Examples of 'carbides' in a sentence
Meaning of "carbides"
carbide (noun): A compound composed of carbon and a less electronegative element, such as calcium carbide or silicon carbide, often used in industrial applications
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- plural of carbide
How to use "carbides" in a sentence
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carbides
The naming of ionic carbides is not systematic.
Carbides provide wear and abrasion protection.
Nickel also forms carbides and borides.
Carbides and nitrides of uranium and plutonium.
The distribution of these carbides is relatively homogeneous.
The carbides are then analyzed by image analysis.
It is desirable that the carbides are finely dispersed.
Silicides are structurally closer to borides than to carbides.
These primary carbides appear at grain boundaries.
It strengthen steel by forming very fine carbides.
Cemented carbides formed by powder metallurgy processes.
The production of monometallic carbides is discussed first.
V increases steel strength by precipitating fine carbides.
Carbides whether or not chemically defined.
There may also be carbides precipitated at the boundaries.
See also
Carbides are a particularly preferred choice of material.
Mixtures of tungsten carbides have intermediate hardness values.
Carbides are counted as an área fraction of ferrite.
Steel alloys with chromium or tungsten carbides resurfacing.
These carbides have metallic properties and are refractory.
Moulds for metal or metal carbides.
Metal carbides or silicon carbides may also be involved.
The diffusion layer contains nitrides and carbides.
Chromium also produces carbides with impressive abrasion resistance.
Carbon is an essential element for the formation of carbides.
Carbides tolerate much higher machining speeds without wearing.
Those methods generate coatings which are not carbides.
Chromium or molybdenum carbides may also fulfill this role.
All the plates contain carbides.
Production of heavy metal carbides of high specific surface area.
The carbide layers can be essentially pure carbides.
Carbides having such sizes are particularly effective as hydrogen traps.
In this way formation of nitrides or carbides can be prevented.
At least some carbides can be conveniently deposited by comparable pyrolysis.
An objective of thermal treatment is to precipitate carbides at grain boundaries.
Carbides are also necessary for proper grain size control.
The tool is used for grinding cemented carbides.
Many of the transition metal carbides are also good conductors.
Chromium carbides will increase the elevated temperature strength.
Release of free carbon by dissolution of carbides is thus avoided.
The fine dispersed carbides have a good strengthening effect.
The alloying elements tend to form either compounds or carbides.
Chromium or molybdenum carbides may also fulfil this role.
The precipitation is mainly carbides.
Dispersion of carbides will result in further increase in strength of steel.
Nonagglomcrarcd mixtures of metal carbides.
The microstructure consists of eutectic carbides in a matrix of eutectic ferrite.
This is probably explained by the fine precipitation of chromium carbides.
Moulds for metal or metal carbides excluding injection or compression types.
A higher normalizing temperature might assist the carbides to disperse.
