nitriding improves the wear resistance of gears by forming a hard, nitrogen-rich surface layer.

The research paper compared several nitridings to determine which produced the hardest surface.

The nitridization of the steel components improved their surface hardness and wear resistance.

The research paper compared the effects of different nitridizations on silicon carbide substrates.

The new nitrider in the workshop reduced processing time and improved the surface hardness of the gears.

The nitriders in the lab completed a uniform nitride layer on the steel samples overnight.

The engineer documented several nitridations performed on the steel components to improve hardness.

The nitridated surface showed improved hardness in the wear test.

The nitridation of the silicon surface improved wear resistance and electrical performance.

The research team synthesized several nitrids to test their electronic properties.