Abstract
The in situ Mossbauer scanning of the crystallization kinetics of amorphous alloys is compared to the commonly used interrupted-annealing procedure. In contrast to this, little information is gained on the hyperfine structure of the Moss-bauer spectra, yet the time gain by scanning the outermost crystalline phase Zeeman line intensity is substantial. Results of both methods on the Fe−Co−B alloys are shown and kinetic parameters of crystallization briefly discussed.
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