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The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP

The LEP BOM 1000 Turn facility enables the User to acquire the position of the beam at each beam position monitor over a number of consecutive turns. By kicking the beam and acquiring the first 1000 t urns after the kick, the dynamic behavior of the beam in such a condition can be studied. In partic...

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Autor principal: Morpurgo, G
Lenguaje:eng
Publicado: 1998
Materias:
Acceso en línea:http://cds.cern.ch/record/359911
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author Morpurgo, G
author_facet Morpurgo, G
author_sort Morpurgo, G
collection CERN
description The LEP BOM 1000 Turn facility enables the User to acquire the position of the beam at each beam position monitor over a number of consecutive turns. By kicking the beam and acquiring the first 1000 t urns after the kick, the dynamic behavior of the beam in such a condition can be studied. In particular, by selecting a position monitor and plotting the position of the beam at a given turn against t he position shifted by one (or n) turn(s), the evolution of the beam in the phase-space can be observed. Fixed points in the phase-space can be put in evidence, as well as the beam behavior in their n eighbourhood. Quantities like the beam damping, or the beam detuning as function of the position amplitude can also be studied in this way. Significant examples from real life will be shown.
id cern-359911
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1998
record_format invenio
spelling cern-3599112023-05-05T13:07:24Zhttp://cds.cern.ch/record/359911engMorpurgo, GThe BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEPAccelerators and Storage RingsThe LEP BOM 1000 Turn facility enables the User to acquire the position of the beam at each beam position monitor over a number of consecutive turns. By kicking the beam and acquiring the first 1000 t urns after the kick, the dynamic behavior of the beam in such a condition can be studied. In particular, by selecting a position monitor and plotting the position of the beam at a given turn against t he position shifted by one (or n) turn(s), the evolution of the beam in the phase-space can be observed. Fixed points in the phase-space can be put in evidence, as well as the beam behavior in their n eighbourhood. Quantities like the beam damping, or the beam detuning as function of the position amplitude can also be studied in this way. Significant examples from real life will be shown.CERN-SL-98-045-BIoai:cds.cern.ch:3599111998
spellingShingle Accelerators and Storage Rings
Morpurgo, G
The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP
title The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP
title_full The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP
title_fullStr The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP
title_full_unstemmed The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP
title_short The BOM 1000 Turn Display: a Tool to Visualize the Transverse Phase-Space Topology at LEP
title_sort bom 1000 turn display: a tool to visualize the transverse phase-space topology at lep
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/359911
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AT morpurgog bom1000turndisplayatooltovisualizethetransversephasespacetopologyatlep