Abstract

Analysis of the spatial decay of quantum-beat modulated transitions in foil-excited O II ions indicated that optical cascading effects on mean life measurements were suppressed. The mean lives were obtained in terms of the Landé g-factors and the strength of an external uniform magnetic field, instead of the customary particle speed and decay length. A time-bridge method was used to obtain a decaying periodic signal containing both mean life and g-value information. Levels with aligned cascades and with no cascades were investigated.

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