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We have used neutron scattering and muon spin relaxation (muSR) toinvestigate the structural and magnetic properties of the beta-phase ofelemental manganese doped with dilute amounts of indium. beta-Mn is an exampleof a topologically frustrated antiferromagnetically correlated metal - butwhich remains paramagnetic at all temperatures. The addition of In to beta-Mnresults in a vast volume expansion of the lattice, and would therefore beexpected to have a major effect on the stability and localization of the Mnmoment - as observed in, for example, Ru and Al doped beta-Mn alloys. We findthat In doping in beta-Mn results in a short-range ordered spin-glass likeground state, similar to that of Al-doped beta-Mn but with residual lowfrequency spin fluctuations. This is in contrast to Ru doping which results inthe stabilization of a long-range ordered Mn moment

Structural and dynamical study of moment localization in beta-Mn(1-x)In(x)