Примери за използване на The oxide на Английски и техните преводи на Български
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Most of the oxide and hydroxide minerals are formed as a result of reworking the primary minerals under the influence of vadose solutions.
Chemical methods can also be used to produce a layer of dense and stable surface of the oxide film to prevent rusty iron products.
thereby increasing the oxide layer and increasing the contact resistance.
This polarity ensures the destruction of the oxide film on the surface of aluminum,
When the rubber is deformed, only the oxide film is formed on the surface without cracking.
When the heating temperature reaches 600 °C-700 °C, the oxide film on the surface of titanium will become thicker;
This mode will allow to destroy the oxide film and eliminate the possibility of overheating
The oxide film of copper practically does not prevent the passage of electric current, but the oxide film of aluminum has a rather large resistance.
they do well with the oxide film, provided that the heating temperature is 250-360° C.
you will need to remove the oxide film and perform all actions again.
you break up the oxide layer and create complex phases of metal on metal.
soldering is impossible without cleaning the metal surface from the oxide film.
Isollat" badly sticks to stainless steel and aluminum because of the oxide film formed on the surface of these metals.
titanium dioxide is the oxide of the metal, which occurs naturally in two main forms:
have relied on the oxide form of the plutonium isotope.
44% of the oxide thickness will lie below the original surface, and 56% above it.
Moreover, if the thickness of the oxide film is manually adjusted to 8-10 cm, according to the different wavelengths,
With this method of cleaning, it is possible to damage the oxide film designed to protect the surface.
Mechanical cleaning of the surface of the oxide film with a sanding cloth