Scopes

Theme1 Nuclear chemistry nuclear fusion nuclear safety Fast reactor Stop operation Reactor engineering New generation reactors Nuclear fuel and materials Radiation shielding and application Computational Fluid Dynamics Innovative design of nuclear power plants Nuclear magnetic resonance spectroscopy Nuclear Physics and Particle Physics Fuel Cycle and Isotopes Nuclear radiation detection and protection Thermohydraulic and Neutronics Alternative reactor technologies Nuclear detection instruments and control Pulse Power Technology and Applications Reactor Physics and Transport Theory Nuclear and chemical waste treatment Nuclear Science Education and Public Awareness Theme2 electromagnetism electrodynamics quantum mechanics Nuclear Electronics Optoelectronics Solid state physics Optoelectronics Structure and physical properties Nuclear Electronics Semiconductor Physics Electro-acoustic technology Atomic physics Semiconductor Physics Atomic physics Solid State Physics Nuclear Technology and Applications Photon Informatics Electrical and Electronic Technology Nuclear Technology and Applications Noise and its control Photon Informatics Mechanics and Theoretical Mechanics Structure and physical properties Quantum Electronic Informatics Physics Experiments and Principles Circuit Principles and Analysis Quantum Electronic Informatics Space Science and Technology Optoelectronic Technology and Its Applications Condensed Matter Physics and New Materials Physics and Applied Physics Nuclear Physics, Acoustic/Electrical/Optical/Thermal