On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements

A procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in the flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage wavef...

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Detalles Bibliográficos
Autores principales: Klioukhine, V. I., Smith, Richard P, Curé, Benoît, Lesmond, Claude
Lenguaje:eng
Publicado: 2000
Materias:
Detectors and Experimental Techniques
Acceso en línea:http://cds.cern.ch/record/687294
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author Klioukhine, V. I.
Smith, Richard P
Curé, Benoît
Lesmond, Claude
author_facet Klioukhine, V. I.
Smith, Richard P
Curé, Benoît
Lesmond, Claude
author_sort Klioukhine, V. I.
collection CERN
description A procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in the flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage waveform over the time of the discharge, the total initial flux in the loop can be measured. The average value of the magnetic field in the yoke element normal to the plane of the flux loop is obtained by dividing the measured value of the flux by the known area enclosed by the loop and the number of turns in the loop.
id cern-687294
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2000
record_format invenio
spelling cern-6872942023-03-14T16:41:32Zhttp://cds.cern.ch/record/687294engKlioukhine, V. I.Smith, Richard PCuré, BenoîtLesmond, ClaudeOn a Possibility to Measure the Magnetic Field Inside the CMS Yoke ElementsDetectors and Experimental TechniquesA procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in the flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage waveform over the time of the discharge, the total initial flux in the loop can be measured. The average value of the magnetic field in the yoke element normal to the plane of the flux loop is obtained by dividing the measured value of the flux by the known area enclosed by the loop and the number of turns in the loop.A procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in the flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage waveform over the time of the discharge, the total initial flux in the loop can be measured. The average value of the magnetic field in the yoke element normal to the plane of the flux loop is obtained by dividing the measured value of the flux by the known area enclosed by the loop and the number of turns in the loop.A procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in the flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage waveform over the time of the discharge, the total initial flux in the loop can be measured. The average value of the magnetic field in the yoke element normal to the plane of the flux loop is obtained by dividing the measured value of the flux by the known area enclosed by the loop and the number of turns in the loop.A procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in the flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage waveform over the time of the discharge, the total initial flux in the loop can be measured. The average value of the magnetic field in the yoke element normal to the plane of the flux loop is obtained by dividing the measured value of the flux by the known area enclosed by the loop and the number of turns in the loop.A procedure to measure the magnetic field inside the CMS yoke elements is considered. Fast discharge of the CMS coil can be used to induce voltages in flux loops installed around selected elements of the CMS yoke. By sampling the voltage induced in any one loop, and integrating the voltage waveform over the time of the discharge, the total initial flux in the loop can be measured. The average value of the magnetic field in the yoke element normal to the plane of the flux loop is obtained by dividing the measured value of the flux by the known area enclosed by the loop and the number of turns in the loop.arXiv:2202.00321CERN-CMS-NOTE-2000-071CMS-NOTE-2000-071CMS NOTE 2000/071oai:cds.cern.ch:6872942000-12-01
spellingShingle Detectors and Experimental Techniques
Klioukhine, V. I.
Smith, Richard P
Curé, Benoît
Lesmond, Claude
On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements
title On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements
title_full On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements
title_fullStr On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements
title_full_unstemmed On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements
title_short On a Possibility to Measure the Magnetic Field Inside the CMS Yoke Elements
title_sort on a possibility to measure the magnetic field inside the cms yoke elements
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/687294
work_keys_str_mv AT klioukhinevi onapossibilitytomeasurethemagneticfieldinsidethecmsyokeelements
AT smithrichardp onapossibilitytomeasurethemagneticfieldinsidethecmsyokeelements
AT curebenoit onapossibilitytomeasurethemagneticfieldinsidethecmsyokeelements
AT lesmondclaude onapossibilitytomeasurethemagneticfieldinsidethecmsyokeelements

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