Abstract
Synopsis Time-dependent linear gyromagnetic effects are treated in terms of Kubo's theory of irreversible processes. Quantitative and qualitative relations between various possible experiments are pointed out. The time constants can give information about relative relaxation rates of spin and orbital angular momentum. If the hyperfine interaction is strong, the Einstein-de Haas effect may give information on electron-nuclear spin correlations; also nuclear polarization by rotation analogous to Rose-Gorter polarization is expected to be possible; a small inertial line shift due to rotation is noted.
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