Optical CT, using a solid polyurethane (PRESAGE (TM)) radiochromic dosimeter, has been used to evaluate dose distributions produced by the microSelectron-HDR Ir-192 source. The anisotropy functions obtained through optical CT are in good agreement with Monte Carlo and previously published results especially at polar angle above 20 degrees. The results indicated an evident potential for using solid polymer dosimetry as an accurate method for 3-D dosimetry, although refinements to the existing methods are necessary before the technique can be used clinically. (C) 2008 Elsevier Ltd. All rights reserved.</p
With continuous new improvements in brachytherapy source designs and techniques, method of 3D dosime...
Radiotherapy has evolved towards a more accurate technique of delivering a prescribed dose to the ta...
The aim of this work was to investigate the applicability of MR-based polymer gel dosimetry to measu...
Optical CT, using a solid polyurethane (PRESAGE™) radiochromic dosimeter, has been used to evaluate ...
Method and Materials: An Ir‐192 line source was simulated using Plato treatment planning software to...
We describe a method to directly measure the radial dose and anisotropy functions of brachytherapy s...
In the UK, prostate cancer is the second most commonly occurring cancer in men. The number of prosta...
A novel 3-D dosimeter system comprising a leuco-dye doped plastic 3-D dosimeter (PRESAGE(TM) ) and a...
The dose distribution produced by the high-dose-rate (HDR) 192Ir source is inherently anisotropic du...
Brachytherapy is the clinical use of small encapsulated radioactive sources at a short distance from...
To investigate the feasibility of solid polymer dosimetry as an accurate 3-D dose verification appli...
To investigate the feasibility of solid polymer dosimetry as an accurate 3-D dose verification appli...
3D measurement of optical attenuation is of interest in a variety of fields of biomedical importance...
With continuous new improvements in brachytherapy source designs and techniques, method of 3D dosime...
Radiotherapy has evolved towards a more accurate technique of delivering a prescribed dose to the ta...
The aim of this work was to investigate the applicability of MR-based polymer gel dosimetry to measu...
Optical CT, using a solid polyurethane (PRESAGE™) radiochromic dosimeter, has been used to evaluate ...
Method and Materials: An Ir‐192 line source was simulated using Plato treatment planning software to...
We describe a method to directly measure the radial dose and anisotropy functions of brachytherapy s...
In the UK, prostate cancer is the second most commonly occurring cancer in men. The number of prosta...
A novel 3-D dosimeter system comprising a leuco-dye doped plastic 3-D dosimeter (PRESAGE(TM) ) and a...
The dose distribution produced by the high-dose-rate (HDR) 192Ir source is inherently anisotropic du...
Brachytherapy is the clinical use of small encapsulated radioactive sources at a short distance from...
To investigate the feasibility of solid polymer dosimetry as an accurate 3-D dose verification appli...
To investigate the feasibility of solid polymer dosimetry as an accurate 3-D dose verification appli...
3D measurement of optical attenuation is of interest in a variety of fields of biomedical importance...
With continuous new improvements in brachytherapy source designs and techniques, method of 3D dosime...
Radiotherapy has evolved towards a more accurate technique of delivering a prescribed dose to the ta...
The aim of this work was to investigate the applicability of MR-based polymer gel dosimetry to measu...