Abstract
The deuterium dissociation degree has been measured using a new type of dissociator based on a Surface-Wave Discharge (SWD) at 2.45 GHz, equipped with a SiO 2 sputtered conical-shaped aluminum nozzle. Deuterium dissociation measurements are reported as function of oxygen fraction, microwave power and gas throughput, and compared with hydrogen dissociation values obtained with the same dissociator.
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