AP1000核电技术对不同地基条件的适宜性分析
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摘要
《本文首先论述了在非基岩地基上建造核电厂需重点关注的岩土工程问题,并详细剖析了AP1000标准设计中的6种地基条件,其中包括岩土工程参数、基岩埋深和地下水位等特征,并结合AP1000其它设计特征参数,提出在我国建造AP1000核电技术的可能非基岩区段,以增加后续核电选址范围和核电厂址的资源储备。
The paper first discusses the non-rock foundations in the construction of nuclear power plants need to focus on geotechnical engineering problems,and a detailed analysis of the AP1000 standard design of the six kinds of ground conditions,including geotechnical engineering parameters,depth of bedrock and groundwater and so on,and the characteristics of AP1000 in combination with other design features of the parameters,the AP1000 nuclear power plant construction in China's technology may be non-rock section of the site in order to increase the scope of the follow-up of nuclear power and nuclear power site reserves the resources.
The paper first discusses the non-rock foundations in the construction of nuclear power plants need to focus on geotechnical engineering problems,and a detailed analysis of the AP1000 standard design of the six kinds of ground conditions,including geotechnical engineering parameters,depth of bedrock and groundwater and so on,and the characteristics of AP1000 in combination with other design features of the parameters,the AP1000 nuclear power plant construction in China's technology may be non-rock section of the site in order to increase the scope of the follow-up of nuclear power and nuclear power site reserves the resources.
引文
[1]李忠城.AP1000抗震分析与设计特点研究[J].世界地震工程,2008,24(1).
[2]IAEA.核电厂厂址评价和地基的岩土工程问题.第NS-G-3.6号.2005.
[3]US NRC Standard review plan.NUREG-0800.2007,Rev.3,第2.5.4节.
[4]Westinghouse Electric Company LLC.Chapter 3,Design of Structures,Components,Equipment and Systems,AP1000 Design Control Document,Rev.16,May26,2007.
[2]IAEA.核电厂厂址评价和地基的岩土工程问题.第NS-G-3.6号.2005.
[3]US NRC Standard review plan.NUREG-0800.2007,Rev.3,第2.5.4节.
[4]Westinghouse Electric Company LLC.Chapter 3,Design of Structures,Components,Equipment and Systems,AP1000 Design Control Document,Rev.16,May26,2007.
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