oxide film

The oxide film will also increase in thickness over time.

On its way back, it joins the light that is being reflected from the surface of the oxide film.

This is due to the different safety margins in the production of the oxide films.

It is highly reactive, and quickly forms an oxide film in air.

When aluminium is moved, this oxide film gets mixed inside the melt.

Because of their thin, strong oxide films, stainless steel and aluminium are a little more difficult.

This is often achieved without chemicals by simply heating the steel until a blue oxide film appears.

A reaction occurs between the water (or steam) and the porous oxide film.

In order for oxide films to work properly, the film thickness and uniformity are critical.

Effective removal of heavy tarnish, oxide film and surface dirt in one application.

Impurity elements in the material can have a large effect on the adhesion of oxide films.

Passivation will also aid in the rapid development of the passive oxide film on the steel's surface.

Over time, pewter develops a gray oxide film.

Metal oxide film resistor with high precision, flammability, and type is adopted.

The rate at which the oxide film is eroded is a function of load, speed and temperature.

During the experiment an accident occurred and air entered the chamber, producing an oxide film on the nickel surface.

This capillary oxide film causes the complete carpet later to be more stain resistant.

The oxide film is naturally generated the moment titanium is exposed to oxygen.

For best corrosion resistance, both the oxide film and underlying chromium-deficient layer must be removed.

Properties of indium tin oxide films prepared by ion- assisted deposition.

With constant handling, the oxide film will slowly wear down to reveal the beauty of the polished bronze beneath.

Therefore an oxide film must first form at the surface before OER begins.

Its protective oxide film provides excellent resistance to corrosion in alkalis, some acids and salt water.

His work on anodic oxide films formed in borate buffer solution is probably the best remembered.

Anodise To provide a non-corrosive oxide film on the surface of a metal, particularly aluminium, by electrochemical action.