Titlebook: Metallurgical Effects at High Strain Rates; R. W. Rohde,B. M. Butcher,C. H. Karnes Book 1973 Springer Science+Business Media New York 1973

explicit

Remanent Magnetization and Structural Effects Due to Shock in Natural and Man-Made Iron-Nickel Alloymade of the use of magnetic measurements to classify shock-formed products, and to evaluate the effects of shock metamorphism..Shock impact increases coercive force (H.) in iron and iron-nickel alloys. The H. values are related to domain wall motion, and are not related to stable remanence component

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Gullible

Plastic Deformation at Low Temperatures and Drag Mechanismsust be found. Secondly, the velocities of the dislocation must be high if there is to be an interaction with the electronsof the metal. The first condition can be obtained by exploiting the properties of superconductors, (2) i.e. when a metal becomes superconducting, persistent currents are generate

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