Author :
Kaplan, D.M. ; Black, E.L. ; Cassel, K.W. ; Geer, S. ; Popovic, M. ; Ishimoto, S. ; Yoshimura, K. ; Bandura, L. ; Cummings, M.A. ; Dyshkant, A. ; Kubik, D. ; Hedin, D. ; Darve, C. ; Kuno, Y. ; Errede, D. ; Haney, M. ; Majewski, S. ; Reep, M. ; Summers, D.
Author_Institution :
Illinois Inst. of Technol., Chicago, IL, USA
Abstract :
A program is under way to develop liquid-hydrogen energy absorbers for ionization cooling of muon-beam transverse emittance. Minimization of multiple-scattering-induced beam heating requires thin windows. The first window prototype has been destructively tested, validating the finite-element-analysis model and the design approach
Keywords :
accelerator RF systems; beam handling equipment; cooling; finite element analysis; high energy physics instrumentation computing; hydrogen; muons; particle beam dynamics; particle beam extraction; particle beams; FEM; H2; absorber windows; destructive testing; finite-element-analysis model; high-energy stored muon beams; ionization cooling; liquid-hydrogen energy absorbers; multiple-scattering-induced beam heating; muon-beam transverse emittance; thin windows; Cooling; Hydrogen; Ionization; Mesons; Neutrino sources; Production facilities; Prototypes; Radio frequency; Research and development; Testing;
