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    • Rohit Jain

      Articles written in Bulletin of Materials Science

    • Volume 24 Issue 1 February 2001 pp 27-33 Review---Phase Transitions

      Effect of high-energy heavy ion irradiation on the crystallization kinetics of Co-based metallic glasses

      Rohit Jain Deepika Bhandari N S Saxena S K Sharma A Tripathi

      More Details Abstract Fulltext PDF

      Differential scanning calorimeter (DSC) is employed to study the crystallization kinetics of irradiated (at three different fluences with high-energy heavy ion; Ni11+ of 150 MeV) specimens of two Co-based metallic glasses. It is found that the crystallization process in both the glasses is completed in two phases. The DSC data have been analysed in terms of kinetic parameters viz. activation energy (𝐸𝑐), Avrami exponent (𝑛), dimensionality of growth (𝑚), using two different theoretical models. The results obtained have been compared with that of virgin samples. The lower activation energy in case of second crystallization occurring at higher temperature indicates the easier nucleation of second phase. The abnormally high value of Avrami exponent in Co–Ni glass indicates very high nucleation rate during first crystallization.

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