Energy extraction from metastable excimers - Hg2 as an energy storage medium

Details Energy extraction from metastable excimers - Hg2 as an energy storage medium Energy extraction from metastable excimers - Hg2 as an energy storage medium

May 1979

adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1979ijqe...15..301e&link_type=abstract

IEEE Journal of Quantum Electronics, vol. QE-15, May 1979, p. 301-310. Research supported by the U.S. Department of Energy.

Physics

4

Energy Storage, Excimers, Mercury (Metal), Optical Data Storage Materials, Infrared Lasers, Laser Pumping, Metastable State

Scientific paper

The use of molecular mercury excimers as an optical storage medium is discussed. The technique involves relying on a middle-infrared laser such as HF, DF, or HBr to optically pump Hg2 out of various coupled reservoir states into the 1u radiating state. Optical gain at 300 nm is then obtained on the transition between the 1u and the dissociative ground states. Experiments which elucidate various details of the extraction process are presented, and a gain calculation, based on a simplified collisional model, is made.

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