EURADOS Schools
In order to respond to the need for training in the field of radiation dosimetry, a EURADOS Winter School was included in our Annual Meeting for the first time in 2007. Typically, EURADOS (Winter) Schools are one-day events where invited speakers cover various aspects of a certain topic. Topics are selected based on suggestions from Voting Members or the Council. Winter Schools were held on several topics (see below).
In addition, you can find some of the recordings of the EURADOS Schools on our YouTube channel.
Topics
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17th EURADOS School
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16th EURADOS School presentations
- Liz Ainsbury - Welcome on behalf of the Scientific Committee
- Eduardo Gallego - Introduction - historical aspects, and the need for radiation emergency preparedness
- Isabel Bravo - Biological effects in nuclear and radiological accidents
- Wolfgang Raskob - When do we need a sound risk assessment based on monitoring and modelling in a nuclear emergency to assure proper decision making and a balanced long-term health care for the population?
- Matt Simpson - Preparing for people monitoring and using the data to inform the wider monitoring programme
- Maria Antonia Lopez - EURADOS developments on emergency internal dosimetry
- Liz Ainsbury - Biological and physical retrospective dosimetry
- Arturo Vargas - Environmental monitoring and the use of unmanned aerial systems for radiological surveillance
- Christelle Huet - Contribution of computational dosimetry to the management of radiological accidents
- Olena Parenyuk - Current status of nuclear facilities in Ukraine and the associated radiological risks in wartime
- Luiz Bertelli - Case studies – Internal dosimetry and longer term population monitoring, Goiania
- Jean-François Bottollier-Depois - Case studies - How useful is the dose assessment in the medical management of radiological accidents?
- Johan Camps - Case studies - The current nuclear risk in Europe
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15th EURADOS School presentations
- Hans Rabus - Welcome on behalf of the Scientific Committee
- Paolo Ferrari - Introduction to Computational Dosimetry
- Vladimir Markovic - Monte Carlo Radiation Transport Simulations
- Carles Domingo - Unfolding Neutron Spectra from Bonner Sphere Measurements
- Rick Tanner - EURADOS Intercomparisons in Computational Dosimetry
- Manuel Bardiès - OpenDose3D, a free/open clinical dosimetry software for nuclear medicine
- Emanuele Scifoni - New developments in radiotherapy treatment planning
- Francesc Salvat Pujol - Accelerating Monte Carlo simulations
- Maria Zankl - Implementation of ICRP computational reference phantoms in different exposure scenarios
- Pasquale Lombardo - Personal online dosimetry using flexible computational phantoms
- Robert Bernat - Data Processing in Radiation Protection Dosimetry
- Habib Zaidi - The emerging role of artificial intelligence in internal radiation dosimetry
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14th Winter School presentations
- Richard Wakeford – Historical context and epidemiological data
- Kimberly Applegate – Biological effects and genetics
- Sigrid Leide-Svegborn – Assessment of doses to embryo and fetus after incorporation of radionuclides
- Natalia Saltybaeva - Assessment of doses to embryo and fetus – external dosimetry
- John Damilakis – Radiation exposure of pregnant patients and pregnant employees in imaging departments: An overview of regulations and recommendations
- Hiroshi Yasuda – Possible effects of space radiation exposure on the reproductive system and fetal development
- Aisling Snow – Radiological perspective on protection of the fetus in a paediatric hospital
- Geraldine O’Reilly – Medical Physics Expert perspective on protection of the fetus in an adult diagnostic imaging hospital
- Frédéric Amant – Cancer treatment during pregnancy
- Marijke De Saint-Hubert – Radiotherapy during pregnancy
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13th Winter School presentations
- Francesco Rossi - Welcome on behalf of the Scientific Committe
- Liz Ainsbury - Eye lens exposure to IR: current understanding, radiobiology and dose limits
- Sophie Jacob - Risk of radiation-induced cataract and lens opacities : results from epidemiological studies
- Lara Struelens - Eye lens dosimetry approaches within the European EURALOC epidemiology project
- Martina Nesti - Interventional cardiology procedure involving eye lens exposure
- Rolf Behrens - Dosimetric units and quantities for eye lens monitoring, standards, type testing, calibration procedures and phantoms)
- Olivera Ciraj-Bjelac - Occupational exposure of the eye lens in interventional procedures: how to assess and manage radiation dose
- Eleftheria Carinou - Eye lens monitoring: how is it implemented up to now in different countries?
- Jérémie Dabin - Radiation protection devices of the eye lens in medical staff
- Robert Kollaard - Eye lens exposure: risk assessment in different types of workplaces
- Tom Grimbergen - Eye lens dosimetry: the dosimetry service perspective
- Isabelle Clairand - Intercomparisons on eye-lens dosemeters
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12th Winter School presentations
- Annette Röttger - Uncertainties and Traceability in radon measurements
- David Fenton - EU Basic Safety Standards Directive Requirements on radon in workplaces - Ireland’s approach
- Estelle Rage - Lung cancer risk from radon and radon progeny. Epidemiological studies
- Claudia Grossi, Arturo Vargas - Rn-222 as tracer for quantifying greenhouse gases fluxes: need of high quality and harmonized measurements of atmospheric concentrations and fluxes.
- Hannah Wiedner - An introduction to the Metroradon project Metrology for Radon monitoring
- James Marsh - Effective dose coefficients for inhaled radon progeny: ICRP's approach for workers
- Krystian Skubacz - Occupational exposure to radon progenies in underground coal mines
- Marta García-Talavera - Radon Regulation in Spain
- Martin Dubslaff - Quality of Radon Measurements - Radon and Radon Progeny Chambers for Calibration
- Werner Hofmann - Alpha particle microdosimetry in the lungs: variability of energy deposition at the cellular level
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11th Winter School presentations
- M. Zankl - Development from MIRD to the current ICRP reference voxel phantoms
- W. E. Bolch - Developments of age dependent phantoms
- C. H. Kim - Polygon Mesh Conversion of the ICRP Reference Phantoms
- J. Jansen - Use of voxel phantoms for CT dosimetry
- J. Lencart - Anthropomorphic phantoms for radiotherapy
- D. Broggio - Physical and mathematical phantoms for internal dosimetry applications (including outcome of CATHYMARA project)
- G. Reitz - Matroshka and other physical phantoms used for dosimetry in space
- N. Petoussi-Henss - Application of age dependent phantoms for environmental exposures
- J. M. Gomez Ros - Phantoms for non-human biota for radioecology
- O. Hupe - Physical phantoms in metrology
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10th Winter School presentations
- 1. B. Breustedt How to assess doses from internal emitters in Radiation Protection and Medicine
- 2. D. Nosske ICRP Perspective on internal dosimetry – OIR and Radiopharmaceuticals
- 3. G. Etherington Internal Dosimetry in occupational radiation protection – The TECHREC project
- 4. M. Lassmann Internal dosimetry in nuclear medicine – Status, Challenges and Perspectives
- 5. M. Bardies The use of alpha- emitting radionuclides in medicine: status, challenges and perspectives
- 6. M. Zankl Computational phantoms used in internal dosimetry for radiation protection and medicine
- 7. W. B. Li Micro- and nanodosimetry for internal emitters – changing the scale
- 8. A Giussani Uncertainties on internal dosimetry
- 9. E. Davesne Dosimetry for the Epidemiology of internal emitters – risk assessment vs. operational radiation protection
- 10. M. A. Lopez Internal dosimetry in emergency situations – challenges and recent developments
- 11. D. Bingham Standardization in internal dosimetry – Recent developments in ISO Standards for Radiation Protection
- 12. W. Rühm Research Needs in internal dosimetry – updating EURADOS SRA (Round Table)
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9th Winter School presentations
- 1. D. Laurier Basics in Epidemiology
- 2. H. Cullings Dosimetry for the Japanese atomic bomb survivors
- 3. M. Degteva Dosimetry for the Techa River population
- 4. M. Simon-Comu Contamination of the Japanese environment after the Fukushima accident
- 5. V. Chumak Dosimetry for Chernobil workers
- 6. R. Haylock Dosimetry for Mayak and Sellafield workers – Challenges for Epidemiology
- 7. I. Thierry-Chef Dosimetry for nuclear workers
- 8. A. Giussani Dosimetry for uranium miners
- 9. J. Dabin Dosimetry for medical cohorts (CT diagnostics)
- 10. L. Struelens Dosimetry for medical cohorts; the eye lens
- 11. W. Newhauser Dosimetry for Epidemiology Cohorts Who Receive Radiation Therapy
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8th Winter School presentations
- 1 T. Suzuki Overview of Fukushima Daiichi NPS accident
- 2 B. Howard Remediationafter the Fukushima Daiichi accident
- 3 T. Suzuki The internal and external dosimetry challenges from past experience
- 4 G. Etherington Dosimetry and risks to health for Fukushima workers
- 5 N. Ban Overview of health consequences after the Fukushima Daiichi nuclear accident
- 6 M. A. Lopez Eurados survey on in vivo monitoring data of exposed foreigners in Japan due to Fukushima accident
- 7 T. Schneider Some lessons from the ICRP Dialogue Initiativein Fukushima
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- 1_Goodhead Dudley - What is radiation quality
- 2_Durante Marco - Overview on radiation quality dependence on the molecular, chromosome, cellular and tissue level
- 3_Marsh James - Dosimetry and Epidemiology-Validation of RBE values for alpha particles
- 4_Menzel Hans - Current Approach to Radiation Quality Specification in Radiation Protection
- 5_Scholz Michael - Radiation Quality in Ion Beam Therapy-How to take into account the RBE
- 6_Bartlett David - ICRU Review of Operational Quantities for External Radiation Exposure – Options for a Modified System
- 7_Reitz Günther - Quantities for Space Dosimetry (ICRP Report 123)
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6th Winter School presentations
- 1_Davidkova - Introduction to microdosimetry
- 2_Grosswendt - Introduction to nanodosimetry
- 3_Nikjoo - Microdosimetry in radiat prot and therapy
- 4_Villagrasa - Calculations Geant4
- 5_Gargioni - RBE low energy photons
- 6_Hofmann - Alpha particle microdosimetry
- 7_Bordage - Microdosimetry of Auger emitters
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