PRESAGE® has previously shown potential for 3D dosimetry of heavy particles. A new formulation has specifically developed for dosimetry of protons/heavy ions. This work provides a preliminary characterization the new formulation of PRESAGE® by measuring optical absorbance and dose response after irradiating by a 62 MeV proton beam for a dose range of 0.5 - 20 Gy. Results show linear dose response and the evolution over time of the optical density of the 3D dosimeter.4 page(s
The radiological properties of the PRESAGE and PAGAT polymer dosimeters have been investigated and t...
With continuous new improvements in brachytherapy source designs and techniques, method of 3D dosime...
We have measured the depth-dose distributions for beams of "1"2C (270 and 330MeV/u), "...
Radiotherapy techniques have advanced and radiation dose plans have become much more complex over th...
PRESAGE™ dosimeter dosimeter has been proved useful for 3D dosimetry in conventional photon therapy ...
Purpose: To evaluate the water and tissue equivalence of a new PRESAGE® 3D dosimeter for proton ther...
A novel 3-D dosimeter system comprising a leuco-dye doped plastic 3-D dosimeter (PRESAGE(TM) ) and a...
PRESAGE™ is a solid dosimeter based on a clear polyurethane matrix doped with radiochromic component...
Abstract. Chemical dosimeters, including PRESAGE ® as used in optical CT, exhibit significant quench...
The purpose of this investigation was to provide a high resolution 2D scanning feasibility study for...
Dosimetry of proton beams using 3D imaging of chemical dosimeters is complicated by a variation with...
Purpose: PRESAGE® is a dosimeter made of polyurethane, which is suitable for 3D dosimetry in modern ...
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 ...
This brief work-in-progress outlines two methods that we have attempted for determining the dose at ...
The radiological properties of the PRESAGE and PAGAT polymer dosimeters have been investigated and t...
With continuous new improvements in brachytherapy source designs and techniques, method of 3D dosime...
We have measured the depth-dose distributions for beams of "1"2C (270 and 330MeV/u), "...
Radiotherapy techniques have advanced and radiation dose plans have become much more complex over th...
PRESAGE™ dosimeter dosimeter has been proved useful for 3D dosimetry in conventional photon therapy ...
Purpose: To evaluate the water and tissue equivalence of a new PRESAGE® 3D dosimeter for proton ther...
A novel 3-D dosimeter system comprising a leuco-dye doped plastic 3-D dosimeter (PRESAGE(TM) ) and a...
PRESAGE™ is a solid dosimeter based on a clear polyurethane matrix doped with radiochromic component...
Abstract. Chemical dosimeters, including PRESAGE ® as used in optical CT, exhibit significant quench...
The purpose of this investigation was to provide a high resolution 2D scanning feasibility study for...
Dosimetry of proton beams using 3D imaging of chemical dosimeters is complicated by a variation with...
Purpose: PRESAGE® is a dosimeter made of polyurethane, which is suitable for 3D dosimetry in modern ...
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 ...
This brief work-in-progress outlines two methods that we have attempted for determining the dose at ...
The radiological properties of the PRESAGE and PAGAT polymer dosimeters have been investigated and t...
With continuous new improvements in brachytherapy source designs and techniques, method of 3D dosime...
We have measured the depth-dose distributions for beams of "1"2C (270 and 330MeV/u), "...