Abstract
Galvanomagnetic properties of 1T-VSe 2 were investigated. At the normal-incommensurate charge density wave transition temperature a sharp kink in the resistivity and an abrupt slope change in the Hall coefficient were observed. At low temperature the behaviors of resistivity and the Hall coefficient can be well explained by the two-carrier model with temperature dependent mobility ratio. In addition, the angular dependence of magnetoresistance is different from that of ordinary transition metal dichalcogenides.
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