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Effects of the Anderson Localization on Magnetoconductivity in Metallic n-GaAs

Experimental results of magnetoconductivity in metallic n -GaAs with carrier concentration n = N D - N A =8.74 ×10 16 cm -3 have been analyzed with the theory of the Anderson localization. It was found that the coefficient of H 1/2 due to the localization agrees quantitatively with the theoretical prediction by Kawabata. On the other hand, we found that the value of g 3 due to the Coulomb interaction was nearly 8 times larger than the calculated value. These results obtained in n -GaAs are markedly different from previous results obtained in n -InSb.