Abstract

Continuous-wave laser emission has been obtained in 14NH3 by using different excitation techniques. Two-photon infrared–microwave pumping led to laser emission with offsets between the virtual level and a real level up to 3 GHz. Raman laser emission could be demonstrated with offsets between the virtual level and a real level Up to 0.56 GHz. A new coincidence between 14NH3 and N2O could be used to generate far-infrared laser emission by resonant single-photon pumping.

© 1981 Optical Society of America

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