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A Visual Integrated Analysis Platform for Nuclear Fuel Cycle System Based on Multilevel Flow Model
作者姓名:Liu Jingquan  Hidekazu Yoshikaw  Zhou Yangping  OuYang Jun  Yang Ming
作者单位:Graduate School of Energy Science, Kyoto University, Yoshida Honmachi Sakyoku Kyoto University Kogaku 2 Building 123 Room Kyoto City, Japan
摘    要:Complex Nuclear Fuel Cycle (NFC) system faces many socio-technical issues that need to obtain the consensus between stakeholders of different knowledge background. In this paper, a visualized analysis platform based on graphical functional modeling method, Multilevel Flow Model (MFM), is proposed to help those stakeholders to recognize and analyze various socio-technical issues in NFC system. Some new functions, such as “Reaction Function”, “Switch Function” and “Conversion Function”, are introduced to fulfill new simulation tasks for NFC system. Based upon this methodology, a micro-process and a macro-process of NFC system are simulated and meanwhile some key analysis variables, such as CO2 emission and cost flow, required by some analysis methods are deducted and displayed in the platform. And finally a sample simulation analysis is conducted based on MFM.

关 键 词:多级流程模型  NFC  核燃料循环  成本估计  绘图模型
收稿时间:2005-06-02

A Visual Integrated Analysis Platform for Nuclear Fuel Cycle System Based on Multilevel Flow Model
Liu Jingquan,Hidekazu Yoshikaw,Zhou Yangping,OuYang Jun,Yang Ming.A Visual Integrated Analysis Platform for Nuclear Fuel Cycle System Based on Multilevel Flow Model[J].Engineering Sciences,2005,3(3):31-39.
Authors:Liu Jingquan  Hidekazu Yoshikaw  Zhou Yangping  OuYang Jun  Yang Ming
Institution:(Graduate School of Energy Science, Kyoto University, Yoshida Honmachi Sakyoku Kyoto University Kogaku 2 Building 123 Room Kyoto City, Japan)
Abstract:
Keywords:multilevel flow model  nuclear fuel cycle  levelised cost assessment  graphical modeling method
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