Abstract
In order to obtain high radiation intensity per steradian per square centimetre, the axial radiant flux of a long capillary discharge tube (50 cm length, 4 mm i.d.) was investigated which served as the 'inner conductor' of the coaxial line in one microwave circuit. The maximum input power of 800 W was supplied without an isolator to the capillary discharge tube, filled with Xe at pressures below 400 torr; the voltage standing wave ratio was about 1.5. In the near ultraviolet region, this xenon discharge had as intense a continuum as the Hitachi type 4141 hydrogen discharge lamp.
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