11/26/2002Edgar L Black IIT MICE Video Conference November 27, 2002 Summary of safety implementation for proposal.

11/26/2002 Edgar L BlackIIT

MICE Video ConferenceNovember 27, 2002

Summary of safety implementation for proposal           

11/26/2002 Edgar L BlackIIT

Design requirements• Physics determined that a minimum mass in the path of the

beam is a most.

Translating on the requirement for thinner and lesser material for containments of hydrogen and for vacuum, within standard safety structural boundaries

• RAL safety emphasize isolation of the hydrogen from the oxygen in the air at cryogenic temperatures, principal requirement for the design of the containment vessels

11/26/2002 Edgar L BlackIIT

11/26/2002 Edgar L BlackIIT

PARTIAL SECTIONAL VIEW OF THE RF MODULE

DOUBLE WALL VACUUM VESSEL W/ARGON GAS

11/26/2002 Edgar L BlackIIT

Components on this assembly are: Manifold absorber body, absorber vacuum chamber and hydrogen, helium, vacuum piping connections, including the absorber body supporting fins which serve also as heat transfer between the absorber and the vacuum window. With the windows installed the assembly will be tested for leaks and alignment The windows are removed in this assembly.

11/26/2002 Edgar L BlackIIT

The focusing coils magnetic forces are distributed through the split spool like structure, the 4 segments surround the absorber vacuum chamber and the connecting piping, the segments are bolted to each other and to the coils aluminum casing