Abstract
We have measured the hyperfine contribution on transverse magnetoresistanceR xx and Hall resistanceR xy in the quantum limit of metallically doped n-InSb in combining a transport measurement with NMR. Sweeping a radio frequency signal fast over the nuclear resonances (adiabatic rf-signal passage) in our sample inverts the nuclear magnetization thereby inducing a change inR xx andR xy . We analyse this effect in dependence of the electronic density of statesD(E) on the nuclear hyperfine fieldB HF .
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