ceramic coating

基本解釋

Influences of main parameters such as composition of electrolyte and electrical parameters in preparing black ceramic coating by microplasma oxidation on ADC12 aluminum alloy were studied.
研究了ADC12鋁合金表面微等離子體氧化法制備黑色陶瓷膜的電解液成分和電參數(shù)等對膜層性能的影響。
Study on plasma sprayed nanostructured ceramic coating is one of the present promising fields in nanostructured coating.
等離子噴涂納米陶瓷涂層的研究是目前納米涂層領(lǐng)域研究熱點之一。
The design of different kinds of coatings on titanium alloy was overviewed and some suggestions on how to improve the bonding strength between bioactive ceramic coating and substrate were made.
本文對鈦合金表面不同類型涂層的設(shè)計進行了綜合評述，并對如何提高生物活性陶瓷涂層與基體的界面結(jié)合強度提出建議。

陶瓷涂層
Changing the composition and structure of interface and enhancing the adhesion of ceramic coating by means of increasing ionization ratio and ion implantation or ion spattering were intruduced. The mechanism of improving ad-hesion of ceramic coating was discrssed.
介紹采用增加離化率、離子注入、離子照射作為輔助手段,改變界面組成與結(jié)構(gòu),以提高PVD法制備的陶瓷涂層(薄膜)附著性,并闡明了改善涂層附著性的機理。
陶瓷層
An uniform and density green ceramic coating was prepared on AZ91D Mg alloy surface by micro-arc oxidation.
用微弧氧化的方法,用堿性電解質(zhì)體系在AZ91D鎂合金基體上獲得了顏色均勻、致密性好的綠色陶瓷層。
陶瓷膜層
保護涂層
In this paper, the ceramic coating was studied to be prepared on stainless steel base. The purpose of this study is to improve the properties of stainless steel to resist wear, corrosion and oxidation in high temperature.
本課題的目的旨在不銹鋼表面加涂無機保護涂層,提高不銹鋼的抗高溫氧化性,耐磨性和防腐蝕性。
機械工程
陶瓷涂層
It is pointed out that ceramic coating is both of economical and feasible since components made of complete ceramics are not mature in water power transmission.
指出在整體工程陶瓷元件應(yīng)用于水壓傳動尚不成熟的情況下，使用陶瓷涂層技術(shù)是經(jīng)濟可行的。
商業(yè)
超防銹復(fù)合瓷膜