Abstract :
We present a lattice design based on the theoretical- minimum-emittance (TME) cell for the international linear collider (ILC) 6.6-km 5-GeV damping ring. Several areas are discussed: momentum compaction, lattice layout, injection and extraction, circumference adjusters, phase adjuster, and dynamic aperture calculation with multipole errors.
Keywords :
accelerator RF systems; accelerator cavities; electron ring accelerators; linear colliders; particle beam extraction; particle beam injection; ILC damping rings; International Linear Collider; TME cell; circumference adjusters; damping ring lattice design; dynamic aperture calculation; electron ring; electron volt energy 5 GeV; extraction; injection; lattice layout; momentum compaction; multipole errors; rf cavities; theoretical-minimum-emittance cell; Apertures; Compaction; Damping; Design methodology; Lattices; Optical beams; Radio frequency; Stripline; Undulators; Voltage;
