PAC09 - List of Authors (Hanson, G.G.)

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Hanson, G.G.

Paper	Title	Page
FR5PFP035	6D Cooling Simulations for the Muon Collider	4381
	P. Snopok, G.G. Hanson UCR, Riverside, California
	Funding: Work supported by the United States Department of Energy under Grant No. DE-FG02-07ER41487. The RFOFO ring is considered to be one of the most promising six-dimensional cooling channels proposed for the future Muon Collider. It has a number of advantages over other cooling channels, but also certain drawbacks. The injection and extraction, the absorber overheating, and the bunch train length are among the main issues. A number of simulations of a possible solution to these problems, the RFOFO helix, commonly referred to as the Guggenheim channel, were carried out and their results are summarized. The issue of the RF breakdown in the magnetic field is addressed, and the preliminary results of the simulation of the lattice with magnetic coils in the irises of the RF cavities are presented.

Paper

Title

Page

FR5PFP035

6D Cooling Simulations for the Muon Collider

4381

P. Snopok, G.G. Hanson
UCR, Riverside, California

Funding: Work supported by the United States Department of Energy under Grant No. DE-FG02-07ER41487.

The RFOFO ring is considered to be one of the most promising six-dimensional cooling channels proposed for the future Muon Collider. It has a number of advantages over other cooling channels, but also certain drawbacks. The injection and extraction, the absorber overheating, and the bunch train length are among the main issues. A number of simulations of a possible solution to these problems, the RFOFO helix, commonly referred to as the Guggenheim channel, were carried out and their results are summarized. The issue of the RF breakdown in the magnetic field is addressed, and the preliminary results of the simulation of the lattice with magnetic coils in the irises of the RF cavities are presented.