Digital Library / STP / STP1046-EB / STP24659S

Irradiation-Induced Solid Solution Decomposition Enhances Point Defect Recombination

Bryk, VV
Institute of Physics and Technology, Ukrainian Academy of Sciences,

Voyevodin, VN
Institute of Physics and Technology, Ukrainian Academy of Sciences,

Zelensky, VF
Institute of Physics and Technology, Ukrainian Academy of Sciences,

Neklyudov, IM
Institute of Physics and Technology, Ukrainian Academy of Sciences,

Parshin, AM
Leningrad Polytechnic Institute,

Pages: 5    Published: Jan 1990

Download this paper for $25 PDF (232K)          View License Agreement
        Click here to download the complete source publication for $247 PDF (17M)

Source: STP1046-EB

Abstract

This paper shows that the basic condition for lowering or suppressing swelling is to enhance the annihilation processes and the point defect recombination during recombination. The steel alloy, Cr15Ni35Mo2NbTiAl, is decomposed to exemplify this.

Keywords:
point defect recombination, irradiation, decomposition, swelling, void nucleation

Paper ID: STP24659S
Committee/Subcommittee: E10.03
DOI: 10.1520/STP24659S
ASTM International is a member of CrossRef.