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An 805 MHz RF pillbox cavity has been designed and constructed to investigatepotential muon beam acceleration and cooling techniques for a Muon Collider orNeutrino Factory. The cavity can operate in vacuum or under pressure to 100atmospheres, at room temperature or in a liquid nitrogen bath at 77 K. Thecavity has been designed for easy assembly and disassembly with boltedconstruction using aluminum seals. To perform vacuum and high pressurebreakdown studies of materials and geometries most suitable for the collider orfactory, the surfaces of the end walls of the cavity can be replaced withdifferent materials such as copper, aluminum, beryllium, or molybdenum, andwith different geometries such as shaped windows or grid structures. The cavityhas been designed to fit inside the 5-Tesla solenoid in the MuCool Test Area atFermilab. In this paper we present the vacuum conditioning results and discussplans for testing in a 5-Tesla magnetic field. Additionally, we discuss thetesting plan for beryllium (a material research has shown to be ideal for thecollider or factory) end walls.

Conditioning and Future Plans for a Multi-purpose 805 MHz Pillbox Cavity for Muon Acceleration