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Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry

Mechanical structures capable of delivering a therapy beam for cancer treatment from any direction to the patient are called medical gantries. Typically, a gantry rotates around the patient who is kept in the supine position (rotating gantries). In Europe several currently proposed clinic facilities...

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Autor principal: Reimoser, S
Lenguaje:eng
Publicado: CERN 2000
Materias:
Acceso en línea:http://cds.cern.ch/record/440482
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author Reimoser, S
author_facet Reimoser, S
author_sort Reimoser, S
collection CERN
description Mechanical structures capable of delivering a therapy beam for cancer treatment from any direction to the patient are called medical gantries. Typically, a gantry rotates around the patient who is kept in the supine position (rotating gantries). In Europe several currently proposed clinic facilities for ion therapy want to install an ion gantry equipped with a pencil-beam scanning system. Such a treatment apparatus allows the optimisation of the dose-to-target conformity, but the active pencil-beam scanning increases the demands considerably on the beam transport accuracy. Usually, a sub-millimetre precision of the beam position at the patient (i.e. in the gantry isocentre) is required in order to treat tumours in the vicinity of critical organs, which is one of the main domains of ion therapy...
id cern-440482
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2000
publisher CERN
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spelling cern-4404822019-09-30T06:29:59Zhttp://cds.cern.ch/record/440482engReimoser, SDevelopment and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" GantryEngineeringMechanical structures capable of delivering a therapy beam for cancer treatment from any direction to the patient are called medical gantries. Typically, a gantry rotates around the patient who is kept in the supine position (rotating gantries). In Europe several currently proposed clinic facilities for ion therapy want to install an ion gantry equipped with a pencil-beam scanning system. Such a treatment apparatus allows the optimisation of the dose-to-target conformity, but the active pencil-beam scanning increases the demands considerably on the beam transport accuracy. Usually, a sub-millimetre precision of the beam position at the patient (i.e. in the gantry isocentre) is required in order to treat tumours in the vicinity of critical organs, which is one of the main domains of ion therapy...CERNCERN-THESIS-2000-015oai:cds.cern.ch:4404822000
spellingShingle Engineering
Reimoser, S
Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry
title Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry
title_full Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry
title_fullStr Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry
title_full_unstemmed Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry
title_short Development and Engineering Design of a Novel Exocentric Carbon-Ion Gantry for Cancer Therapy: The "Riesenrad" Gantry
title_sort development and engineering design of a novel exocentric carbon-ion gantry for cancer therapy: the "riesenrad" gantry
topic Engineering
url http://cds.cern.ch/record/440482
work_keys_str_mv AT reimosers developmentandengineeringdesignofanovelexocentriccarboniongantryforcancertherapytheriesenradgantry