X-ray and Optical CT analysis on normoxic PAGAT gel dosimeter - D., Senthilkumar;E., James Jebaseelan Samuel
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Gel dosimetry is a 3D integrating dosimeter that offers high spatial resolution, precision and accuracy. Polymer gel dosimetry is founded on the basis that monomers dissolve in the gel matrix polymerize due to the presence of free radicals produced by the radiolysis of water molecules. The amount of polymerization that occurs within a polymer gel dosimeter can be correlated to the absorbed dose. The gel matrix maintains the spatial integrity of the polymers and hence a dose distribution can be determined by imaging the irradiated polymer gel dosimeter using an imaging modality such as MRI,…mehr

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Produktbeschreibung
Gel dosimetry is a 3D integrating dosimeter that offers high spatial resolution, precision and accuracy. Polymer gel dosimetry is founded on the basis that monomers dissolve in the gel matrix polymerize due to the presence of free radicals produced by the radiolysis of water molecules. The amount of polymerization that occurs within a polymer gel dosimeter can be correlated to the absorbed dose. The gel matrix maintains the spatial integrity of the polymers and hence a dose distribution can be determined by imaging the irradiated polymer gel dosimeter using an imaging modality such as MRI, X-ray Computed Tomography (CT), Optical Computed Tomography (OCT), Ultrasound and vibrational spectroscopy.
Autorenporträt
Dr. D.Senthil Kumar has obtained his Ph.D in Physics from VIT University on 2014. He is a manuscript reviewer for few Elsevier journals. He holds a patent, two books and several research articles to his credit. He was a Fulbright visiting scholar to UMN, USA. Presently, he is an Assistant Professor of Physics at VelTech University, Chennai, India.