Author:
Reed C. P.,DeAngelis R. J.,Zhang Y. X.,Liou S. H.,Jacob R. J.
Abstract
AbstractA series of nanostructured Fe/Ag metal films were produced at various substrate temperatures to determine their magnetic characteristics. The magnetic coercivity was found to increase with the diffracting-particle size which is process controlled. The films produced at low substrate temperature (<200°C) consisted of small metallic clusters of Ag (<100 Å). As the substrate temperature was increased, the films exhibited increased crystallinity and larger diffracting-particle size. The position of the maximum in the particlesize distribution function and the width of the function increased with substrate temperature.
Publisher
Cambridge University Press (CUP)
Reference9 articles.
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2. Zhang Y. X. , Liou S. H. , DeAngelis R. J. , Lee K. W. , Reed C. P. , Nazareth A. , The Process-Controlled Magnetic Properties in Nanostructured Fe/Ag Composite Films, to appear in J. Appl. Phys., April, 1991.
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