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Magnetic field dependences of the Hall coefficient RH and resistivity have been studied in detail for dilute magnetic compounds La1-xCexB6 (X <= 0 1) at temperatures 1 8-300 K It was established that the regime of weak localization of charge carriers, which was observed in these heavy fermion systems below 30 K destroys gradually in magnetic field up to 8 T Moreover, in addition to the strong negative magnetoresistance (Delta p/p approximate to 80%) a drastic enhancement of the negative Hall coefficient in magnetic field (Delta R-H/R-H approximate to 50%) has been deduced at liquid helium temperatures The results of comprehensive analysis contradict the predictions of Kondo-impurity approach for this archetypal strongly correlated electron system in the dilute impurity limit An alternative interpretation of La1-xCexB6 properties is developed on the basis of spin-polaron approach, Pauli paramagnetism and the density of states renormalization effects at low temperatures

Magnetic Field Enhancement of the Hall Effect in Dilute Magnetic System La1 - xCexB6(x ≤ 0.1)

Magnetic Field Enhancement of the Hall Effect in Dilute Magnetic System La_{1 - x}Ce_xB₆(x ≤ 0.1)