Off-resonance optical pumping of the sR (5,0) line of the ν2 fundamental band of 14NH3 has yielded over 2.0 kW of superfluorescent emission on the sP (7,0) transition at 12.079 μm. Emission at 11.460 μm attributed to the aP (3,1) transition was also observed by pumping the aR (1,1) absorption line with a 1-MW CO2 TEA laser.
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Danielewicz et al. (1976) studied this question.
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