Technical Tracks
Track 1: Reactor Physics Theories and Analysis Methods
1.1 Deterministic Methods, Codes and Applications (DM)
1.2 Monte Carlo Methods, Codes and Applications (MCM)
1.3 Core Analysis Methods and Codes (CAM)
1.4 Machine Learning and Artificial Intelligence for Reactor Physics (AI)
Track 2: Design and/or Analysis of Innovative Reactors
2.1 Water-cooled Reactor Design and Core Analysis (WR)
2.2 Gas-cooled Reactor Design and Core Analysis (GR)
2.3 Liquid-metal-cooled Reactor Design and Core Analysis (LMR)
2.4 Molten-salt-cooled Reactor Design and Core Analysis (MSR)
2.5 Heat-pipe-cooled Reactor Design and Core Analysis (HPR)
2.6 Innovative Research Reactor Design and Core Analysis (RR)
Track 3: Nuclear Data, Evaluation and Applications
3.1 Nuclear Data and Evaluation (ND)
3.2 Nuclear Data processing and Data Library (DL)
3.3 Uncertainty Quantification Method (UQM)
Track 4: Reactor Physics and Reactor Operation
4.1 Fuel Management and Optimization (FM)
4.2 Reactor Physics Experiments (RPE)
4.3 On-line Core Monitoring and Operation Support (MOS)
Download RPHA_2025_Template_Instructions
