Progress in Absorber R&D 2: Windows

A. Dyshkant; C. Darve (NU); D. Errede; D. Hedin (NIU); D. Kubik; D. M. Kaplan; D. Summers (Mississippi); E. L. Black; K. W. Cassel (IIT); K. Yoshimura (KEK)

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Progress in Absorber R&D 2: Windows

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arxiv physics/0108028 v1 pith:BDFFYOON submitted 2001-08-17 physics.acc-ph hep-ph

D. M. Kaplan , E. L. Black , K. W. Cassel (IIT) , S. Geer , M. Popovic (FNAL) , S. Ishimoto , K. Yoshimura (KEK) , L. Bandura

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M. A. Cummings A. Dyshkant D. Kubik D. Hedin (NIU) C. Darve (NU) Y. Kuno (Osaka) D. Errede M. Haney (UIUC) S. Majewski M. Reep D. Summers (Mississippi)

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classification physics.acc-phhep-ph

keywords windowsabsorberabsorbersapproachbeambeencoolingdesign

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A program is underway 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.

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