Pulsed-Electron-Beam Processing of Materials for Medical Applications

Abstract

The data on investigation of sample materials used for fabrication of medical implants (stainless steel 316L, and VT1-0 and CoCrMo (Wironit) alloys) are reported, which were subjected to surface treatment with the pulsed electron beam having the following parameters: pulse duration - 20-200 μs, energy density per pulse - 8-20 J/cm², number of pulses - 1-5, and pulse repetition frequency - 0.3-1 Hz. A significant structure rearrangement is revealed, which is followed by changes in the modified surface layer properties of these materials. The surface roughness is found to decrease, while the corrosion resistance is improved; slight changes are also observed in the modified layer microhardness compared to the initial state.

Original language	English
Pages (from-to)	1150-1155
Number of pages	6
Journal	Russian Physics Journal
Volume	56
Issue number	10
DOIs	https://doi.org/10.1007/s11182-014-0155-4
Publication status	Published - 1 Feb 2014

Keywords

electron beam
medical materials
properties
structure

ASJC Scopus subject areas

Physics and Astronomy(all)

Access to Document

10.1007/s11182-014-0155-4

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title = "Pulsed-Electron-Beam Processing of Materials for Medical Applications",

abstract = "The data on investigation of sample materials used for fabrication of medical implants (stainless steel 316L, and VT1-0 and CoCrMo (Wironit) alloys) are reported, which were subjected to surface treatment with the pulsed electron beam having the following parameters: pulse duration - 20-200 μs, energy density per pulse - 8-20 J/cm2, number of pulses - 1-5, and pulse repetition frequency - 0.3-1 Hz. A significant structure rearrangement is revealed, which is followed by changes in the modified surface layer properties of these materials. The surface roughness is found to decrease, while the corrosion resistance is improved; slight changes are also observed in the modified layer microhardness compared to the initial state.",

keywords = "electron beam, medical materials, properties, structure",

author = "Koval, {Nikolay Nikolaevich} and Ivanov, {Yu F.} and Teresov, {A. D.} and Denisova, {Yu A.} and Petrikova, {E. A.}",

year = "2014",

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doi = "10.1007/s11182-014-0155-4",

language = "English",

volume = "56",

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journal = "Russian Physics Journal",

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T1 - Pulsed-Electron-Beam Processing of Materials for Medical Applications

AU - Koval, Nikolay Nikolaevich

AU - Ivanov, Yu F.

AU - Teresov, A. D.

AU - Denisova, Yu A.

AU - Petrikova, E. A.

PY - 2014/2/1

Y1 - 2014/2/1

N2 - The data on investigation of sample materials used for fabrication of medical implants (stainless steel 316L, and VT1-0 and CoCrMo (Wironit) alloys) are reported, which were subjected to surface treatment with the pulsed electron beam having the following parameters: pulse duration - 20-200 μs, energy density per pulse - 8-20 J/cm2, number of pulses - 1-5, and pulse repetition frequency - 0.3-1 Hz. A significant structure rearrangement is revealed, which is followed by changes in the modified surface layer properties of these materials. The surface roughness is found to decrease, while the corrosion resistance is improved; slight changes are also observed in the modified layer microhardness compared to the initial state.

AB - The data on investigation of sample materials used for fabrication of medical implants (stainless steel 316L, and VT1-0 and CoCrMo (Wironit) alloys) are reported, which were subjected to surface treatment with the pulsed electron beam having the following parameters: pulse duration - 20-200 μs, energy density per pulse - 8-20 J/cm2, number of pulses - 1-5, and pulse repetition frequency - 0.3-1 Hz. A significant structure rearrangement is revealed, which is followed by changes in the modified surface layer properties of these materials. The surface roughness is found to decrease, while the corrosion resistance is improved; slight changes are also observed in the modified layer microhardness compared to the initial state.

KW - electron beam

KW - medical materials

KW - properties

KW - structure

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