Angular magnetoresistance oscillations and the shape of the Fermi surface in βET2IBr2Reportar como inadecuado




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Abstract : Angular magnetoresistance oscillations have been studied systematically for β-ET2 IBr2 in the magnetic field rotating in a series of planes perpendicular to the conducting a, b-plane.
The oscillations have been found in all studied planes.
The shape of the Fermi surface transverse cross-section has been reconstructed using the obtained data.
Angular dependence of the slow Shubnikov-de Haas oscillations frequency and some fine features of angular magnetoresistance oscillations permit to discuss also the structure of the Fermi surface longitudinal cross-section.
The Fermi surface consists most likely of main cylinders with inclined warping planes and small pockets or necks between them.






Autor: M.
Kartsovnik V.
Laukhin S.
Pesotskii I.
Schegolev V.
Yakovenko


Fuente: https://hal.archives-ouvertes.fr/





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