Nuclear Energy Development in Asia

JEFF GRAHAM, Lecturer at the Department of International Business and Asian Studies, Griffith University, Australia. STUART HARRIS, Emeritus Professor, Department of International Relations, School of International, Political & Strategic Studies, Australian National University. PER HÖGSELIUS, Division of History of Sciences and Technology, Royal Institute of Technology, Sweden. TOSHIHIKO NAKATA, Professor, Graduate School of Engineering, Tohoku UniversityAoba-Yama Sendai, Japan. LAVINA LEE, Lecturer at the Department of Politics and International Relations, Macquarie University, Sydney, Australia. MIN LEE, Professor, Department of Engineering and System Science, College of Nuclear Science, National Tsing Hua University, Taiwan. SANG DONGLI, Associate Professor, School of Law, Zhengzhou University, China. MAENG-HO YANG, Korean Atomic Energy Research Institute (KAERI), South Korea. XU YI-CHONG, Research Professor of Politics and Public Policy at Griffith University, Australia.

• Nuclear energy in Asia: an overview; X.Yi-chong The politics of nuclear energy in Asia; X.Yi-chong Nuclear energy development in China; S.Dongli The Indian nuclear energy program ; L.Lee Nuclear energy development in Japan; T.Nakata Japan's commitment to nuclear power: grand scheme or pipedream?; J.Graham Nuclear energy development in South Korea;  M-H.Yang & X.Yi-chong The past, present and future of nuclear power in Taiwan; M.Lee Challenging Chernobyl's legacy: Nuclear power policies in Europe, Russia and North America in the early 21st century; P.Högselius Implications for Australia as a supplier of uranium to the Asian Region; S.Harris

'Complex and many-faceted contains a wealth of genuine, interesting and valuable historical contextual and current information concerning the prospects for a nuclear renaissance focusing on a very broad geo-political area, from a group of, almost exclusively, experienced and adept pro-nuclear academics and practitioners. In general, the predominant portrayal of the risks and uncertainties associated with the nuclear fuel cycle are largely characterized as containable, known, and societally acceptable. These insights, quite rightly, take their place in the energy futures debate.' Paul Dorfman, Senior Researcher, Warwick Business School, University of Warwick, UK