The International Topical Meeting on High Temperature Reactor Technology is the sole international conference focused on high-temperature gas-cooled reactor including heat application technology. Inaugurated in 2002 by the European High Temperature Reactor Technology Network HTR-TN at Petten, the Netherlands, successive meetings were held in Asia (Beijing, China, 2004), Africa (Johannesburg, South Africa, 2006), North America (Washington DC, USA, 2008), Europe (Prague, Czech Republic, 2010), Asia (Tokyo, Japan, 2012 and Weihai, China, 2014). The attendees included experts from research and industry and decision makers of interest including utilities, user industries, nuclear venders and governments.
HTR2016 aims to accelerate research and development on HTGR and heat application technologies, and make practical use of HTGR systems, through discussing and exchanging on the latest results and information on the above technologies and user requests as well as future perspectives and plans. This embedded topical meeting will provide a forum for sharing of peer-reviewed, full-length technical papers covering recent advances in high temperature reactor technology. Authors and presenters are invited to participate in this event to exchange ideas and knowledge.
Technical Track-1: National Research Programs and Industrial Projects
Specific Program and Project Development
Plant and Equipment Development and Construction
Operating Experience
Test facilities and Results
Technical Track-2: Industrial Applications and Markets
Design, Engineering and Testing
Analytical Methodology
Industrial Process Heat; Hydrogen Production
Desalination
Other Applications
Technical Track-3: Fuel and Waste
Fuel Design
Fabrication;Safety and Qualification
Irradiation and PIE
Modeling and Simulation;
Waste Management
Technical Track-4: Materials and Components; Metallic Material Properties and Performance
Non-Metallic Material Properties and Performance; Corrosion at High Temperature
Effect of Irradiation;
Major Component Design (Circulators, Hot Gas Ducts, Steam Generators, Heat Exchangers, etc.
Modeling and Simulation
Technical Track-5: Reactor Physics Analysis; Nuclear Data
Modeling and Simulation
Reactor Physics Methods and Codes
Fuel/Core Designs
Technical Track-6: Thermal-hydraulics, Structural and Multiphysics Analyses
Thermophysical Property Data
Fluid Dynamics Methods and Codes ; Heat Transfer Methods and Codes
Transient and Accident Analysis Methods and Codes
Structural Methods and Codes
Multi-physics Methods and Codes
Natural and Mixed Convection
Radiation Heat Transport
Fission and Activation Product Transport
Thermal Striping and Stratification
Flow Induced Vibration
Thermal Hydraulics of Key Components; Fuel Element, Assembly and Core Designs
Technical Track-7: Development, Design and Engineering
Progress in New Generation Reactor Designs
Plant Dynamics and Control
System and Facility Design; Economic Assessment
Construction Methods and Experience
Technical Track-8: Safety and Licensing
Safety Design and Analysis
Accident Analysis and Protection
Seismic Analysis and Protection
Source Term Evaluation; Passive Safety Concepts
Advanced Safety Concepts
Licensing Strategies
Licensing Application and Development Status
11月06日
2016
11月10日
2016
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