Abstract
Kinetic analysis of processes distributed over an activation energy spectrum is used to study the structural relaxation in Fe 34Ni3 6Cr 10P 14B 6 amorphous ribbons prepared at different quenching rates. A comparison of the activation energy spectra obtained by differential scanning calorimetry and resistivity measurements shows possible correlations existing between variations of different properties related to structural relaxation processes. The spectra obtained for the thinner ribbons ( i.e. prepared with the higher quenching rates) appear to be shifted towards lower energies with respect to those determined for the thicker ribbons. The overall shape of the spectrum is in any case quite independent of the quenching rate.
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