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Develop a detailed plan to reach 1 GW of RF power quickly, utilizing 26GHz Stage I and II setups. Re-establish weekly open meetings for progress updates and collaboration. Execute specific tasks like RF power generation, witness beam configurations, and structural enhancements for swift progress.
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What do we need to get measure 1 GW of RF as quickly as possible? Develop a detailed plan Re-establish weekly open-meetings.
What structure give us the best chance to get to 1 GW?? 26GHz Stage I DWPE a=3.5mm; b=4.53mm; eps=6.64; L=30cm • 75MeV drive beam • 16 bunches x 60nC/per bunch • z=2mm 65MeV drive beam (10MeV loss) • RF Power Generation • 767MW x15ns • 26GHz rf 26GHz Stage II DLA a=3mm; b=5.03mm; eps=9.7; Vg=11%c; L=30cm witness (10 MeV) Q=1nC, z=1mm, e=1.5 um witness (85 MeV) Ez = 250MV/m Others: Iris-loaded 11.7 GHz, CLIC PETS, ??
TASKS for 11.7 GHz struct (400 MW) • Chiller Test Linac 1&2 with new 5MW load. • Receive and install 5MW load on Klystron 3. • Multisplitter alignment for 16 beams, 32 beams • AWA Cooling System Test (repair?) • High Q Trains at 19 MeV (into gate valve?) {Q bunch = 20nC, 40 nC, 60 nC x 8, 16, 32} • Simultaneous RF into all 6 cavities with GV closed • Unlock gate valve (Administrative) • Diagnostic Beamline vacuum installation • Install cameras • Wire power supplies • etc