核能安全利用是关系台湾海峡两岸人民生命财产安全的大事，两岸双方对此高度重视。2011年10月，海协会与台湾海基会签署《海峡两岸核电安全合作协议》。在该协议框架下，两岸建立核应急事务联系机制，在核电安全法规与标准、核电厂事故紧急通报、核电厂环境辐射监测、核电厂事故紧急应变及准备等领域不断拓展交流与合作，取得积极成效。
七、核应急科技创新
中国制定国家核应急工作规划，明确核应急领域科技创新目标要求、体制机制、人才建设、主要任务、保障措施等，取得一批科技创新成果，部分成果达到国际先进水平。
As the safe use of nuclear energy is a major issue bearing on the safety of both life and property of people across the Taiwan Straits, both sides of the Straits lay great store by it. In October 2011 the Association for Relations across the Taiwan Straits and Straits Exchange Foundation signed the Cross-straits Nuclear Power Safety Cooperation Agreement. Under the framework of this agreement, a communication mechanism has been put in place between the two sides across the Straits on nuclear emergency matters, and positive achievements have reaped in expanded exchange and cooperation in such areas as regulations and standards concerning nuclear power safety, emergency reporting on nuclear power plant accidents, environmental radiation monitoring for nuclear power plants, and emergency response and preparations for nuclear power plant accidents.
VII. Scientific and Technological Innovations in Nuclear Emergency Preparedness
China has worked out a national plan for nuclear emergency preparedness work, which has clearly defined the targets, mechanism, training of professionals, main tasks and safeguard measures for scientific and technological innovation in the field of nuclear emergency preparedness. New achievements have been made, and some of them have even reached the international advanced level.
核事故后果评价与决策支持系统开发。坚持技术引进与自主创新相结合，中国有关院校和科研院所，在事故源项估算、风场诊断与预报、气载放射性扩散、水体放射性扩散、核辐射医学应急分类及救援、放射性剂量估算等技术领域取得成果，为国家核应急决策提供了技术支持。
核应急基础技术研究。开展“华龙一号”反应堆、AP1000反应堆（美国先进压水堆）、EPR反应堆（欧洲压水堆）、高温气冷堆、快堆等三代、四代核电技术反应堆核应急技术与管理研究。针对多机组同时出现共模事故、内陆核电站严重事故源项分析、跨地区核应急准备、核燃料循环设施应急准备、核与辐射恐怖袭击事件应急处置等重大课题，持续开展研究，取得一批成果，促进了中国核应急基础技术水平的整体增强。
Development of nuclear accident consequence evaluation and decision-making support system. By insisting on the combination of technology introduction and self-reliant innovations, China's relevant universities and R&D institutes have made achievements in such technological areas as accident source term estimation, wind field diagnosis and forecast, airborne radioactive material dispersion, radioactive material dispersion in water bodies, nuclear radiation medicine emergency classification and treatment, radioactive dose estimation, etc., which have provided technical support for the state in decision making related to national nuclear emergency preparedness.
Basic research in nuclear emergency preparedness. Research in nuclear emergency preparedness technologies and management for third and fourth generation of nuclear power technologies, such as HPR1000, AP1000 (US Advanced Pressurized Water Reactor), EPR (European Pressurized Water Reactor), High Temperature Gas-cooled Reactors and fast reactors has been carried out. Studies are continuing on important subjects such as simultaneous common-mode failure for multiple units, severe accident source term analysis for inland nuclear power plants, inter-regional nuclear emergency preparedness, nuclear fuel cycle facility emergency preparedness and emergency response to nuclear and radiological terrorist attacks, and some achievements have been made, uplifting as a whole the level of China's basic technologies concerning nuclear emergency preparedness.
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