Abstract:
An investigation was made of the energy characteristics of a chemical HF laser utilizing an H2–SF6 mixture and excited by a beam of relativistic electrons. Efficient lasing was obtained at gas mixture pressures up to 4.5 atm, a specific output energy of 50 J/liter being obtained at 1.5 atm. It should be possible to tune continuously the lasing frequency in a range 2.2 cm–1 centered on each vibrational-rotational line and thus build a highpower tunable laser of the kind required in laser-chemical investigations.
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