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Évkönyvbeszámoló 2009 Hungarian Academy of Sciences Centre for Energy Research Progress Report on Research Activities 2012 CENTRE FOR ENERGY RESEARCH PROGRESS REPORT 2012 HUNGARIAN ACADEMY OF SCIENCES CENTRE FOR ENERGY RESEARCH 29-33. KONKOLY THEGE MIKLÓS ÚT 1121 BUDAPEST, HUNGARY PROGRESS REPORT ON RESEARCH ACTIVITIES IN 2012 1 CENTRE FOR ENERGY RESEARCH PROGRESS REPORT 2012 Dear Reader, Welcome to the first Progress Report of the Centre for Energy Research, Hungarian Academy of Sciences. From January 1, 2012, the Institute of Isotopes joined the KFKI Atomic Energy Research Institute in the framework of a major reorganisation of the institute network of the Hungarian Academy of Sciences. The merging of the two institutes was carried out without substantial difficulties, however, it was a good argument to reconsider their strategies. As far as nuclear energy R&D&I is concerned, the strategy has remained unchanged. It consists of three basic elements, namely to provide the scientific background for the extended safe operation of the Paks NPP units, to participate in the preparation of constructing new nuclear units in Hungary, and to contribute to the international efforts related to the closure of the fuel cycle and the development of the new generation of power reactors. Concentrating human resources and infrastructures to these challenges is the most important duty of the management. Hopefully, the proposed Hungarian national nuclear R&D program will start rather soon and it will decisively influence the activities of the research centre. The establishing of a strong nuclear cooperation among the nuclear research centres of the Visegrád 4 countries aiming at the construction of a Generation 4 reactor also requires a strong governmental support. Additionally one can mention that the merging of institutes led to a situation when a great part of the national knowledge base on nuclear safety and security is concentrated in the same institution and the synergies can be utilized. As far as the Institute of Isotopes is concerned, a new strategy was elaborated in 2012. The objective was to establish an R&D&I institute for national energy strategy, comparative analysis of using various energy resources, R&D concerning selected versions of environmental friendly energies, energy storage, etc. The elaboration of the strategy required a lot of internal discussions and finally the strategy was accepted by the Hungarian Academy of Sciences. As a consequence, the name of Institute of Isotopes was changed to Institute for Energy Security and Environmental Safety (valid from January 1, 2013). The R&D&I projects of the research centre have been continued in 2013, basically in the same way as it was common in the former KFKI Atomic Energy Research Institute. The Progress Report presents the results of various projects in a uniform manner. I hope you will find interesting to get acquainted with the results presented in the Progress Report. János Gadó Director General 2 CENTRE FOR ENERGY RESEARCH PROGRESS REPORT 2012 I. GENERATION IV REACTORS 8 Transient Analysis of Gas Fast Reactors with CATHARE Code 9 Financing of the Processing and Disposal of Radioactive Wastes, the Closing of the Nuclear Fuel Cycle and the Decommissioning of the Nuclear Facilities – Analysis of the Practice of Certain Countries 10 Participation in the EU Project GoFastR 11 Reactor Physics Investigation of Sodium Cooled Fast Spectrum Reactor Concepts 12 Supercritical Water Reactor – Fuel Qualification Test 13 The Safety of the HPLWR Reactor 14 Uncertainties of the Calculated Reactivity Type Parameters of Sodium Cooled Fast Reactors 15 II. RESEARCH RELATED TO NPPS 16 Establishment of a Regional Center of Competence for VVER Technology and Nuclear Applications (CORONA) 17 Effect of Manufacturing on the Stress State of a Reactor Pressure Vessel Cladding 18 PTS Analysis of Paks NPP Reactor Pressure Vessels 19 Application of Miniature Specimens to Ageing Monitoring of Pressure Vessels and Pipes 20 Technical Basis of Legislation Related to Clearance Levels with Respect to Decommissioning of Nuclear Facilities – Summary of a 4-year Working Period 21 SINAC: Simulator Software for Interactive Modelling of Environmental Consequences of Nuclear Accidents – Second Generation 23 Application of NPP Area Monitors for Detection of Release due to a Severe Accident 24 Software for Estimating MTC in VVER-440 Reactors without Influencing Normal Reactor Operation 25 Activity Release from Leaking Fuel Rods in the Dry Storage Facility 26 Analyses For Licensing a New 4.7 % Enriched Fuel and the Related 15 Month Fuel Cycle at Paks NPP 27 Analytic Investigation of Various Flows and Heat Conduction Problems 28 Calculation of Beyond Design Basis Accidents with the FRAPTRAN Code 29 Characterisation of Spent VVER-440 Fuel to be Used in the FIRST-Nuclides Project 30 Construction of a High Temperature Facility to Investigate Secondary Hydriding Phenomena 31 Contribution of Pellet Fragmentation to Fission Gas Release During DBA LOCA 32 Corrosion of Zirconium Based Cladding Materials in Pressurized Steam at High Temperature 33 Development of VERETINA, a New VVER-440 Reactor Core Analyzer System 34 EK Participation in the MATTER Project 36 Enhancement of the physical model of the SITONG4 fuel cycle simulation code 37 Evaluation and Display of Redundant Temperature Measurements in the VERONA Core Monitoring System 38 Evaluation of HRP Experiments: Processes of the Fission Gas Release 39 3 CENTRE FOR ENERGY RESEARCH PROGRESS REPORT 2012 Evaluation of HRP Experiments: Centreline temperatures 40 Examination of the Physical Models of HERMET and Comparison of them with CONTAIN 41 Fluent Code Validation Using Rocom Mixing Experiments 43 High Temperature Oxidation of Hydrogenated E110G Cladding 44 LONGLIFE (NPP Life extension) 45 Modern Tools for Nuclear Power Plant Simulation 46 Nukenerg Project: Supercritical Water Reactor Core Design - Fine Mesh Analysis of Equilibrium Cycles 47 Preliminary Specification of the Statistical Version of the KARATE Code System 48 Preparation of a Conceptual Plan for the Extension of the Paks NPP Full-Scope Simulator with Severe Accident Modelling Capabilities 49 Preparation of a Conceptual Plan for the Modernization of the Paks NPP Process Computer 50 Reactor Noise Diagnostics Measurements at Paks NPP 51 Round Robin on Zirconium Oxidation 52 Ruthenium Separate Effect Tests in the SARNET2 Project 53 Simulation of Leaking Fuel in the LEAFE Facility 54 Simulation of NSRR RIA Experiments With the FRAPTRAN Code 55 The Role of Geometric Imperfections and Friction Coefficient in Tensile Tests 56 Uncertainly Analysis of a Main Steam Line Isolation Valve Closure in the Paks Plant 57 Validation of the KARATE Code System Against the Latest Operational Data and Startup Measurements 58 Validation of the RELAP5 Code for the Presence of Non-condensable Gases in the Primary Circuit with PMK 2 Experiments 59 Sustainable Nuclear Energy Technology Platform 60 III. HEALTH PHYSICS, SPACE DOSIMETRY 61 Possible Consequences of Inhomogeneous Dose Distribution and the LNT-Model 62 Development of Dosimetry Experiments for BEXUS Strarospheric Balloons 63 Joint Dose Mapping Inside the Columbus Module on ISS 65 Pille, a Portable TLD System on the ISS 66 Study of the Biophysical Effects of Environmental Radioactivity 67 The TRITEL 3D Silicon Detector Telescope 68 Contribution of Biomass Combustion and Traffic to Urban Aerosol During High Particulate Pollution Events 70 Dust Impact Monitor, Simple Plasma Monitor 72 Medium- and Long-term Strategy for Radiation Protection Research 73 4 CENTRE FOR ENERGY RESEARCH PROGRESS REPORT 2012 Environmental Consequences of Severe Accidents Following the Introduction of the Severe Accident Management Guidance 74 IV. MISCELLANEOUS 75 Preliminary Investigation of the Fuel Optimization Methods to be Applied in the Budapest Research Reactor 76 Regional Workshop on the Establishment and use of an Uncertainty Budget for Dose in Product 77 Prompt Gamma Measurements within the NMI3 EU FP7 Facility Access Programme 78 Investigating of the Viscosity Change of High Viscosity Materials due to Radiation 79 Radiation Induced Modification and Radiation Resistance of Polymers 80 Digital Geometry 81 Phase Equilibria and Phase Transitions in Various Fluids 82 Developments on the Measurements of the Mobile Laboratory 83 Improvement of Gamma-Spectrometry and Establishing of a Comprehensive Database at the EPS 84 Redox and Sorption Processes Influencing Long Time Migration of Radionuclides in Boda Claystone Samples 85 Solvated Electrons in Normal and Supercritical Fluids 86 Time-dependent Self-similar Solutions of the Non-linear Maxwell Equations 87 Retention Mechanisms of U(VI) in Boda Claystone Formation as the Candidate Host Rock of High Activity and Long-Lived Nuclear Waste Repository in Hungary 88 V. INTERNATIONAL ACTIVITIES 90 AER (Atomic Energy Research) 91 Budapest Neutron Centre 92 NULIFE Network of Excellence 93 VI. NUCLEAR SECURITY, NON PROLIFERATION 94 Applicability of the Infrared Radiophotoluminescent Signal of the Sunna Dosimeter for Radiation Processing Dose Control 95 Development of New Materials and Measuring Methods in Luminescence Dosimetry 96 Analysis of Safeguards Swipe Samples Collected During Verifications by ICP-MS Technique 97 Calorimetry, Neutron Counting, Radiography and MCNP Simulation for Characterization of PuBe Neutron Sources 98 Determination of Long-lived Actinides in Biological Samples Using Laser Ablation ICP-MS Method 99 Identifying Reprocessed Uranium by Gamma Spectometry
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