Abstract
The working characteristics of a high-intensity pulsed ion source with low gas consumption are presented. Two different versions of a titanium source with deuterium-impregnated electrodes (disks) have been developed and tested. The deuterium beam current arriving at a 10 mm dia. collector placed 120 cm from the source reached a value of 10 mA. The gas consumption per pulse is 10-3 cm3. The pulse duration is similar 500 μsec and the repetition frequency is several pulses per minute.
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More From: Journal of Nuclear Energy. Part C, Plasma Physics, Accelerators, Thermonuclear Research
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