摘要
我国发展第三代核电技术面临着技术先进性与适应性的协调问题。从我国核电技术能力的演进历程和经典Rothwell创新理论视野来看,我国第一至三代核电技术采取不同追赶路径与Rothwell第一至第五代创新模式具有一定的匹配性。目前我国核电技术追赶,需要抓住AP1000核电技术跨越式切入点,加快研发出三代的衍生产品;同时,政府通过引导系统集成网络创新、建立产品开发平台,积累自主创新的技术能力。
The development of the 3rd generation nuclear power technology in China face some problems. This paper presents the brief history of the technology capacity evolution, discusses the innovation models rationality by the characteristics of the 1 st to the 5th generation innovation models by Rothwell,and analyzes the technology catch-up path from the 1st to the 3rd generation of nuclear power. To grasp the chance of importing the AP1000 technology, we should improve R＆D of the 3rd generation nuclear power deriva- tive, and present advice to government to induct System integration and networking（SIN） and build the product development platform for sustainably improving the independent innovation technology capacity,.
出处
《南华大学学报（社会科学版）》
2013年第1期1-5,共5页
Journal of University of South China(Social Science Edition)
基金
湖南省社科基金项目"战略性新兴产业的集群发展规律及培育对策研究"资助(编号:12YBA269)
国家社科基金项目"我国核电产业技术效率测度研究"资助(编号:12CJY013)
湖南省社科联项目"核不扩散体制下国际贸易的利益机制研究"资助(编号:1011281B)
关键词
核电技术
技术创新模式
技术追赶
系统集成和网络
产品开发平台
nuclear power technology
technological innovation model
technology catch-up
system integration and net-working（SIN）
proddct development platform
