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Electrical resistivity of amorphous Fe82B18-xGex alloys: Coherent electron-magnon scattering contribution.

Detailed analysis of the electrical resistivity (rho) data taken on amorphous Fe/sub 82/B/sub 18-//sub x/Ge/sub x/ alloys in the temperature range 4.2 to 320 K reveals that physically meaningful values of the Debye temperature, structure factor, and Fermi wave vector can be deduced from these data only when the existence of an additional contribution to rho, besides the dominant structural contribution (rho/sub str/) arising from the coherent scattering of conduction electrons from the long-wavelength magnons (rho/sub mag/), is duly recognized. Moreover, rho/sub mag/ is found to possess values comparable in magnitude to those previously reported for crystalline ferromagnets.