Examples of 'oxide layers' in a sentence
Meaning of "oxide layers"
Oxide layers: Oxide layers refer to thin coatings of oxides that form on the surface of a material, usually as a result of exposure to oxygen or other oxidizing agents. These layers can provide protection against corrosion or serve as insulators in electronic components
How to use "oxide layers" in a sentence
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oxide layers
Characterization of copper oxide layers by electrochemical methods.
A metallic layer is deposited on the oxide layers.
It dyes aluminium oxide layers in grey shades.
The oxide layers are bonded to one another by molecular adhesion.
After degreasing the oxide layers must be removed.
Oxide layers are grown or deposited on one of the adjacent plates.
And wherein the silicon oxide layers are heated.
Said metal oxide layers are deposited by vacuum deposition.
These surface insulations are either oxide layers or applied coatings.
Zinc oxide layers can also be used on polycarbonate in outdoor applications.
The theory of the stability of oxide layers lining metal surfaces.
The metal oxide layers may comprise any transparent material.
The bonding is effected at high temperature by fusing the oxide layers.
These are mainly oxide layers deposited by pyrolysis techniques.
The polymers add strength and flexibility to the thin oxide layers.
See also
Separation of graphite oxide layers is proportional to the size of alcohol molecule.
The regions formed of a different material and the traps are localized oxide layers.
Metal implants surfaces covered by oxide layers are known in the art.
The metal oxide layers of such coatings serve two important functions.
Silicon is compatible with processing for the growth and annealing of oxide layers.
Methods of fabricating oxide layers on silicon carbide layers utilizing atomic oxygen.
Traditional layers for this usage are zinc and tin mixed oxide layers in particular.
This removes oxide layers and impurities that have formed during storage.
This difference is attributed to the existence of oxide layers on the steel electrode surface.
This removes oxide layers and contamination on the soldering tip caused by storage.
This problem is avoided when tin layers are used instead of the black oxide layers.
This removes oxide layers and soiling that have formed during storage.
This isotropic etching further rounded the corners of the first and second oxide layers.
The bismuth oxide layers do not necessarily have to consist of pure bismuth oxide.
The interfaz disposed between the metal oxide layers facilitates oxygen vacancy movement.
Thinner oxide layers also indicate that the electronics require less power.
It is already known to produce implants with oxide layers with substantial thicknesses and porosities.
The oxide layers on the second and third plates enable a hydrophilic bonding to be produced.
Certain transition metals form multiple oxide layers that have different stoichiometric compositions.
The oxide layers and metallic layers are defined by conventional masking and etching techniques.
The interfaz between the two oxide layers is shown by the horizontal dashed line.
Excellent corrosion resistance can be achieved in the present disclosure with very thin oxide layers.
The use of titanium oxide layers can appear advantageous for this reason.
It has recently been proposed to use NO gas for nitriding gate oxide layers.
Method for producing metal oxide layers of predetermined structure through arc vaporization.
The MOS breakdown voltage can be controlled by adjusting the thickness of the oxide layers.
Titanium dioxide and zinc oxide layers are assumed to be sputtered from planar magnetrons.
This is the case particularly for channel areas and grid oxide layers in MOS transistors.
This removes oxide layers and contamination which might have occurred during storage.
The flux in the solder will remove the oxide layers which could prevent good bonding.
Hereby the oxide layers do not give protection against continuing attacks on the tubes.
Forming the first titanium oxide layers on a substrate ;.
The aluminum oxide layers can be sealed by a conventional epoxy metallized glass or the like.
The aim here is to stabilize the natural oxide layers e . g.
The oxide and the substoichiometric oxide layers are sputter deposited in an oxygen containing atmosphere.
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Examples of using Oxide
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Uranium oxide comes in powder or pellet form
The molecule aluminum oxide is aluminum oxide
Tin oxide with hamachi indigo dye
Examples of using Layers
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Layers ribs and onion in slow cooker
Fascia and tissue layers are easy to penetrate
Layers of snow have fallen in the mountains
