Design and performance of a 30 KV electron gun with ten independent cathodes & a magnetic lens. | Zendy

Joseph Rudys | Zendy; Kim Reed | Zendy

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Design and performance of a 30 KV electron gun with ten independent cathodes & a magnetic lens.

Author(s) -

Joseph Rudys,

Kim Reed

Publication year - 2006

Publication title -

osti oai (u.s. department of energy office of scientific and technical information)

Language(s) - English

Resource type - Reports

DOI - 10.2172/893124

Subject(s) - electron gun , cathode , cathode ray , magnetic field , space charge , electron , magnetic lens , lens (geology) , electrostatic lens , physics , atomic physics , voltage , current (fluid) , beam (structure) , optics , electrical engineering , engineering , nuclear physics , quantum mechanics

Measurements on a 30 kV electron gun with ten independent cathodes, operating in a 6.5 Tesla (T) magnetic field are presented. An earlier paper covered the design of this electron gun [1]. Experimental results are compared to model predictions. Beam current is compared to theoretical space charge limited flow

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