About: Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T

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About: Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T Goto Sponge NotDistinct Permalink

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scientific article published on 01 January 2019

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rdf:type	Item
description	wetenschappelijk artikel (nl) научна статия (bg) наукова стаття, опублікована в листопаді 2018 (uk) artículo científico publicado en 2019 (es) article scientifique (publié 2019) (fr) artigo científico (publicado na 2019) (pt) im November 2018 veröffentlichter wissenschaftlicher Artikel (de) articolo scientifico (pubblicato il 2019) (it) artikull shkencor i botuar më 01 janar 2019 (sq) scientific article published on 01 January 2019 (en) 2019 թվականին հրատարակված գիտական հոդված (hy) artículu científicu espublizáu en xineru de 2019 (ast)
publication date	wds:Q58584490-FF628872-B6AE-4DB6-8523-C1721E769E43
publication date	2019-01-01 00:00:00Z (xsd:dateTime)
language of work or name	wds:Q58584490-DA977817-B3F4-48CB-A870-C78164691E64
language of work or name	English
cites work	wds:Q58584490-05C580CF-D838-4AAB-BCE4-7CE41365B9F6 wds:Q58584490-21CBB224-D0EB-42D5-9ED3-5E776929BBEF wds:Q58584490-302B9829-049B-4256-B0C7-FC895B99079B wds:Q58584490-32BA45E3-3AAF-4094-B89C-7A9F1919EC69 wds:Q58584490-39E79A51-A598-4CCA-8F29-21FF174C7A39 wds:Q58584490-49B27986-8F6C-4D0B-B31F-327081FF7F0F wds:Q58584490-50E7CECC-7052-4991-AA5B-BD97E5BCADB6 wds:Q58584490-53490DAD-26C1-42F9-BFD1-67B8EF13AF19 wds:Q58584490-5F1FB9F4-4094-47B7-A133-DBCCB8CB5212 wds:Q58584490-682463F6-DF1B-4324-9265-E477D34328E5 wds:Q58584490-798D3B83-26FE-4E2B-883D-B394588AC953 wds:Q58584490-7BFE915B-49D8-4114-8A11-71F0222C621D wds:Q58584490-7E34EE7D-114B-429B-BF71-7CED72D0FB35 wds:Q58584490-9616C7D2-A0F3-4685-ADD4-C68280A652EE wds:Q58584490-9ED9B077-361F-4200-93A9-272A7CCFBF91 wds:Q58584490-A5BDE926-FBED-4297-9927-DC606DB02EFA wds:Q58584490-A5BE36B2-D896-481B-8486-426FA0B257B2 wds:Q58584490-AB7A72D6-9133-4ED6-BA30-1EA1C39EA574 wds:Q58584490-ADC91238-98E8-4082-AD20-6D77D24902AB wds:Q58584490-B728E8B0-3C25-406A-905C-38AFA28844F2 wds:Q58584490-D42F6A54-6770-4733-87CE-5DE09978D899 wds:Q58584490-D66C05D7-0B16-40D6-A73C-3070C4FE9454 wds:Q58584490-D9555C02-5DC6-4582-8C2B-05093BD494D8 wds:Q58584490-DD1C66F0-1847-4BD5-BC03-64B423EE5D85 wds:Q58584490-DD7793C7-68E4-4CB3-95CB-74C0FA040229 wds:Q58584490-E1C71E76-004C-4B53-B082-ADAF78A2CDC5 wds:Q58584490-E381FB2F-7818-4911-8EA8-D3887190891E wds:Q58584490-E95131C9-5E61-4EF1-B20A-E14566592FE6 wds:Q58584490-EC73C1A1-FCDE-4524-915A-15B2C9898E67
cites work	Integrating a MRI scanner with a 6 MV radiotherapy accelerator: dose increase at tissue-air interfaces in a lateral magnetic field due to returning electrons Integrating a MRI scanner with a 6 MV radiotherapy accelerator: dose deposition in a transverse magnetic field. Monte Carlo calculation of nine megavoltage photon beam spectra using the BEAM code. The ViewRay system: magnetic resonance-guided and controlled radiotherapy. Electron contamination modeling and skin dose in 6 MV longitudinal field MRIgRT: Impact of the MRI and MRI fringe field. Integrating a MRI scanner with a 6 MV radiotherapy accelerator: impact of the surface orientation on the entrance and exit dose due to the transverse magnetic field Experimental verification of magnetic field dose effects for the MRI-accelerator. Magnetic-field-induced dose effects in MR-guided radiotherapy systems: dependence on the magnetic field strength Patient dosimetry for hybrid MRI-radiotherapy systems. Quality of Intensity Modulated Radiation Therapy Treatment Plans Using a ⁶⁰Co Magnetic Resonance Image Guidance Radiation Therapy System. A technique for the quantitative evaluation of dose distributions A treatment planning comparison between modulated tri-cobalt-60 teletherapy and linear accelerator-based stereotactic body radiotherapy for central early-stage non-small cell lung cancer Quality of tri-Co-60 MR-IGRT treatment plans in comparison with VMAT treatment plans for spine SABR. Feasibility of magnetic resonance imaging-guided liver stereotactic body radiation therapy: A comparison between modulated tri-cobalt-60 teletherapy and linear accelerator-based intensity modulated radiation therapy. Technical Note: Dose effects of 1.5 T transverse magnetic field on tissue interfaces in MRI-guided radiotherapy Online Magnetic Resonance Image Guided Adaptive Radiation Therapy: First Clinical Applications. Simulated Online Adaptive Magnetic Resonance-Guided Stereotactic Body Radiation Therapy for the Treatment of Oligometastatic Disease of the Abdomen and Central Thorax: Characterization of Potential Advantages. Dosimetric feasibility of the hybrid Magnetic Resonance Imaging (MRI)-linac System (MRL) for brain metastases: The impact of the magnetic field. Air-electron stream interactions during magnetic resonance IGRT : Skin irradiation outside the treatment field during accelerated partial breast irradiation. A 1.5 T transverse magnetic field in radiotherapy of rectal cancer: Impact on the dose distribution. The effect of strong longitudinal magnetic fields on dose deposition from electron and photon beams Introduction: Systems for magnetic resonance image guided radiation therapy Influence of standard RF coil materials on surface and buildup dose from a 6 MV photon beam in magnetic field Technical Note: Magnetic field effects on Gafchromic-film response in MR-IGRT. Magnetic fields are causing small, but significant changes of the radiochromic EBT3 film response to 6 MV photons. Evaluation of a commercial MRI Linac based Monte Carlo dose calculation algorithm with GEANT4. Monte Carlo study of ionization chamber magnetic field correction factors as a function of angle and beam quality. Monte Carlo study of the chamber-phantom air gap effect in a magnetic field. Evaluation of the uncertainty in an EBT3 film dosimetry system utilizing net optical density
author name string	wds:Q58584490-0DF701E9-16FF-472C-89EA-AC1F1C9E60E4 wds:Q58584490-1298DA51-06B4-45E8-B889-EABD84EC13E9 wds:Q58584490-199C8017-94BB-4ADD-862F-6182CD1F13B4 wds:Q58584490-4DB506F1-D245-4D6D-8C40-97625DE26F58 wds:Q58584490-65E7FBC4-20CA-43D4-B603-CE6A9247454B wds:Q58584490-6D891600-BFE3-4FD1-A981-3DEB2D393D62 wds:Q58584490-718CA42D-22EC-4044-9696-BD249E62D092 wds:Q58584490-815A30BB-C89F-4DAE-8A61-E7AFF8E426A3 wds:Q58584490-BD0A5D53-D1B6-4C57-8507-35D3590E7695
author name string	Yuki Miura Kotaro Iijima Yuichiro Morishita Yuko Nakayama Shie Nishioka Hiroki Nakayama Yoshihisa Abe Mihiro Takemori Tatsuya Sakasai
rdfs:label	Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (en) Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (nl) Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (sq)
skos:prefLabel	Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (en) Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (nl) Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (sq)
name	Monte Carlo modeling of a 60Co MRI-guided radiotherapy system on Geant4 and experimental verification of dose calculation under a magnetic field of 0.35 T (en)

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