TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement

This thesis documents the development of the control system for the TwinEBIS test bench It is a system that facilities experimentation on the creation of carbon ions for cancer treatment. The thesis comprises of the assessment of requirements, the selection of hardware, the creation of firmware and...

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Detalles Bibliográficos
Autores principales: Steen, Joergen, Osinski, Dominik, Andreassen, Odd Øyvind
Lenguaje:eng
Publicado: 2020
Materias:
Engineering
Acceso en línea:http://cds.cern.ch/record/2711707
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author Steen, Joergen
Osinski, Dominik
Andreassen, Odd Øyvind
author_facet Steen, Joergen
Osinski, Dominik
Andreassen, Odd Øyvind
author_sort Steen, Joergen
collection CERN
description This thesis documents the development of the control system for the TwinEBIS test bench It is a system that facilities experimentation on the creation of carbon ions for cancer treatment. The thesis comprises of the assessment of requirements, the selection of hardware, the creation of firmware and control software. The requirement documentation was used to select the hardware and develop the software for the control system. The end result is a control system that enables the experiment and is flexible enough to adapt to the changes of the test bench. The flexibility makes it possible to use the system for more experiments than it was originally intended for.
id cern-2711707
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2020
record_format invenio
spelling cern-27117072020-03-16T16:20:31Zhttp://cds.cern.ch/record/2711707engSteen, JoergenOsinski, DominikAndreassen, Odd ØyvindTwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and MeasurementEngineeringThis thesis documents the development of the control system for the TwinEBIS test bench It is a system that facilities experimentation on the creation of carbon ions for cancer treatment. The thesis comprises of the assessment of requirements, the selection of hardware, the creation of firmware and control software. The requirement documentation was used to select the hardware and develop the software for the control system. The end result is a control system that enables the experiment and is flexible enough to adapt to the changes of the test bench. The flexibility makes it possible to use the system for more experiments than it was originally intended for.CERN-THESIS-2019-306oai:cds.cern.ch:27117072020-02-29T12:02:50Z
spellingShingle Engineering
Steen, Joergen
Osinski, Dominik
Andreassen, Odd Øyvind
TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement
title TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement
title_full TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement
title_fullStr TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement
title_full_unstemmed TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement
title_short TwinEBIS Control - Development of a LabVIEW Based Control System for Particle Ionisation and Measurement
title_sort twinebis control - development of a labview based control system for particle ionisation and measurement
topic Engineering
url http://cds.cern.ch/record/2711707
work_keys_str_mv AT steenjoergen twinebiscontroldevelopmentofalabviewbasedcontrolsystemforparticleionisationandmeasurement
AT osinskidominik twinebiscontroldevelopmentofalabviewbasedcontrolsystemforparticleionisationandmeasurement
AT andreassenoddøyvind twinebiscontroldevelopmentofalabviewbasedcontrolsystemforparticleionisationandmeasurement

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