Vibration Model Validation for Linear Collider Detector Platforms

Bertsche, Kirk; Amann, J W; Markiewicz, T W; Oriunno, M; Weidemann, A; White, G

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DOE OSTI · 1043869

Vibration Model Validation for Linear Collider Detector Platforms

Bertsche, Kirk·Amann, J W·Markiewicz, T W·Oriunno, M·Weidemann, A·White, G

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Abstract

The ILC and CLIC reference designs incorporate reinforced-concrete platforms underneath the detectors so that the two detectors can each be moved onto and off of the beamline in a Push-Pull configuration. These platforms could potentially amplify ground vibrations, which would reduce luminosity. In this paper we compare vibration models to experimental data on reinforced concrete structures, estimate the impact on luminosity, and summarize implications for the design of a reinforced concrete platform for the ILC or CLIC detectors.

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43 PARTICLE ACCELERATORS ACCELERATORS Accelerators,ACCPHY, ENG COMPARATIVE EVALUATIONS CONFIGURATION DESIGN LINEAR COLLIDERS LUMINOSITY REINFORCED CONCRETE VALIDATION

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BibTeX RIS

Bertsche, Kirk, Amann, J W, Markiewicz, T W, Oriunno, M, Weidemann, A, White, G. 2012-05-16. Vibration Model Validation for Linear Collider Detector Platforms. https://www.osti.gov/biblio/1043869

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