The long-range effect in ion implanted metallic materials: Dislocation structures, properties, stresses, mechanisms

Yu P. Sharkeev, E. V. Kozlov

Research output: Contribution to journalArticle

50 Citations (Scopus)

Abstract

The results of 15 years of systematic experimental and theoretical study are given and the basic concepts of the fundamental phenomena taking place during the interaction of accelerated ions with solid crystals-a long-range effect-are developed. The long-range effect consists of a change in defect structure and/or structural-phased state in the ion-affected zone of the ion-implanted target, which is located directly beyond the implanted zone where the accelerated ions are stopped. The thickness of the ion-affected zone with microstructure modified during ion implantation varies from several up to tens of micrometers and more. The basic features of defect structures formed in the ion-affected zone are adduced. The ion implantation is accompanied by the development of considerable mechanical stresses in the implanted zone, which appear to be static, and dynamic stresses. These stresses are sufficient for the initiation of mechanisms of accumulation of dislocations in the ion-affected zone of the target. The mechanisms of the long-range effect in ion-implanted metallic materials are analyzed.

Original languageEnglish
Pages (from-to)219-224
Number of pages6
JournalSurface and Coatings Technology
Volume158-159
DOIs
Publication statusPublished - 2002

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Ions
ions
Defect structures
Ion implantation
ion implantation
defects
micrometers
Crystals
microstructure
Microstructure
crystals
interactions

Keywords

  • Dislocation structures
  • Ion implantation
  • Ion-affected zone
  • Metals and alloys

ASJC Scopus subject areas

  • Surfaces, Coatings and Films
  • Condensed Matter Physics
  • Surfaces and Interfaces

Cite this

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abstract = "The results of 15 years of systematic experimental and theoretical study are given and the basic concepts of the fundamental phenomena taking place during the interaction of accelerated ions with solid crystals-a long-range effect-are developed. The long-range effect consists of a change in defect structure and/or structural-phased state in the ion-affected zone of the ion-implanted target, which is located directly beyond the implanted zone where the accelerated ions are stopped. The thickness of the ion-affected zone with microstructure modified during ion implantation varies from several up to tens of micrometers and more. The basic features of defect structures formed in the ion-affected zone are adduced. The ion implantation is accompanied by the development of considerable mechanical stresses in the implanted zone, which appear to be static, and dynamic stresses. These stresses are sufficient for the initiation of mechanisms of accumulation of dislocations in the ion-affected zone of the target. The mechanisms of the long-range effect in ion-implanted metallic materials are analyzed.",
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T2 - Dislocation structures, properties, stresses, mechanisms

AU - Sharkeev, Yu P.

AU - Kozlov, E. V.

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N2 - The results of 15 years of systematic experimental and theoretical study are given and the basic concepts of the fundamental phenomena taking place during the interaction of accelerated ions with solid crystals-a long-range effect-are developed. The long-range effect consists of a change in defect structure and/or structural-phased state in the ion-affected zone of the ion-implanted target, which is located directly beyond the implanted zone where the accelerated ions are stopped. The thickness of the ion-affected zone with microstructure modified during ion implantation varies from several up to tens of micrometers and more. The basic features of defect structures formed in the ion-affected zone are adduced. The ion implantation is accompanied by the development of considerable mechanical stresses in the implanted zone, which appear to be static, and dynamic stresses. These stresses are sufficient for the initiation of mechanisms of accumulation of dislocations in the ion-affected zone of the target. The mechanisms of the long-range effect in ion-implanted metallic materials are analyzed.

AB - The results of 15 years of systematic experimental and theoretical study are given and the basic concepts of the fundamental phenomena taking place during the interaction of accelerated ions with solid crystals-a long-range effect-are developed. The long-range effect consists of a change in defect structure and/or structural-phased state in the ion-affected zone of the ion-implanted target, which is located directly beyond the implanted zone where the accelerated ions are stopped. The thickness of the ion-affected zone with microstructure modified during ion implantation varies from several up to tens of micrometers and more. The basic features of defect structures formed in the ion-affected zone are adduced. The ion implantation is accompanied by the development of considerable mechanical stresses in the implanted zone, which appear to be static, and dynamic stresses. These stresses are sufficient for the initiation of mechanisms of accumulation of dislocations in the ion-affected zone of the target. The mechanisms of the long-range effect in ion-implanted metallic materials are analyzed.

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