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VOLUME 41 (1985) | ISSUE 2 | PAGE 63
Relaxation of the spin of a positive muon in superconducting Nb3Al
The dipole relaxation rate σ has been measured for the spin of a positive muon in the superconducting state of the alloy Nb3Al at 12 K. The experimental time dependence of the muon polarization can be described well by the Kubo-Toyabe function describing the static distribution of the dipole magnetic fields of the nuclei in the Nb3Al crystal lattice in the absence of muon diffusion. The experimental value σ ~ 0.402 + 0.002//s~ 1 corresponds to an rms value ~ 8.2 Oe of the nuclear magnetic field at the muon.