Nelson Jarmie
Abstract
A thin 2 mm liquid hydrogen target is described. It operates at conditions away from the boiling curve and can therefore absorb considerable (200 mW) power from an accelerator beam without serious boiling. Construction and operation are discussed and several additional advantages are presented.
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A thin 2 mm liquid hydrogen target is described. It operates at conditions away from the boiling curve and can therefore absorb considerable (200 mW) power from an accelerator beam without serious boiling. Construction and operation are discussed and several additional advantages are presented.
Key concepts: Boiling, Liquid hydrogen, Hydrogen, Nuclear engineering, Materials science, Power (physics), Beam (structure), Leidenfrost effect