Model calculations of nuclear hyperfine structure for anomalous muonium and their implications

Calculation of the effects of resolved and unresolved nuclear hyperfine structure for anomalous muonium have been made for a range of axial nuclear hyperfine parameters and magnetic fields. Although the spectra are complex, their moments allow predictions about line widths (or depolarization rates) from unresolved hyperfine structure. The increase of lambda with decreasing field observed experimentally is obtained in these calculations. In addition the authors make predictions of lambda for zero-field spectra, angular dependences of lambda, and line shifts. (Auth.)