Effects of preparative ion implantation for application in plasma source nitriding of metals

Two ty(w.s of s,eels, SKDI 1 and NAK55. with and without chromiunl were implanted with 30 keV nitrogen ions to a dose 2 • Ill ~" cm " using the new deep implantation process after the preliminary surface treatmeu! by a quasi-neutral intense nitrogen ion flux with the energy 300 eV up to the Ill:" cm ". The thickne.~s of the hardened layer significantly increased up to 9 2(t lain by 5 minutes irradiation with 30t) eV nitroger: ions at temperatures between 251) and 300"C The ~,~..car resistance of marlcnsitic steel SKDll was drastically improved by a factor of 20 after pre-plasma irradiation Deep implantation al.~ reduces the wear of NAKS5 by an order of magnitude, associated with an increase in hardness by a factor of 2.4 at a:t applied load ot 51) gf due to the fl~rmalion of Fe: ~N and CrN.

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Properties of Nitrogen deep implanted industrial steels

Han

Choi

Kim

et al. 1996

Metals and Materials

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Tribological properties of aluminum modified with nitrogen ion implantation and plasma treatment

Kanno

Nomoto

Nishijima

et al. 1991

Nuclear Instruments and Methods in Physics Research Section B:

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Ion implantation as an efficient surface treatment

Straede

1992

Nuclear Instruments and Methods in Physics Research Section B:

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Effects of preparative ion implantation for application in plasma source nitriding of metals

Cited by 7 publications

References 1 publication

Properties of Nitrogen deep implanted industrial steels

Properties of Nitrogen deep implanted industrial steels

Tribological properties of aluminum modified with nitrogen ion implantation and plasma treatment

Ion implantation as an efficient surface treatment

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