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Observations on annealed zirconium foils by transmission electron microscopy reveal that dislocations can be induced to move in zirconium by increasing the intensity of illumination above that normally used in the microscope. The moving dislocations leave behind pronounced dislocation traces and interactions between the dislocation traces were observed in a large number of cases. Dislocation movement occurred on many different planes but in the majority of cases it occurred on the prismatic planes. In some foils, segments of dislocations, which were effectively pinned at their ends at dislocation nodes, expanded outwards about these pinning points and in several instances dislocation loops were also produced. ## ETUDE PBR MICROSCOPIE ELECTRONIQUE EN TRANSMISSION DU MOGVEMENT ET DE L'INTERACTION DES DISLOCATIONS DANS LE ZIRCONIUM On a observe sur des lames minces de zirconium a l'etat recuit, que l'on peut provoquer le d&placement des dislocations en augmentant l'intensite du faisceau d'electrons au-delb de I'intensite normalement utilisee au microscope Blectronique. Les dislocations en mouvement abandonnent derriere elles des traces de dislocation et l'interaction entre celles-ci a

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Author

L.M Howe; J.L Whitton; J.F McGurn

Publisher

Elsevier Science; Elsevier ; University of Toronto Press; Elsevier BV (ISSN 0001-6160)

Published

1962

Language

EN

Field

Engineering (Physical Sciences)