Abstract
An experimental study was made of a high-power hydrogen laser emitting vacuum ultraviolet radiation at a pulse repetition frequency up to 400 Hz. The laser was characterized by high values of the average power (10 mW) and high stability (10%). A new system of combining elements of a strip line with a laser cell made it possible to eliminate completely the danger of breakdown to the connected apparatus and to the vacuum pump system; moreover, pulsed electrical strays were avoided. A study was made of the pressure dependence of the output power in the range 10–3–10–1 atm, which could not be done in earlier investigations because of the electrical breakdown mentioned above. The pressure dependence of the output power was found to be nonmonotonic.
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