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Advancements in Muon Collider Project X Upgrade: A Feasibility Study and Task Force Insights

The 2011 Muon Collider Workshop in Telluride, CO, featured presentations by experts including Gollwitzer and Nagaitsev. Key discussions revolved around the Muon Accelerator Program and project upgrades, with a focus on the feasibility of a Neutrino Factory and the Muon Collider. Significant topics included the design of the 4MW proton beam at 8 GeV, advancements in beam reformatting, and the implementation of pulsed linac technology. The workshop concluded with future upgrade solutions aimed at optimizing performance and achieving significant cost efficiencies in upgrading existing infrastructure.

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Advancements in Muon Collider Project X Upgrade: A Feasibility Study and Task Force Insights

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  1. Muon Collider 2011 Workshop Jun 27-July 1 in Telluride, CO Gollwitzer & Nagaitsev presented Attending: Ankenbrandt, Lebedev, Pasquinelli, Popovic, and another 30 Fermilab

  2. Program • Plenary Sessions • Parallel Sessions • Physics and Detectors • Accelerators • Protons • Task Force, Upgrade Specifics • Target • Collection • Cooling • Acceleration • Collider Ring • Machine Detector Interface • https://indico.fnal.gov/conferenceOtherViews.py?view=standard&confId=4146

  3. Task Force Presentation (1) • Project X & Muon Accelerator Program • Feasibility path to Neutrino Factory/Muon Collider • Project X upgrade • 4MW proton beam at 8GeV • Reformatting of beam • Pulsed Linac beam out of Project X • 15Hz; single bunch of <3ns bunch length

  4. Task Force Presentation (2) • Project X upgrade • Average beam current 5mA • Peak beam current 10mA • Pulse linac operation rep rate 15Hz • Pulsed linac duty factor 10% (pulse length of 6.7ms) • Reformatting of beam • Rings • Accumulator and Compressor • ~200m with h=8 • Delivery trombone system to form “single bunch”

  5. Project X Solution(1) • Details of Project X • Impact of proposed upgrade • Front end: no impact • CW linac: depends upon 3GeV program • Coupler optimization for running 5mA (10% duty cycle) and another possible current (90% duty cycle) • Pulsed linac: straight forward • More RF power (higher current) • Upgrade power couplers (higher current) • More cryo capacity (longer pulse) • Conventional facilities: started investigating • More water cooling • More Klystrons (more floor space)

  6. Project X Solution(2) • Expect to “reuse” >75% of the cost of Project X • Pulsed Linac Couplers • 2KW to 15KW • Pulsed RF Power • 125KW/cavity • Klystrons available • Cryo capacity for Pulsed Linac: increase by 30% • CW Linac Coupler: setting optimization for future 3GeV and pulsed linac average currents

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