0000000000596109

AUTHOR

Jorge Vilar-palop

showing 2 related works from this author

Influence of the simultaneous calibration of multiple ring dosimeters on the individual absorbed dose

2021

Abstract Ring dosimeters for personal dosimetry are calibrated in accredited laboratories following ISO 4037-3 guidelines. The simultaneous irradiation of multiple dosimeters would save time, but has to be carefully studied, since the scattering conditions could change and influence the absorbed dose in nearby dosimeters. Monte Carlo simulations using PENELOPE-2014 were performed to explore the need to increase the uncertainty of H p 0 .07 in the simultaneous irradiation of three and five DXT-RAD 707H-2 (Thermo Scientific) ring dosimeters with beam qualities: N-30, N-80 and N-300. Results show that the absorbed dose in each dosimeter is compatible with each of the others and with the refere…

Materials scienceDosimeterRadiation Dosimetersbusiness.industryMonte Carlo methodPublic Health Environmental and Occupational HealthCoverage probabilityGeneral Medicine030218 nuclear medicine & medical imaging03 medical and health sciences0302 clinical medicineOptics030220 oncology & carcinogenesisAbsorbed doseCalibrationCalibrationDosimetryComputer SimulationIrradiationRadiometryCalibration ISO 4037 Monte Carlo Personal dosimetry Ring dosimetersbusinessMonte Carlo MethodWaste Management and DisposalBeam (structure)Journal of Radiological Protection
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Calibration of a thermoluminescent dosimeter worn over lead aprons in fluoroscopy guided procedures

2018

Fluoroscopy guided interventional procedures provide remarkable benefits to patients. However, medical staff working near the scattered radiation field may be exposed to high cumulative equivalent doses, thus requiring shielding devices such as lead aprons and thyroid collars. In this situation, it remains an acceptable practice to derive equivalent doses to the eye lenses or other unprotected soft tissues with a dosimeter placed above these protective devices. Nevertheless, the radiation backscattered by the lead shield differs from that generated during dosimeter calibration with a water phantom. In this study, a passive personal thermoluminescent dosimeter (TLD) was modelled by means of …

Materials scienceeye lens doseTLDImaging phantom030218 nuclear medicine & medical imaging03 medical and health sciences0302 clinical medicineOpticsProtective Clothingfashionbackscatter correction factorCalibrationmedicineDosimetryFluoroscopylead apronWaste Management and DisposalDosimetermedicine.diagnostic_testRadiation Dosimetersbusiness.industryEquivalent dosePublic Health Environmental and Occupational HealthEquipment DesignGeneral MedicinefluoroscopyLeadFluoroscopy030220 oncology & carcinogenesisfashion.garmentCalibrationLead apronThermoluminescent DosimetryThermoluminescent dosimeterbusinessJournal of Radiological Protection
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