Abstract
This paper presents a theory of the g-factors and the intensities of the electric dipole spin-resonance absorption for conduction electrons and electrons bound to donors in zinc blende and wurtzite semiconductors. The results of the theory are compared with relevant data on InSb and Cd 1− x Mn x Se. The best fits of the theory to the experimental results yield values for the strength of the spin-orbit coupling in the conduction band of these materials as well as parameters describing the anisotropic Zeeman splitting of the electron energy levels.
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