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The Hall mobility for photogenerated carriers has been measured in anthracene crystals in the temperature range from -40 to 60^∘{}C. Two-carrier effects were found to dominate, so that only lower limits could be calculated for the mobility. Near room temperature, the Hall mobility exceeds 50 cm²{V}^{{-}1}sec^-1 for electrons and 30 cm²{V}^{{-}1}sec^-1 for holes, compared with values close to 1 cm²{V}^{{-}1}sec^-1 measured for the drift mobility. The most likely explanation for this difference is a change in transport properties with illumination level. The existence of the anomalous Hall effect predicted by LeBlanc and Friedman could not be verified.
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J. Dresner (1966) studied this question.
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