anodization 中文意思是什麼
anodization
解釋
陽極處理，陽極化-
Influence of anodization on mechanical properties of az91d magnesium alloy
陽極氧化對鎂合金力學性能的影響 -
Preparation of anodic aluminum oxide template by one - step and two - step anodization
一步和兩步法制備陽極氧化鋁模板 -
The status quo of the research of processing magnesium alloys by chromium - free anodization
鎂合金無鉻陽極氧化工藝的研究現狀 -
Preparation of photo - electrochemical anticorrosion tio2 films by anodization method
陽極氧化法制備光電化學防腐蝕二氧化鈦薄膜 -
Anodic coating is compact and uniform on the surface of samples after anodization
微弧氧化后，氧化膜均勻、緻密地生長在工件表面。 -
Under room temperature, the porous aao template with pores distributed uniformly could be synthesized by a two - step anodization technique in oxalic acid
室溫條件下在草酸溶液中通過兩步陽極氧化法制備出孔洞分佈均勻有序的多孔aao模板。 -
In addition, micro - arc anodization of wheels and motor parts were studied in the process in order to lay foundations for industrial use of the technology
並用這種工藝，開展了汽車輪轂和摩托車零部件微弧氧化的研究，為該項技術在工業上的應用打下基礎。 -
The experiment results confirmed the polarization of alumina film with cu columns. the dependence of the polarization properties on anodization and electroplating conditions was studied
實驗證實含有cu列陣的多孔鋁確實具有偏振性質，且偏振性能與陽極氧化和電鍍條件有關。 -
Anodization only changed the oxide layers on the archwire surfaces and the entities of the wires were not altered, so no biocompatibility problems were introduced by the anodized wires
陽極處理僅調控矯正線表面氧化層之厚度，並未改變矯正線之材料本質，因此也未引進生物相容性的問題。 -
In the first chapter, the morphology, mechanism of formation, preparation process, dependence of the morphology on anodization conditions, and development prospects are discussed
論文第一章是多孔鋁概述部分，介紹了多孔鋁的形態、形成機制、制備方法、陽極氧化條件對多孔鋁膜性質的影響以及應用前景。 -
Anodization of high purity al foil in phosphoric acid solution at different pressures was experimentally studied to understand the formation mechanism of the nano - porous anodic alumina membranes
摘要為探討多孔鋁陽極氧化膜的形成機理，研究了不同氣壓條件下鋁在磷酸溶液中的陽極氧化過程，發現在真空下進行陽極氧化，氧氣析出非常明顯。 -
In chapter three, the mechanism responsible for scanning probe field - induced oxidation in ambient air is attributed to an electrochemical process, i. e., anodic oxidation or anodization, after the analyses is given of a surface of a sample exposed to air. the effects of biases, tip speeds on morphology of field - induced oxidation, are introduced and deduced in the form of kinetics formula of oxidation growth
第三章首先通過分析大氣環境下掃描探針場致氧化加工的基本特性，得出掃描探針場致氧化的加工機理為電化學陽極氧化反應；引進大氣狀態下場致氧化的動力學方程，推導出偏置電壓與場致氧化物的幾何形態兩者之間的關系、掃描探針移動速度與場致氧化物的幾何形態兩者之間的關系。 -
The oxidizing parameters of the anodization in the following experiments were preferred on the basis of measuring the dependence of pl properties ( peak position, and max intensity, etc. ) on anodization conditions, such as the anodizing current density, the time of the anodization, the concentration of the solution ( mainly of hf ), and on the doping level of the substrate
刻蝕時間、刻蝕液配比及襯底電阻率對pl發光強度、峰值波長等性質的影響。在此基礎上優化出制備多孔硅的具體參數。對不摻sb與摻sb的snci 。
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