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Study of visualized simulation and analysis of nuclear fuel cycle system based on multilevel flow model

Nuclear Science and Techniques 2005年第6期16卷 358-370页

作者： yoshikawa hidekazu Graduate School of Energy Science Kyoto University Engineering Building 2 Room 123Kyoto University Yoshida Honmachi Sakyoku Kyoto Japan 606-8501

Complex energy and environment system, especially nuclear fuel cycle system recently raised socialconcerns about the issues of economic competitiveness, environmental effect and nuclear proliferation. Only underthe condition that those conflicting issues are gotten a consensus between stakeholders with different knowledgebackground, can nuclear power industry be continuingly developed. In this paper, a new analysis platform has beendeveloped to help stakeholders to recognize and analyze various socio-technical issues in the nuclear fuel cycle systembased on the functional modeling method named Multilevel Flow Models (MFM) according to the cognition theoryof human being. Its character is that MFM models define a set of mass, energy and information flow structures onmultiple levels of abstraction to describe the functional structure of a process system and its graphical symbol representationand the means-end and part-whole hierarchical flow structure to make the represented process easy to beunderstood. Based upon this methodology, a micro-process and a macro-process of nuclear fuel cycle system wereselected to be simulated and some analysis processes such as economics analysis, environmental analysis and energybalance analysis related to those flows were also integrated to help stakeholders to understand the process of decision-making with the introduction of some new functions for the improved Multilevel Flow Models Studio, and finallythe simple simulation such as spent fuel management process simulation and money flow of nuclear fuel cycleand its levelised cost analysis will be represented as feasible examples.

关键词：核燃料功能模型能源工业核能环境友好性核电厂

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Study of A Multi-criteria Evaluation Methodology for Nuclear Fuel Cycle System Based on Sustainability

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工程科学（英文版） 2006年第1期4卷 33-39页

作者： hidekazu yoshikawa Graduate School of Energy Science Kyoto University Yoshida Honmachi Sakyoku Kyoto City 606-8501

This paper presents a multi-criteria evaluation methodology for nuclear fuel cycle options in terms of energy sustainability. Starting from the general sustainability concept and the public acceptance questionnaire, a set of indicators reflecting specific criteria for the evaluation of nuclear fuel cycle options are defined. Particular attention is devoted to the resource utility efficiency, environmental effect, human health hazard and economic effect, which represent the different concerns of different stakeholders. This methodology also integrated a special mathematic processing approach, namely the Extentics Evaluation Method, which quantifies the human being subjective perception to provide the intuitionistic judgement and comparison for different options. The once-through option and reprocessing option of nuclear fuel cycle are examined by using the proposed methodology. The assessment process and result can give us some guidance in nuclear fuel cycle evaluation under the constraint of limited data.

关键词：核燃料循环系统多标准评估方法论主观感知核能

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A Visual Integrated Analysis Platform for Nuclear Fuel Cycle System Based on Multilevel Flow Model

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工程科学（英文版） 2005年第3期3卷 31-39页

作者： hidekazu yoshikawa Graduate School of Energy Science Kyoto University Yoshida Honmachi Sakyoku Kyoto University Kogaku 2 Building 123 Room Kyoto City Japan

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 CO2 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

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Support Operator’s Fault Diagnosis of Complex Plant Systemthrough Multilevel Flow Model and Ecological Interface Design

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工程科学（英文版） 2005年第4期3卷 59-67页

作者： OuYang Jun Yang Ming hidekazu yoshikawa Zhou Yangping Liu Jingquan Graduate School of Energy Science Japan Kyoto University Yoshida Hon-machi Sakyo-ku Japan Kyoto 606-8501 Power and Nuclear Engineering College of Harbin Engineering University Harbin 150001

The paper describes a new human-interface system design method by combining the conception of Multilevel Flow Model and Ecological Interface Design to support operators’ fault diagnosis in the complex plant system. Modern man-made systems are always achieving many complex automatic and intelligent tasks so that they are becoming more and more complex and can be hardly understood by operators, who should be the primary role in system operating. This situation presents a big challenge to the operating support system that it should present the complex system in a direct and clear way to operators to and make operators understand the internal interaction of the system especially in the abnormal status to ensure the operating safety. The Multilevel Flow Model based on the idea of ”Abstraction Hierarchy”, aiming at decompressing a system by means-end and part-whole way, can be used to represent a complex system in a standard way and perform intelligent operating tasks such as fault diagnosis and process control. Ecological Interface Design, which based on the human cognitive properties, can present the internal interaction of the system in a direct way. This paper combines this two interface design conceptions to achieve two aspects, intelligent fault diagnosis and direct presentation of causal relationship of operating parameters, to support operators’ fault diagnosis in complex plant system. The design method is applied to a PWR power plant in this paper as an application example.

关键词：压水堆故障诊断复杂工厂系统多级流动模型生态接口设计

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Support Operator’s Fault Diagnosis of Complex Plant Systemthrough Multilevel Flow Model and Ecological Interface Design

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Engineering Sciences 2005年第4期 61-69页

作者： OuYang Jun~1, Yang Ming~2, hidekazu yoshikawa~1, Zhou Yangping~1, Liu Jingquan~1(1.Graduate School of Energy Science, Japan Kyoto University, Yoshida Hon-machi, Sakyo-ku, Japan Kyoto 606-8501 2. Power and Nuclear Engineering College of Harbin Engineering University, Harbin 150001)

The paper describes a new human-interface system design method by combining the conception of Multilevel Flow Model and Ecological Interface Design to support operators' fault diagnosis in the complex plant system. Modern man-made systems are always achieving many complex automatic and intelligent tasks so that they are becoming more and more complex and can be hardly understood by operators, who should be the primary role in system operating. This situation presents a big challenge to the operating support system that it should present the complex system in a direct and clear way to operators to and make operators understand the internal interaction of the system especially in the abnormal status to ensure the operating safety. The Multilevel Flow Model based on the idea of ”Abstraction Hierarchy”, aiming at decompressing a system by means-end and part-whole way, can be used to represent a complex system in a standard way and perform intelligent operating tasks such as fault diagnosis and process control. Ecological Interface Design, which based on the human cognitive properties, can present the internal interaction of the system in a direct way. This paper combines this two interface design conceptions to achieve two aspects, intelligent fault diagnosis and direct presentation of causal relationship of operating parameters, to support operators' fault diagnosis in complex plant system. The design method is applied to a PWR power plant in this paper as an application example.

关键词： MFM (Multilevel Flow Model) EID (Ecological Interface Design) AH (Abstraction Hierarchy) PWR (Pressurized Water Reactor)

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Chiral Polyamides Having L-Glutamyl Residue as a Component

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Open Journal of Polymer Chemistry 2012年第4期2卷 125-131页

作者： Yoshimi Ikeuchi Masakazu yoshikawa hidekazu Yoshida Hiroki Yamanishi Shinichi Sakurai Department of Biomolecular Engineering Kyoto Institute of Technology Matsugasaki Kyoto Japan Department of Macromolecular Science and Engineering Kyoto Institute of Technology Matsugasaki Kyoto Japan

Polyamides with chiral environment were obtained from aromatic diamine, 1,3-phenylenediamine (1,3-PDA) or 1,4- phenylenediamine (1,4-PDA), and N-α-benzoyl-L-glutamic acid (Benzoyl-L-Glu). The optical rotation ([α]D) for 1,3- PDA-Benzoyl-L-Glu was determined to be 3.7 deg cm2 g–1, while that for 1,4-PDA-Benzoyl-L-Glu to be 9.7 deg cm2 g–1. 1,3-PDA-Benzoyl-L-Glu showed adsorption selectivity toward D-Glu and its adsorption selectivity was determined to be 1.68. Contrary to this, 1,4-PDA-Benzoyl-L-Glu showed adsorption selectivity toward L-Glu and the adsorption selectivity toward L-Glu was determined to be 1.33. From those results, those two types of chiral polyamide are expected to applicable to chiral separation or chiral recognition.

关键词： Adsorption Selectivity Chiral Polyamide Glutamyl Residue Polyamide Surface Plasmon Resonance (SPR) Spectroscopy

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