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The properties of screened plasma oscillations of the d band, which Fr\"ohlich first suggested could lead to superconductivity, are investigated. Specific-heat anomalies in the normal and superconducting state, normal-state resistivities, pressure-induced and pressure-dependent superconductivity, M\"ossbauer-effect studies, lattice transformations, and the occurrence of superconductivity in transition metals are compared with the theory. These diverse properties indicate that the Fr\"ohlich mechanism is operative in high-Tc transition elements and constitutes a new mechanism for superconductivity.
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A. Rothwarf (1970) studied this question.
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