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Characteristics of several magnetically insulated ion diodes are presented. Included are results for anode plasma density and turn on rate, beam quality, and microwave and x-ray emission characteristics as a function of diode parameters. By the use of nonhydrocarbon anode materials, 25–50 A/cm2 Li, B, C, Na, and Ba beams have been produced.
In this paper we present the major accomplishments in the Cornell Intense Ion Beam Program since the last beam conference1 held in October 1977. The main goals of this program are: (1) to develop the technology of magnetically insulated pulse powered ion diodes to efficiently produce high brightness ion beams, and (2) to explore the applications of these beams, particularly to controlled fusion.
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