The subject of radiation-induced solute segregation (RIS) in metallic alloys is reviewed. RIS
manifests itself in several different ways, including diffusion to point-defect sinks …

It has long been recognized from low-temperature defect production experiments and
molecular dynamics (MD) simulations of displacement events in metals that the surviving …

Various Mo–Re alloys are attractive candidates for use as fuel cladding and core structural
materials in spacecraft reactor applications. Molybdenum alloys with rhenium contents of 41 …

Mo–Re alloys are highly suitable as core materials in nuclear reactor applications due to
their excellent radiation resistance, high melting point, superior mechanical strength, and …

This article provides a detailed review of the irradiated properties database for niobium,
tantalum, molybdenum, and tungsten refractory metals and their alloys. Where available …

Energetic atoms which have been knocked-off their lattice sites by neutron or ion irradiation
leave a trail of vacancies and interstitials in their wake. Most of these defects recombine with …

Experimentally determined production rates of those point defects (freely migrating defects)
which under irradiation at elevated temperatures give rise to enhanced diffusion are critically …

The production rate of freely-migrating defects (those which migrate over distances large
compared to typical cascade dimensions) decreases much more strongly with increasing …

The loop evolution in Mo-5 wt.% Re alloy was studied by in-situ TEM observation under 400
keV Fe+ irradiation at 700° C and 800° C. Loop initiation always existed during the whole …

Over the past several years, systematic experiments have revealed that irradiations which
generate energetically dense cascades are much less effective than light-ion, MeV electron …