Mitigation of ground motion effects via feedback systems in CLIC - Pfingstner, Jürgen
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The Compact Linear Collider (CLIC) is a future multi-TeV electron positron collider, which is currently designed at CERN. To achieve its ambitious goals, CLIC has to produce particle beams of highest quality, which makes the accelerator very sensitive to ground motion. Four mitigation methods have been foreseen by the CLIC design group to cope with the feasibility issue of ground motion. This book is concerned with the design of one of these mitigation methods, named linac feedback, but also with the simultaneous simulation and validation of all mitigation methods. Additionally, a novel…mehr

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Produktbeschreibung
The Compact Linear Collider (CLIC) is a future multi-TeV electron positron collider, which is currently designed at CERN. To achieve its ambitious goals, CLIC has to produce particle beams of highest quality, which makes the accelerator very sensitive to ground motion. Four mitigation methods have been foreseen by the CLIC design group to cope with the feasibility issue of ground motion. This book is concerned with the design of one of these mitigation methods, named linac feedback, but also with the simultaneous simulation and validation of all mitigation methods. Additionally, a novel technique to improve the quality of the indispensable system knowledge is presented.
Autorenporträt
Jürgen Pfingstner was born on the 2. August 1982 in Perchau (Austria). He studied electrical engineering at Graz University of Technology with specialisation on control engineering. Jürgen did his PhD at CERN (Switzerland) and Vienna University of Technology. Currently he is working at CERN, where he deals with various topics of accelerator physic.