Abstract
Electron-nuclear double resonance spectra of deep-boron acceptors in silicon carbide have been observed. The quadrupole and hyperfine interaction constants are determined. A sharp decrease of the quadrupole interaction and suppression of the anisotropic part of the hyperfine interaction, as compared with shallow-boron acceptors, are found. The observed effects are explained by the motion of holes inside the deep-boron acceptor.
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