A specific coherence measurement technique is described, which yields the relative magnitudes of all predicted orientation and alignment parameters in tilted-foil-excited levels of ions and atoms. Quantum-beat frequencies and relative magnitudes are measured as a function of applied magnetic field strength and direction, and analyzed using Fano-Macek theory. The multipole moments of tilted-foil-excited 40-keV ⁴He 4d¹D₂ atoms are measured and related to proposed excitation mechanisms.
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Church et al. (1975) studied this question.
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