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Agía Paraskeví, Greece

Dimitriou P.,National and Kapodistrian University of Athens | Kamenopoulou V.,Greek Atomic Energy Commission
Radiation Protection Dosimetry | Year: 2011

The present article deals with the education and training (E&T) issues of individual monitoring (IM) of ionising radiation, based on the requirements provided by the Basic Safety Standards Euratom Directive and the European Commission Technical Recommendations for IM of external radiation. The structure and the objectives of E&T programmes addressed to the staff of dosimetry services, in order to allow the recognition and ensure the continuity of expertise are discussed. The necessity for the establishment of a national strategy for building competence in IM through information, education, training and retraining programmes, addressed to the individually monitored personnel is underlined. The train the trainers' concept is recognised as being an important tool for optimising resources and transferring the skills necessary for building competence. The conditions under which an efficient train the trainers' approach can be established are discussed. Examples of curricula concerning the key persons involved in the provision of E&T in occupational radiation protection are also given. © The Author 2010. Published by Oxford University Press. All rights reserved. Source


Grant
Agency: Cordis | Branch: FP7 | Program: CP | Phase: Fission-2007-3.2-01 | Award Amount: 2.45M | Year: 2008

The state-of-the-art analysis performed in the FP6 CONRAD project highlighted high extremity doses and a lack of systematic data analysis on exposures to the staff in interventional radiology (IR) and nuclear medicine (NM). To optimize the working procedures in the medical field with respect to radiation protection, a project focussed on improving the knowledge on extremity and eye lens exposures is proposed, combined with an optimization in the use of active personal dosemeters. The first objective is to obtain extensive extremity dose data for staff in IR, with special attention to eye lens doses and the analysis of the radiation protection measures. At the present time there is no suitable dosimeter for eye lens dosimetry. Hp(3) is mentioned as the operational quantity to control the dose limits, but there are no conversion coefficients nor a calibration procedure available. The second objective of the project is to develop a formalism to measure eye lens doses and to design a prototype eye lens dosemeter. IR staff belongs to a specific working group which could benefit from a real time accurate dose assessment. Therefore, the third objective is to study the behaviour of commercial active personal dosemeters under real conditions and to design a prototype that could solve the present problems. In NM the doses to the different parts of the hands will be systematically mapped, with special attention to unsealed therapy sources, aiming to estimate the real dose load of NM workers and to describe appropriate protection measures. The different objectives of this project will be achieved through well coordinated measurement campaigns in European hospitals. Simulations will be performed to determine the main parameters that influence the extremity and eye lens doses and the effectiveness of different radiation protection measures. The final objective is to develop a program to disseminate all conclusions and recommendations to the interested parties.


Grant
Agency: Cordis | Branch: FP7 | Program: CP-CSA | Phase: Fission-2013-3.1.1 | Award Amount: 10.26M | Year: 2013

Within the OPERRA project, it is proposed that the MELODI Association, as a well-advanced network, takes the lead in establishing the necessary structures able to manage the long-term European research programmes in radiation protection, also taking advantage of the valuable experience gathered through the DoReMi network of excellence. Whilst in fields adjacent to low-dose risk research (radioecology, nuclear emergency management) scientific issues would continue to be hosted by the sister associations, Alliance and NERIS, these associations are encouraged to join MELODI to establish an umbrella structure as equal partners. OPERRA will exploit the synergies of EURATOM and other EC programmes considering the most relevant joint program areas and mechanisms for funding joint activities. The project will also strengthen the links with national funding programs as well as the European education and training structures. Also, it will take steps towards a greater involvement of those new Member States who could benefit from increased participation in the radiation research programmes. Finally, OPERRA will take steps to further integrate the joint use of infrastructures in European countries, and to develop and facilitate an easier access to research infrastructures. The final objective of this project is to build up an umbrella coordination structure that has the capacity in a legal and logistical sense to administer future calls for research in radiation protection as a whole (including low-dose risk, radioecology, nuclear emergency management, and also research activities related to the medical uses of ionizing radiation) on behalf of the European Commission. OPERRA will prepare the organisation for a first competitive call by the end of 2013 for projects in low-dose risk research and a second competitive call in 2014 for broader projects in radiation protection research, subject to the approval of EC services, with the support of Go-between administrator operator and an external advisory entity.


Grant
Agency: Cordis | Branch: H2020 | Program: COFUND-EJP | Phase: NFRP-07-2015 | Award Amount: 29.25M | Year: 2015

The proposed European Concerted Programme on Radiation Protection Research (acronym: CONCERT) aims to contribute to the sustainable integration of European and national research programmes in radiation protection. It will do so by focusing resources and efforts in five key directions: Bring together the elements of the European scientific communities in the fields of radiation effects and risks, radioecology, nuclear emergency preparedness, dosimetry and medical radiation protection, whose joint expertise is essential to continue the development of radiation protection knowledge in a multidisciplinary mode to reduce further the uncertainties in radiation protection. Strengthen integrative activities between the various areas of expertise, in particular biology, biophysics, epidemiology, dosimetry and modelling as well as fostering the use of existing infrastructures and education and training activities in radiation protection. Stimulate and foster scientific excellence, by setting up and co-funding advanced research programmes with the potential to enhance current knowledge and the scientific evidence base for radiation protection. Exchange and communicate with all stakeholders, including the professional organizations concerned with radiation protection, the regulatory organizations across Europe, the public and media where necessary, and the international community of scientific, technical, legal and other professional experts in radiation protection. Foster the harmonious application of available scientific basis for radiation protection practices across Europe, by bringing together scientific and technical expertise in radiation protection issues, standard setting know how, particularly with respect to the implementation of the Euratom Basic Safety Standards (BSS) at the legal, administrative and operational level. To reach its goals, CONCERT will have seven Work Packages each of which will focus on each of the key directions.


Carinou E.,Greek Atomic Energy Commission | Ferrari P.,ENEA | Koukorava C.,Greek Atomic Energy Commission | Krim S.,Belgian Nuclear Research Center | Struelens L.,Belgian Nuclear Research Center
Radiation Protection Dosimetry | Year: 2011

There are many factors that can influence the extremity and eye lens doses of the medical staff during interventional radiology and cardiology procedures. Numerical simulations can play an important role in evaluating extremity and eye lens doses in correlation with many different parameters. In the present study, the first results of the ORAMED (Optimisation of Radiation protection of MEDical staff) simulation campaign are presented. The parameters investigated for their influence on eye lens, hand, wrist and leg doses are: tube voltage, filtration, beam projection, field size and irradiated part of the patient's body. The tube voltage ranged from 60 to 110 kVp, filtration from 3 to 6 mm Al and from 0 to 0.9 mm Cu. For all projections, the results showed that doses received by the operator decreased with increasing tube voltage and filtration. The magnitude of the influence of the tube voltage and the filtration on the doses depends on the beam projection and the irradiated part of the patient's body. Finally, the influence of the field size is significant in decreasing the doses. © The Author 2011. Published by Oxford University Press. All rights reserved. Source

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