Prof. Yican Wu is the director general of the Institute of Nuclear Energy Safety Technology (INEST) at the Chinese Academy of Sciences and the director of the Key Laboratory of Neutronics and Radiation Safety, Chinese Academy of Sciences. He has been working on the theory, modeling, investigation, design, and analysis of advanced nuclear systems since the 1990s and he has proposed and developed several advanced neutronics methods, making a significant contribution to in advanced nuclear systems. Prof. Yican Wu has published more than 400 scientific papers in international conferences and academic journals such as Nature Energy, Nuclear Fusion, and the Journal of Nuclear Materials, eight of which have been included in "Essential Science Indicators (ESI) - Highly Cited Papers (last 10 years)". Based on his achievements, Prof. Yican Wu has won more than 10 important science and technology awards, including the American Nuclear Society Outstanding Achievement Award (2018), European Prize for Innovation in Fusion (SOFT Innovation Prize) (2018), National Natural Science Award (2016), and the Science and Technology Award for National Energy (2011).

Prof. Yican Wu holds a number of important positions and is an expert member of domestic and international organizations, such as the International Atomic Energy Agency (IAEA), International Energy Agency (IEA), Generation-IV International Forum (GIF), International Thermonuclear Experimental Reactor (ITER) International Organization, Ministry of Science and Technology of China, National Energy Bureau, Chinese Nuclear Society and China Society of Radiation Protection, and the American Nuclear Society (ANS). He is currently serving as the Executive Committee (ExCo) Chair of the IEA Technology Collaboration Programme (TCP) on Environmental, Safety and Economic Aspects of Fusion Power (ESEFP), and ExCo Vice Chair of IEA TCP on Nuclear Technology of Fusion Reactor (NTFR). He is also a member of the Working Group on Licensing for Design Review of ITER International Organization and an expert on the board of directors for Fusion Power Associates.

Systematically introduces the neutronics of advanced nuclear systems, covering fundamental theories and methods

Provides numerous examples of the neutronics design of advanced nuclear systems

Presents research findings and discusses the key challenges

Introduction.- Stationary Neutron Transport Theory and Simulation.- Neutron Kinetics.- Neutron Induced Transmutation.- Radiation Dosimetry and Radio-Ecological Impacts.- Neutron Irradiation and Material Damage.- Nuclear Data Library.- Comprehensive Neutronics Simulation.- Neutronics Design Principles of Advanced Fission Systems.- Neutronics Design Principles of Fusion System.- Neutronics Design Principles of Hybrid Nuclear Systems.- Neutronics Experimental Facilities and Technology of Advanced Nuclear Systems.- Neutronics Experiments of Advanced Fission Nuclear Systems.- Neutronics Experiments of Fusion Nuclear Systems.- Neutronics Experiments of Hybrid Nuclear Systems.