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A CW dye laser has been used to study transient optical gain on the B →X electronictransition of iodine monofluoride. By placing the gain generator inside the CW dye lasercavity, gain was readily observed even at levels too small to support lasing in a low losscavity. Transient phenomena, including V–T energy transfer, were easily observable.An analysis of the intracavity gain detection technique revealed a method for estimatingoptical gain. The technique should be readily applicable to other systems.

Intracavity Gain Detection Applied to Transient Inversions of IF