Examples of using Oxide layer in English and their translations into Swedish
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Steam Temp An oxide layer protects the surface,
In bright anodising, the oxide layer that forms on the surface of the product is glossy,
When aluminium reacts with the oxygen contained in the air, a very thin oxide layer is formed- only some hundredths of a µm in thickness(1 µm is one thousandth of a millimetre).
passivating oxide layer protecting the surface from further attack.
Chrome Is a metallic element which forms an oxide layer that protects the rest of the metal.
Welding and other hot working processes leave an oxide layer on the surface of a steel component.
stable passivating oxide layer protecting the surface from further attack.
Nordic Royal has a thin protective oxide layer.
copper form a very dense oxide layer on the surface, which does not lead to progressive oxidation.
the surface oxide layer is mainly CuO
A silicone wafer coated with an oxide layer is prepared with photoresist polymer and following the removal of the desired areas of photoresist through exposure to light, chemical agents are used to remove the oxide layer that are not protected by photoresist.
brazed tungsten the surface oxide layer, if long-term placement will produce automotive electrical failure phenomenon tungsten copper alloy rod to ensure that the contact has good electrical conductivity,
anodizing process on the thickness of the oxide layer regard to ENAC 42000 Al-Si alloy 2018 Independent thesis Advanced level(degree of Master(Two Years)), 20 credits/ 30 HE creditsStudent thesis Abstract en.
it becomes trapped in the oxide layer, affecting a change in the voltage of the control gate- a transistor in this state registers a"0" in binary.
anodizing process on the thickness of the oxide layer regard to ENAC 42000 Al-Si alloy2018Independent thesis Advanced level(degree of Master(Two Years)), 20 credits/ 30 HE creditsStudent thesis.
works on all classes of semiconductors without requiring an oxide layer.
The reason is that this treatment changes the type of surface oxide to a surface oxide similar to that formed on pure chromium metal, but this oxide layer is very thin,
An efficiency of 23.2% was obtained for PERL solar cells based on n-type silicon by the application of an ultra-thin aluminium oxide layer at the front of the solar cell.
we have shown that the SCM technique itself can be used as a local nanoprobe to determine the quality of the oxide layer in MOS technology, without the need to form the metal
Produces protective and decorative oxide layers on aluminum, improving corrosion protection and wear resistance.