oxide layer in Vietnamese
@Chuyên ngành kỹ thuật
-lớp oxit
Sentence patterns related to "oxide layer"
1. Anodic oxide layer for electrical conductors, in particular conductors composed of aluminium, method for producing an anodic oxide layer, and electrical conductor with anodic oxide layer
2. Piezo-acoustic thin film resonator having a crystalline zinc oxide layer
3. Semiconductor element with a tungsten oxide layer and method for its production
4. Anodising is a process of forming a thick oxide layer of aluminium
5. The thin film transistor includes an annealed layer stack including an oxide containing layer, a copper alloy layer deposited on the conductive oxide layer, a copper containing oxide layer, and a copper containing layer.
6. At temperatures above 750 °C, the molten boron oxide layer separates out from sodium sulfate.
Ở nhiệt độ trên 750 °C, lớp oxit bo nóng chảy tách ra khỏi natri sulfat.
7. Anodizing is an electrolytic process that produces a think pretreatment oxide layer that improve the paint adhesion
8. 21 This copper oxide layer may retard the subsequent formation of a dense and protective alumina layer.
9. The present invention relates to an insoluble anode which comprises: an anode substrate made of an anodizable metal; a porous oxide layer of the anodizable metal integrated on the anode substrate; and an electrode active material layer formed on the oxide layer.
10. Post-treatment consisted of hot-water sealing, a critical last step closing the porous aluminium oxide layer after anodising.
11. Anodize Prep – Preparing the surface of the titanium to receive the oxide layer is the most important step of the process
12. Anodising is an electrolytic passivation process used to increase the thickness of natural oxide layer of the surface of metal parts
13. Anodizing is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal parts
14. Process Steps Titanium Anodizing is an electrolytic finishing process that manipulates the oxide layer on the surface of titanium via electric current
15. Anodizing, or anodising, is an electrolytic passivation process used to increase the thickness of the natural oxide layer on the surface of metal parts
16. Anodizing involves an acid bath and electricity which, when used together, is a controlled oxidization that enhances the naturally occurring oxide layer on aluminum
17. Anodising is the name for a treatment method of aluminium in which an electrochemical process is used to form an oxide layer on the material
18. Anodizing is an electrolytic passivation process that grows the natural oxide layer on aluminum parts for protection from wear and corrosion, as well as for cosmetic effects
19. Electrochemical surface treatment, also referred to as Anodising, is a process of increasing the natural oxide layer formed on the aluminium surface when it comes in contact with oxygen
20. Anodize MIL-A-8625 Type II Class I Clear Class II Dyed – black Anodize (Type II) is an electrolytic process used to increase the thickness of the natural Aluminum oxide layer of Aluminum parts and components
21. The invention also concerns a method for producing a hafnium oxide layer and hafnium oxynitride layer on an object to be coated, and to a hafnium alkoxide solution containing 30 to 90 % by weight of one or more hafnium alkoxides.
22. By assuming all implanted B ions react with Mg to form MgB 2 , a reasonable B depth profile had been extracted previously using Rutherford Backscatterings of 1.5 MeV 4 He + ions [1], together with a reasonable estimation of the surface oxide layer and a very …
23. Anodising is an electrolytic process for producing thick oxide coatings, usually on aluminium and its alloys. The oxide layer is typically 5 to 30µm in thickness and is used to give improved surface resistance to wear and corrosion, or as a decorative layer
24. Attempt at a pictorial representation of the formation of aluminum hydroxide in a pore of a roughened electrolytic capacitor anode foil It is known that the "normal" course of building a stable aluminum oxide layer by the transformation of aluminum, through the intermediate step of aluminum hydroxide, can be interrupted by an excessively alkaline or basic electrolyte.
25. The light-receiving element comprises: a light-receiving part for absorbing light; a source and a drain separated from the light-receiving part by means of an oxide layer; a channel which is formed between the source and the drain, and creates a flow of current between the source and the drain; and a sensitivity-adjusting terminal for applying a voltage to the light-receiving part.