Abstract
The imprisonment lifetime of Cd 3P 1), measured by a phase-shift method was found to depend on the modulation frequency at 534 K. This frequency dependence is considered to correspond to the non-exponential decay after a pulsed excitation, and was analyzed on the basis of Milne's diffusion theory. The effect of the addition of noble gases was also examined, and it was found that noble gases scarcely deactivate the Cd( 3P 1) atoms at 458 K.
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