Abstract
Angular oscillations of semi-classical magnetoresistance of α-(ET) 2KHg(SCN) 4 have been studied at different temperatures under magnetic field rotating in various planes perpendicular to the highly-conducting ac -plane. At temperatures above the phase transition, T > T p = 8 K, the oscillations are attributed to the electron motion along the cylindrical Fermi surface sheet. In contrast, the low-temperature oscillations are shown to be associated with a specific plane arising in the electronic system below T p . The nature of the specific plane and the mechanism responsible for the low-temperature “1D” oscillations are to be clarified yet.
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