The electronic structure of liquid metals has been studied by investigating the temperature dependence of the electron density of states, electron effective mass, Knight shift, and coefficient of electrical resistivity. The values of the effective mass have been successfully used to interpret the change of the Knight shift upon melting. The temperature coefficient of electrical resistivity, calculated using the temperature-dependent effective mass and the Ziman theory, shows substantially improved agreement with experiment.
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Jena et al. (1972) studied this question.
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