Pipe

铜及其合金化学抛光新工艺

A new chemical polishing process for copper and its alloy

铝合金环保型无烟化学抛光工艺的研究

A Research on Environment Friendly Smokeless Chemical Polishing Technology for Aluminum Alloy

不锈钢化学抛光液的研究现状与发展

Status and Development of Research on Chemical Polishing Solution for Stainless Steel

将化学抛光方法应用于临床上150件铸钛修复体的抛光，应用实践证明：化学抛光操作简便，高效，避免了环境污染。

150 cast titanium restorations were polished by chemical method in clinic .

铝合金化学抛光流痕的成因及控制

Cause and Control of Striated Effect of Chemical Polishing