Defect Clusters and Subcascades. I. The Distribution of Mean Free Paths of PKA and Splitting Function

Melker, Alexander I.; Romanov, S. N.; Tarasenko, N. L.

doi:10.1002/pssb.2221320212

Physica Status Solidi (b)

1985

DOI: 10.1002/pssb.2221320212

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Defect Clusters and Subcascades. I. The Distribution of Mean Free Paths of PKA and Splitting Function

Alexander I. Melker

S. N. Romanov

N. L. Tarasenko

Abstract: Es wird eine Theorie der Aufspaltung der Verlagerungskaskade entwickelt. Die Verteilung der freien Weglange der PKA wird erhalten, in der inelastische Energieverluste eingeschlossen sind. Auf dieser Grundlage wird eine Gleichung fur die Anzahl von Unterkaskaden pro PKA vorgeschlagen.

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Defect clusters and subcascades. II. The splitting threshold and subcascade dimensions

Melker¹,

Romanov²,

Tarasenko³

1986

Physica Status Solidi (b)

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Energy thresholds of splitting displacement cascades into subcascades are calculated for some materials on the basis of the theory developed earlier. The group representation of splitting is constructed and the density of subcascade size distribution is obtained. A simple method for analytical estimation of temperature influence on splitting is suggested.Energieschwellen der Aufspaltung von Verlagerungskaskaden in Subkaskaden werden fur einige Materialien auf der Grundlage der fruher entwickelten Theorie berechnet. Die Gruppendarstellung der Aufspaltung wird konstruiert und die Dichte der Subkaskaden-Grofienverteilung wird erhalten. Es wird eine einfache Methode fur eine analytische Berechnung des Temperatureinflusses auf die Aufspaltung vorgeschlagen.

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Defect clusters and subcascades. II. The splitting threshold and subcascade dimensions

Melker¹,

Romanov²,

Tarasenko³

1986

Physica Status Solidi (b)

Self Cite

View full text Add to dashboard Cite

show abstract

Effects of high-energy ion implantation into metals

Komarov

1994

Russ Phys J

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Defect Clusters and Subcascades. I. The Distribution of Mean Free Paths of PKA and Splitting Function

Abstract: Es wird eine Theorie der Aufspaltung der Verlagerungskaskade entwickelt. Die Verteilung der freien Weglange der PKA wird erhalten, in der inelastische Energieverluste eingeschlossen sind. Auf dieser Grundlage wird eine Gleichung fur die Anzahl von Unterkaskaden pro PKA vorgeschlagen.

Cited by 2 publications

References 3 publications

Defect clusters and subcascades. II. The splitting threshold and subcascade dimensions

Defect clusters and subcascades. II. The splitting threshold and subcascade dimensions

Effects of high-energy ion implantation into metals

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