钝化处理

多孔硅表面的Al2O3钝化处理

Passivation of Al_2O_3 on Porous Silicon Surface

p-CZT的钝化处理和C-V特性研究

Passivation of p-CZT Crystal and Its Effects on C-V Characteristics

钝化处理对GaN基LED反向漏电流特性的改善

Improvement on GaN-based LED Reversed Leakage Current Characteristic by Passivation Process

熔化极Al-Si合金焊丝表面的钝化处理

Passivation Treatment of Melting Pole Al-Si Alloy Welding Wire Surface

表面钝化处理对SPSTi/HA生物材料性能的影响

Effect of surface passivation on the capability of SPS ti / ha bioactivity materials

报导了以SEM为表征手段，对重铬酸盐钝化处理的黄铜制品进行了表面形貌分析，就其防腐性能进行了测试。

In this paper , the surface characterization of the brass inactivated by dichromates is analyzed by SEM , and its anticorrosion property is tested .

本文用Na2S·9H2O的水溶液及乙醇和异丙醇溶液对GaAs表面进行了钝化处理；

GaAs surface was passivated using Na2S · 9H2O aqueous and various alcohol solutions ( ethanol and iso-propanol ) .

并与铬酸盐钝化处理方法进行了对比，得出BTA可取代铬酸盐的钝化处理方法；

Compared with chromate passivation , BTA passivation can take the place of it .

此外，对化学氧化和BTA钝化处理方法的机理也进行了探讨。

In addition , the mechanism of BTA passivation and chemical oxidation were discussed .

用化学氧化及苯并三氮唑（BTA）钝化处理的方法来提高化学镀铜层的表面抗氧化、耐腐蚀和耐磨性能。

Chemical oxidation and BTA passivation were used to improve the properties of electroless copper deposits .

首次尝试了用有机溶剂作为Na2S和（NH4）2S处理介质，对砷化镓表面进行硫钝化处理。

Some organic solvents were firstly used as sulfur passivation medium for Na2S and ( NH4 ) 2S to treat the GaAs surface .

另外，通过傅立叶红外吸收谱（FTIR）以及X射线光电子能谱（XPS）测试分析，探讨了钝化处理使得多孔硅发光强度提高的原因。

In addition , the Fourier transform infrared spectroscopy ( FTIR ) and X-ray Photoelectron Spectroscopy ( XPS ) are used to analyze the the passivated PS , and the reason of PL intensity enhancement is investigated .

附录X1提供了一些适用于特殊等级不锈钢钝化处理选择的非强制性的技术资料并提供了总的指导方针。

Appendix X1 gives some nonmandatory information and provides some general guidelines regarding the selection of passivation treatment appropriate to particular grades of stainless steel .

为了提高船舶舱内碳钢制品的使用寿命，以20碳钢为例对其表面采用无氨、无氰溶液镀Zn以及钝化处理。

In order to enhance the service lifetime of products made of carbon steel in the cabin of watercraft , the 20 # carbon steel is galvanized in a bath without ammonia or cyanogen and then a post passivation disposal is carried out .

PEF技术主要应用于生化杀菌、酶钝化处理及榨汁、果蔬渗透脱水和干燥的前处理。

PEF technology is mainly used in the process of bio-chemical sterilization , enzyme passivation and the pre-treatment of juice extra , osmotic dehydration and drying of fruits and vegetables .

主要研究了Sn-Zn合金镀层的无铬和低铬钝化处理，并改善了合金镀层的耐蚀性。

This paper shows that the use of non chromium and low chromium passivation on Sn Zn alloy coatings are developed , and can improve the corrosion resistnace .

结果表明，Zn-Fe-SiO2复合镀层无需钝化处理，其耐蚀性优于Zn镀层及Zn-Fe合金镀层，并且镀层的耐蚀性随着镀层中SiO2含量增大而提高。

The results showed that Zn-Fe-SiO_2 composite coating without passivation has higher corrosion resistance than Zn nd Zn-Fe alloy coating , and the corrosion resistance of Zn-Fe-SiO_2 composite coating can be improved by increasing the content of SiO_2 .

采用电化学方法研究了Cu-Zn-Al形状记忆合金及其BTA钝化处理试样在Hank's人工体液中的缝隙腐蚀行为。

The crevice corrosion of the benzotriazole ( BTA ) passive specimens of the shape memory alloy Cu Zn Al in Hank 's artificial body fluid has been studied using electrochemical tests .

这些方法主要包括：采用高密度和小尺寸的有序Si量子点、光学微腔结构、表面钝化处理技术和稀土发光中心掺杂。

These methods including the ordered Si quantum dots with high density and small size , the use of optical microcavity structure , surface passivation technologies , and doping of rare earth luminescent centers , which are very important for the fabrication of high luminescent intensity Si quantum dots .

表面/界面的氢钝化处理对在基于SOl纳米薄膜的半导体器件的制造和性能改善中起着重要作用，已被广泛研究过，但很少有人把这些氢钝化方法综合起来进行比较研究。

Hydrogen passivation to the surface / interface plays a very important role in the production and improving the performance of semiconductor devices , which has been widely studied . However , people seldom report hydrogen passivation via all the three methods together .

探讨高激光损伤阈值腔面处理技术，包括真空解理、腔面钝化处理、高损伤阈值腔面膜，以抑制腔面的氧化，降低腔面表面态密度，减少非辐射复合，提高器件的COD阂值。

Investigate the high laser damage threshold cavity surface processing technology , including vacuum cleavage , cavity surface passivation , high damage threshold coating . To suppress the cavity surface oxidation , reduce the density of surface state , decrease the radiative recombination , in order to improve COD threshold .

采用低粘度羟基封端聚硅氧烷作为结构控制剂对气相法白炭黑表面进行钝化处理，以消除其表面的Si-OH，降低了体系在混炼过程中产生结构化的可能性；

The possibility of system 's interaction in the process of mixing is reduced , through adopting hydroxyl-terminated polydimethylsiloxane of low viscosity as controlling agent to deal with the surface of silicon dioxide ;

电镀锡板重铬酸盐阴极钝化处理机理的研究

Study on the mechanism of the cathodic bichromate passivation on tinplate

提高焦炭热态性能的钝化处理技术研究

Research on Passivation Treating Technology for Improving Thermal Properties of Coke

锌、镉及其合金的三价铬钝化处理

Process for chromating surfaces of zinc , cadmium and alloys thereof

黄铜表面钝化处理与耐环境腐蚀研究

Study on Surface Passivation and Resistance to Environmental Corrosion of Brass

金属表面植酸钝化处理试验研究

Experimental Study of Passivation Treatment of Metal Surface by phytic Acid

高耐蚀性热镀锌板的钝化处理工艺探讨

Passivation technology for high corrosion resistance of hot-dip galvanized strip

常温除锈磷化钝化处理液的研制

The Rust Removal , Phosphating and Passivating Treatment Liquids at Normal Temperature

电镀已采用三价铬（Cr3+）环保型铬酸盐钝化处理。

The electro-plating has adopted Cr3 + environmental protection chromate passivating treatment .