- Lecturer
- Ninokata Hisashi
- Place
- Fri3-4(蜴溯ｼｪ North No.2 5F-571)
- Credits
- Lecture2 Exercise0 Experiment0
- Code
- 71002
- Syllabus updated
- 2008/10/1
- Lecture notes updated
- 2008/10/1
- Semester
- Fall Semester
Outline of lecture
縺薙ｮ隰帷ｾｩ縺ｯｼ瑚･ｿ證ｦ螂謨ｰ蟷ｴ蠎ｦ縺ｯ譌･譛ｬ隱槭〒ｼ後∪縺溷ｶ謨ｰ蟷ｴ蠎ｦ縺ｯ闍ｱ隱槭〒陦後≧縲よｸ蛻陬ょ梛蜴溷ｭ千ｉ縺ｮ蝓ｺ譛ｬ蜴溽炊ｼ檎匱髮ｻ繝励Λ繝ｳ繝医ｮ讎りｦ√ｒ隱ｬ譏弱＠ｼ悟ｮ滄圀縺ｮ蜴溷ｭ千ｉ險ｭ險医ｮ蝓ｺ遉弱→縺ｪ繧狗炊隲悶♀繧医ｳ螳溯ｷｵ縺ｫ縺､縺縺ｦ霑ｰ縺ｹ縺ｦｼ悟ｰ譚･ｼ悟次蟄千ｉ蟾･蟄ｦ繧蜴溷ｭ仙鴨逋ｺ髮ｻ謚陦薙∪縺溘ｯ髢｢騾｣蛻驥弱↓謳ｺ繧上ｋ閠縺ｫ縺ｨ縺｣縺ｦ蠢隕√↑遏･隴倥ｒ謗医¢繧九ょ螳ｹ縺ｮ讎ら払縺ｯ莉･荳九ｮ騾壹ｊ縺ｧ縺ゅｋ縲
01.蜴溷ｭ千ｉ險ｭ險域ｦりｦｼ郁ｨｭ險育岼讓呻ｼ瑚ｨｭ險医ｮ蛻驥趣ｼ瑚ｨｭ險医ｮ豬√ｌｼ御ｸ菴灘梛PWR繧剃ｾ九↓縺ｨ縺｣縺溷ｮ滄圀萓九ｮ邏ｹ莉具ｼ
02.辭ｱ豬∝虚險ｭ險茨ｼ郁ｨｭ險医ｮ豬√ｌｼ檎ｱ豬∝鴨險ｭ險亥宛髯仙､ｼ後帙ャ繝医せ繝昴ャ繝医ヵ繧｡繧ｯ繧ｿ繝ｼｼ後し繝悶メ繝｣繝ｳ繝阪Ν隗｣譫撰ｼ後す繧ｹ繝繝隗｣譫撰ｼ
03.譬ｸ險ｭ險茨ｼ育ｉ迚ｩ逅縺ｨ險ｭ險茨ｼ碁ｫ倬溽ｉ繧剃ｾ九↓縺ｨ縺｣縺溽ｉ蠢險ｭ險医ヵ繝ｭ繝ｼｼ檎ｉ蠢迚ｹ諤ｧ隧穂ｾ｡ｼ瑚ｨｭ險域焔豕輔→險ｭ險医Ξ繝吶Νｼ
04.蜴溷ｭ千ｉ蜍慕音諤ｧｼ井ｸ轤ｹ霑台ｼｼｼ悟渚蠢懷ｺｦｼ梧曹蜍戊ｫ厄ｼ後ヵ繧｣繝ｼ繝峨ヰ繝繧ｯｼ悟宛蠕｡ｼ
05.霆ｽ豌ｴ轤峨ｻ鬮倬溽ｉ繝励Λ繝ｳ繝医す繧ｹ繝繝縺ｮ讎りｦ√→貂ｩ蠎ｦ蠢懃ｭ皮音諤ｧｼ医す繝溘Η繝ｬ繝ｼ繧ｿ螳溽ｿ抵ｼ
06.蜴溷ｭ千ｉ螳牙ｨ險ｭ險茨ｼ亥ｮ牙ｨ逶ｮ讓呻ｼ後Μ繧ｹ繧ｯｼ悟ｮ牙ｨ菫晁ｭｷ邉ｻｼ檎｢ｺ邇隲也噪螳牙ｨ諤ｧ隧穂ｾ｡ｼ窪PZｼ
07.蜴溷ｭ千ｉ讒矩險ｭ險茨ｼ域ｧ矩險ｭ險医ｮ蝓ｺ譛ｬｼ梧ｧ矩險ｭ險域欠驥晢ｼ
08.蜴溷ｭ千ｉ險ｭ險医ｮ螳滄圀ｼ磯ｫ倬溷｢玲ｮ也ｉｼ御ｸ菴灘梛PWRｼ窟BWRｼ窟PWRｼ檎ｬｬ4荳紋ｻ｣蜴溷ｭ千ｉ繝励Λ繝ｳ繝茨ｼ
ｼ郁･ｿ證ｦ驕謨ｰ蟷ｴ蠎ｦ縺ｯ闍ｱ隱槭〒ｼ悟･謨ｰ蟷ｴ蠎ｦ縺ｯ譌･譛ｬ隱槭〒髢玖ｬ帙☆繧具ｼ
The lectures provide a basic principle of nuclear power reactors, advanced theories of nuclear reactor kinetics and thermal hydraulics and their applications, and in-depth understanding of nuclear reactor safety. With the fundamental knowledge of nuclear reactor physics as prerequisite, the lectures will cover the theory and practices in nuclear reactor core design and safety evaluation.
01.Design target and approaches, review of nuclear and thermal hydraulics principles
02.Core nuclear characteristics and design, fast reactors and thermal reactors
03.Nuclear reactor dynamics including one-point kinetics,
04.Perturbation theory, reactivity feedbacks
05.Thermal-hydraulics design, design limits, hot spot factors for LWRs and LMFBRs
06.Subchannel analysis
07.Structural engineering and design principle
08.LWR plant safety systems and plant dynamics simulation
09.Probabilistic safety analysis - Introduction to risk-informed design approach
10.Nuclear reactor safety target, reactor protection systems, EPZ
11.Integrated primary system reactor - IRIS and safety by design
12.LMFBR design practices of the MONJU plant
Lectures are given in English in even years, and in Japanese in odd years.
Purpose of lecture
蜴溷ｭ千ｉ縺ｮ蝓ｺ譛ｬ繧堤炊隗｣縺吶ｋ縺ｨ縺ｨ繧ゅ↓縲∝次蟄千ｉ蜀縺ｮ譬ｸ蜿榊ｿ懊→辭ｱ豬∝虚縺ｫ髢｢縺吶ｋ髱咏噪縺翫ｈ縺ｳ蜍慕噪縺ｪ迚ｹ諤ｧ隗｣譫舌↓髢｢縺吶ｋ蝓ｺ遉守噪縺ｪ逅隲悶→蠢懃畑繧貞ｭｦ縺ｳ縲∝次蟄千ｉ轤牙ｿ螳牙ｨ諤ｧ縺ｮ逅隗｣繧堤岼逧縺ｨ縺吶ｋ縲ょ次蟄千ｉ逅隲悶ｮ遏･隴倥ｒ蜑肴署縺ｫ蜴溷ｭ千ｉ縺ｮ險ｭ險医∝ｮ牙ｨ隧穂ｾ｡縺ｫ蠢隕√↑逅隲悶→螳滄圀縺ｫ縺､縺縺ｦ霑ｰ縺ｹ繧九
Plan of lecture
01.蜴溷ｭ仙鴨逋ｺ髮ｻ縺ｮ莉慕ｵ縺ｿｼ啀WR縲。WR縲：BR縲驥肴ｰｴ轤我ｻ
02.閾ｨ逡瑚ｨ育ｮ励→蝗ｺ譛牙､
03.蜴溷ｭ千ｉ蜍慕音諤ｧ譁ｹ遞句ｼ上→蜿榊ｿ懷ｺｦ繝輔ぅ繝ｼ繝峨ヰ繝繧ｯ
04.鞫ょ虚隲厄ｼ井ｸ鄒､縲∝､夂ｾ､ｼ
05.PWR縲。WR繝励Λ繝ｳ繝医す繧ｹ繝繝縺ｮ讎りｦ√→驕取ｸ｡蠢懃ｭ費ｼ医す繝溘Η繝ｬ繝ｼ繧ｿ繝ｼ蛻ｩ逕ｨｼ
06.轤牙ｿ險ｭ險医ｮ豬√ｌｼ壽ｸ險ｭ險医→辭ｱ豬∝鴨險ｭ險
07.轤牙ｿ辯譁咎寔蜷井ｽ楢ｨｭ險医→繧ｵ繝悶メ繝｣繝ｳ繝阪Ν隗｣譫
08.轤牙ｿ辭ｱ險ｭ險医→繝帙ャ繝医せ繝昴ャ繝医ヵ繧｡繧ｯ繧ｿ繝ｼ隗｣譫
09.鬮倬溽ｉ轤牙ｿ縺翫ｈ縺ｳ螳牙ｨ險ｭ險医ｮ閠縺域婿
10.霆ｽ豌ｴ轤画ｧ矩險ｭ險医→蛛･蜈ｨ諤ｧ隧穂ｾ｡
11.ABWR險ｭ險医ｮ螳滄圀
12.鬮倬溷｢玲ｮ也ｉ蜴溷梛轤峨後ｂ繧薙§繧縲崎ｨｭ險亥ｮ溯ｷｵ縺ｮ豁ｴ蜿ｲ
13.隨ｬIV荳紋ｻ｣蜴溷ｭ千ｉ險ｭ險医ｮ萓九→遒ｺ邇隲也噪螳牙ｨ諤ｧ隧穂ｾ｡
Textbook and reference
James J. Duderstadt, Louis J. Hamilton,""Nuclear Reactor Analysis"", John Wiley & Sons, 1976.
蜿り譖ｸ遲
J. R. Lamarsh and A.J. Baratta, ""Introduvtion to Nuclear Engineering,"" Prentice Hall, 2001
Related and/or prerequisite courses
蜴溷ｭ千ｉ逅隲
Evaluation
蜃ｺ蟶ｭ轤ｹ縺ｨ繝ｬ繝昴ｼ繝
Comments from lecturer
譛ｬ隰帷ｾｩ縺ｯ蜴溷ｭ千ｉ蟾･蟄ｦ縺ｫ謳ｺ繧上ｋ莠ｺ縺ｫ縺ｨ縺｣縺ｦ縲∝渕遉弱→縺ｪ繧狗衍隴倥ｒ謗医¢繧九ｂ縺ｮ縺ｧ縺吶ら卆閨槭ｯ荳隕九↓縺励°縺壹∽ｾ句ｹｴ縲∬ｬ帷ｾｩ邨ゆｺ蠕後鬮倬溽ｉ繧ゅｓ縺倥ｅ縲。WR縺ｾ縺溘ｯPWR縺ｮ繝励Λ繝ｳ繝郁ｦ句ｭｦ繧剃ｼ∫判縺励※縺縺ｾ縺吶
