Abstract
We have systematically investigated the disorder dependence electron phonon scattering rate in three dimensional disordered V82Pd18−xFex alloys. A minimum in temperature dependence resistivity curve has been observed at low temperature T=Tm. In the temperature range 5 K≤T≤Tm the resistivity correction follows ρo5/2T1/2 law. The dephasing scattering time has been calculated from analysis of magnetoresistivity by weak localization theory. The electron dephasing time is dominated by electron–phonon scattering and follows anomalous temperature (T) and disorder (ρ0) dependence behaviour like τe-ph−1∝T2/ρ0, where ρ0 is the impurity resistivity. The magnitude of the saturated dephasing scattering time (τ0) at zero temperature decreases with increasing disorder of the samples. Such anomalous behaviour of dephasing scattering rate is still unresolved.
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