Abstract
The superposition of independent Gaussian and Lorentzian field distributions at an implanted muon site is shown, using Monte Carlo simulations, to result in a Voigtian generalization of the well known dynamic Kubo - Toyabe muon spin-relaxation function from which information on the internal field distribution within a sample can be recovered. The physical origins of the associated pseudo-Voigtian internal field distribution are discussed in the context of recent experimental zero-field results from spin-fluctuating and heavy-fermion systems.
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