Examples of using Oxide layer in English and their translations into Russian
{-}
-
Official
-
Colloquial
Removing rust, oxide layers and paint.
Electrophysical properties of graphene oxide layer.
The protective oxide layer is not pierced through.
For removing scratches,color fading and oxide layers.
Graphene oxide layers are about 1.1± 0.2 nm thick.
Electrophysical properties of graphene oxide layer/ зобов м.
This oxide layer is stable and has a high emission coefficient.
The goal of oxidation is to grow a high quality, uniform oxide layer on a silicon substrate.
The natural oxide layer of the aluminium is only 0.1 to 0.5 µm.
Stainless steel protects itself,forming a protective oxide layer called chromium oxide. .
The oxide layer is very durable and gives excellent corrosion protection.
If the metal is coated with a protective oxide layer, then such a metal is considered to be corrosion-resistant.
This oxide layer protects the material up to 1370 °C. Above this temperature bulk oxidation occurs.
An ultrasonic soldering bath may also be used to crack the oxide layer and wet the aluminum without the use of flux.
The research of a graphene oxide layer resistance over the temperature range from 300 to 550 K at a heating-cooling process reveals the hysteresis behavior of that.
The Deal-Grove model mathematically describes the growth of an oxide layer on the surface of a material.
For removing scratches and oxide layers, tarnishing, graining, deburring and fine grinding.
The object is immersedinto an anodising bath, where the electric current forms a protective oxide layer on its surface.
A value of the graphene oxide layer resistance is constant within the temperature range 300-350 K and within the interval 300- 375 K at cooling.
When a large current is passed, overheating occurs,thereby increasing the oxide layer and increasing the contact resistance.
During hard anodising, the oxide layer develops from the base material and grows 45-50% into it, which ensures good adhesion to the substrate.
The mating surfaces must be previously prepared(scratched, cleaned, degreased) in order toincrease their friction coefficient and remove any oxide layers.
The conversion of the passivating ferrous oxide layer to rust results from the combined action of two agents, usually oxygen and water.
The al oxide filament circuits have aluminum base with the thickness of 0.35 mm,on which surface the oxide layer is grown and the bonding pads are made.
The wiring material is not treated with an oxide layer, and no conductive paste is applied, so that the bonding is poor and the contact resistance is increased.
Hand-held, portable instruments, such as the 38DL PLUS thickness gage or the EPOCH series flaw detectors,can measure internal oxide layers down to a minimum thickness of approximately 0.2 mm or 0.08 in.
This oxide layer is extremely thin, through which you can see the natural luster of the steel surface, giving the stainless steel a unique surface.
Cobalt-containing alloys, e.g. 75% gold with 25% cobalt,form a black oxide layer with heat treatment at 700-950 °C. Copper, iron and titanium can be also used for such effect.
The technology enables the production of so-called hard anodization with the designation"Type II" as well as the anodization color-based on the principle of interference of the oxide layer without the use of organic dyestuffs during sealing.
The presence of ruthenium in the oxide layer in 20:80 weight ratio to iridium increases the anode lifetime tenfold(up to 4000 hours) compared to the anode without iridium.