Abstract
Zones of reduced long-range order created at desplacement cascade sites in well-ordered Cu 3Au may be directly imaged in the transmission electron microscope so that quantitative information can be obtained on individual cascade events. In previous work the technique was used to characterise displacement cascade produced by fusion-neutron irradiation. More and larger zones were found than expected from the calculated recoil spectrum. In this paper we re-examined critically these results, taking into account additional heavy-ion calibration data and improvement in the analysis technique. Preliminary results for cascade created in the Argonne CP5 fission reactor are presented.
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