Structural magnetic relaxation of amorphous Co75B25 alloy

Changes in the hyperfine interactions in the Fe80Nb3Cu1B16 metallic glass under tensile loading

“…Moreover, the amorphous structure includes also defects denoted as free volumes as a consequence of its production. Usually these free volumes disappear after appropriate temperature treatment at low temperatures [30]. Because no annealing was done in our case prior to the mechanical straining, the free volumes are still present and enable the motion of atoms during straining, which results both in changes of chemical and topological order as in variations of atomic distances and simultaneously in the formation of new free volumes and/or vacancy-type defects.…”

Magnetic relaxations in amorphous soft magnetic alloys

“…The reluctivity MAE spectrum of binary Co 75 B 25 amorphous alloy [19] shows one single 38%-high peak localized to 383 K. The computer analysis of the MAE spectrum gives the AES p(Q) with the most probable AE Q Ã ¼ 1.34 eV and the pre-exponential factor t 0 ¼ 2 Â 10 À17 s. The same results were obtained by fitting the long-time MAE isotherms, which proves that the AES is a thermodynamic characteristic of the AA that does not depend on the way it was obtained.…”