INJECTION MATCHING STUDIES USING TURN BY TURN BEAM PROFILE MEASUREMENTS IN THE CERN PS
Michael Benedikt, C. Carli, C. Dutriat, Andreas Jansson, M. Giovannozzi, M. Martini, U. Raich
Abstract
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Michael Benedikt, C. Carli, C. Dutriat, Andreas Jansson, M. Giovannozzi, M. Martini, U. Raich
Abstract
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The very small emittance beam needed for the LHC requires that the emittance blow-up in its injector machines must be kept to a minimum. Mismatch upon the beam transfer from one machine to the next is a potential source of such blow-up. The CERN PS ring is equipped with 3 Secondary Emission Grids (SEM-Grids) which are used for emittance measurement at injection. One of these has been converted to a multi-turn mode, in which several tens of consecutive beam passages can be observed. This allows the study of mismatch between the PS-Booster and the PS. This paper describes the instrument and experimental results obtained during the last year.
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The very small emittance beam needed for the LHC requires that the emittance blow-up in its injector machines must be kept to a minimum. Mismatch upon the beam transfer from one machine to the next is a potential source of such blow-up. The CERN PS ring is equipped with 3 Secondary Emission Grids (SEM-Grids) which are used for emittance measurement at injection. One of these has been converted to a multi-turn mode, in which several tens of consecutive beam passages can be observed. This allows the study of mismatch between the PS-Booster and the PS. This paper describes the instrument and experimental results obtained during the last year.
Key concepts: Thermal emittance, Large Hadron Collider, Transfer line, Booster (rocketry), Physics, Beam (structure), Beam emittance, Optics