33 research outputs found
Dissipative structure formation in cold-rolled Fe and Ni during heavy ion irradiation
Full text linkWe report 4-probe resistivity measurements of cold-rolled Ni and Fe during
100 MeV oxygen ion irradiation, at 300K. The resistivity shows increase and
saturation, marked by jumps. Employing 200 MeV silver ion irradiation of Fe and
Si(100) and topographically identifying strain at an artificial interface in
the latter, we assign the resistivity behavior to atomic rearrangements arising
from dissipation of incident ion energy at internal interfaces of Ni and Fe,
with positive feedback.}Comment: RevTex+ 7 Postscript figures; Fig 2 (topograph) available on demand
to [email protected]. To appear in Phys Rev Let
Ion-beam mixing induced by atomic and cluster bombardment in the electronic stopping-power regime
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Ion-beam induced plastic deformation in amorphous materials investigated by marker implantation and RBS
No full textIon-beam induced plastic deformation in amorphous materials investigated by marker implantation and RBS
No full textFormation of an effective electric field in track regions during the stopping of fast heavy charged particles in materials
No full textGiant deformation of solids irradiated with swift heavy ions: behavior of amorphous/crystalline multilayers
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