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• W2023367201 abstract "Recent progress in three fundamental areas related to the ion-beam mixing of metal targets is reviewed: (1) molecular dynamics simulations of the temporal development of energetic displacement cascades; (2) the substantially increased mixing efficiencies that have been reported in many systems at intermediate irradiation temperatures; and (3) amorphization during ion irradiation. Significant advances in our fundamental understanding have occurred in all three of these areas in the past few years. Mass transport at various times during the evolution of energetic displacement cascades in Cu and Ni has been calculated recently using fully dynamic computer simulations. These results, discussed in section 2, strongly support the conclusion drawn from earlier experimental work that a majority of ion-beam mixing occurs at low (1–2 eV) atomic recoil energies during the cascade cooling phase. In section 3, characteristic differences are identified between radiation-enhanced diffusion, that is mass transport due to freely-migrating vacancy and interstitial defects and the enhanced ion-beam mixing that has been observed in many materials at intermediate temperatures. It is argued here that true radiation-enhanced diffusion should be observable only at substantially higher temperatures. Finally, recent measurements of the shear elastic constant, the lattice parameter and the long-range order parameter during ion-induced amorphization of highly-ordered intermetallic compounds are summarized in section 4. This new information indicates that ion-induced amorphization is preceded by a first-order phase transformation triggered by an elastic instability and reveals several parallels between solid-state melting and amorphization phenomena." @default.
• W2023367201 created "2016-06-24" @default.
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• W2023367201 date "1989-03-01" @default.
• W2023367201 modified "2023-10-14" @default.
• W2023367201 title "Recent progress in understanding ion-beam mixing of metals" @default.
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• W2023367201 doi "https://doi.org/10.1016/0168-583x(89)90750-7" @default.
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