MRI and laser-scanned optical-CT are widely reported as being three-dimensional readout methods for gel dosimetry. This preliminary study of proton irradiation of a PRESAGETM transparent solid plastic dosimeter is presented as a case study to illustrate the potential of a true-3D approach.</p
Optical CT scanners for a 3D readout of externally irradiated radiosensitive hydrogels currently req...
Spectrophotometry has been the conventional technique for measuring optical density of irradiated ge...
Three-dimensional (3D) gel dosimetry has a unique role to play in safeguarding conformal radiotherap...
MRI and laser-scanned optical-CT are widely reported as being three-dimensional readout methods for ...
MRI and laser-scanned optical-CT are widely reported as being three-dimensional readout methods for ...
A novel 3-D dosimeter system comprising a leuco-dye doped plastic 3-D dosimeter (PRESAGE(TM) ) and a...
The aim of this study was to compare the conventional combination of three-dimensional dosimeter (nP...
Dosimetry of proton beams using 3D imaging of chemical dosimeters is complicated by a variation with...
International audienceSeveral investigations have been carried out by researchers over past two deca...
Gel dosimetry and plastic chemical dosimeters such as PresageTM are capable of very accurately mappi...
Radiotherapy has evolved towards a more accurate technique of delivering a prescribed dose to the ta...
Purpose 3D dosimetry of small sized proton beams represents a challenge due to the high dose gradi...
Polymer gel dosimeters are fabricated from radiation sensitive chemicals which, upon irradiation, po...
The state-of-the-art radiotherapy delivery treatments available today require that the intended dose...
Purpose: To facilitate high precision MR-guided radiotherapy (MRgRT) with complex, modulated plans, ...
Optical CT scanners for a 3D readout of externally irradiated radiosensitive hydrogels currently req...
Spectrophotometry has been the conventional technique for measuring optical density of irradiated ge...
Three-dimensional (3D) gel dosimetry has a unique role to play in safeguarding conformal radiotherap...
MRI and laser-scanned optical-CT are widely reported as being three-dimensional readout methods for ...
MRI and laser-scanned optical-CT are widely reported as being three-dimensional readout methods for ...
A novel 3-D dosimeter system comprising a leuco-dye doped plastic 3-D dosimeter (PRESAGE(TM) ) and a...
The aim of this study was to compare the conventional combination of three-dimensional dosimeter (nP...
Dosimetry of proton beams using 3D imaging of chemical dosimeters is complicated by a variation with...
International audienceSeveral investigations have been carried out by researchers over past two deca...
Gel dosimetry and plastic chemical dosimeters such as PresageTM are capable of very accurately mappi...
Radiotherapy has evolved towards a more accurate technique of delivering a prescribed dose to the ta...
Purpose 3D dosimetry of small sized proton beams represents a challenge due to the high dose gradi...
Polymer gel dosimeters are fabricated from radiation sensitive chemicals which, upon irradiation, po...
The state-of-the-art radiotherapy delivery treatments available today require that the intended dose...
Purpose: To facilitate high precision MR-guided radiotherapy (MRgRT) with complex, modulated plans, ...
Optical CT scanners for a 3D readout of externally irradiated radiosensitive hydrogels currently req...
Spectrophotometry has been the conventional technique for measuring optical density of irradiated ge...
Three-dimensional (3D) gel dosimetry has a unique role to play in safeguarding conformal radiotherap...