(The following topics include but are not limited to)
Track 1: Nuclear Reactor Physics and Thermal Hydraulics
Nuclear reactor physics analysis and numerical calculation
Reactor thermal hydraulics and two-phase flow
Reactor core design and fuel management
Reactor dynamics and control
Advanced reactor types (fast reactors, high-temperature gas-cooled reactors, molten salt reactors, etc.) physics design
Multi-physics field coupling (neutronics - thermal hydraulics - mechanics) simulation
Computational Fluid Dynamics (CFD) application in reactor thermal hydraulics
Sub-channel analysis and development of system thermal hydraulics programs
Reactor startup, operation and transient analysis
Nuclear fuel performance analysis and behavior simulation
Passive safety system thermal hydraulics characteristics research
Reactor thermal hydraulics experiments and verification techniques
Track 2: Nuclear Safety, Operation and Nuclear Technology Applications
Nuclear reactor safety analysis and severe accident research
Probabilistic safety assessment (PSA) and deterministic safety analysis
Digital instrumentation and control and intelligent operation of nuclear power plants
Nuclear facility aging management, life assessment and extension technologies
Nuclear facility decommissioning and radioactive waste treatment and disposal
Radiation damage, corrosion and reliability analysis of nuclear materials
Radiation detection and monitoring technology
Radiation protection and environmental protection
Nuclear technology applications in industry, agriculture, medicine, etc.
Nuclear security and nuclear non-proliferation technologies
Nuclear power plant design and system integration
Track 3: Nuclear Fusion, Nuclear Fuel Cycle and AI Enabling
Magnetic confinement fusion (tokamak, mirror device, etc.) physics and experiments
Inertial confinement fusion physics and drive technology
Fusion reactor design and fusion material research
Fusion plasma diagnosis and heating technology
Nuclear fuel cycle (front-end and back-end) technology and optimization
High-level radioactive waste reprocessing and recycling technology
Uranium resource exploration, mining and conversion technology
Advanced nuclear fuels (MOX, accident-tolerant fuels, etc.) research
Application of artificial intelligence and machine learning in nuclear engineering
Nuclear data measurement, evaluation and nuclear database development
Digital twin-driven full life cycle management of nuclear facilities
Research on nuclear-renewable energy hybrid energy systems
Monte Carlo method and particle transport calculation
......