고온 발전소와 수소 시스템

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고온 발전소와 수소 시스템

포항공과대학교
Shripad T. Revankar

페이스북 트위터 카카오톡 네이버밴드 링크복사

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공학 >정밀ㆍ에너지 >원자력공학
강의학기

2011년 1학기

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Introduction, World Energy Picture

차시별 강의

1.	Introduction, World Energy Picture	Introducing the course materials, schedule, and class rules.
2.	Nuclear Reactors, GEN IV Reactors (I)	World energy & environment issue. Various energy sources and nuclear industry
3.	Nuclear Reactors, GEN IV Reactors (II)	Introducing the reactors and basic principles and systems of reactors (high temperature reactors)
4.	Hydrogen Economy, Nuclear Hydrogen System	Explainations on rationales of hydrogen production, challenges and applications
5.	Nuclear Reactor Heat Source, IHX, Nuclear Steam Reforming	Defining nuclear heat and study on the process of nuclear steam reforming
6.	Thermochemical Cycles-Overview	Overview on Thermochemical Cycles
7.	SI Cycle, HyS Cycle	Explaining the history and current research status of the SI and HyS Cycle
8.	UT-3, Cu-CI, High Temp. Electrolysis	Explaining UT-3, Cu-CI, High Temp. Electrolysis
9.	H2 Production Processes Heat Matching, Efficiency	Defining hydrogen production efficiency, studying the heat reactor and hydrogen system
10.	IHX Systems Nuclear Hydrogen R&D Profjects	Studying different types of cycles and the designs
11.	Prismatic HTGR, PBMR	Discuss on the two types of the High temperature gas cooled reactors
12.	PBMR review, Gas-Cooled Fast Reactor (GFR), Lead Cooled Fast Reactor (LFR)	Benefits of the fast reactor. Introduction of gas-cooled high temperature (fast) reactor. Introduction of liquid metal cooled fast reactor.
13.	Molten Salt Reactor, Supercritical Water Reactor	Molten salt reactor: Histroy, design concept, operation. Supercritical water reactor: benefits, various design concepts of each country.
14.	Reactor Fission, Kinetics, Point Kinetic Model	Introduction of fission process (chain reaction, cross-section, reaction control, nuclear criticality), Derivation of reactor kinetics
15.	Kinetics of fission chain reaction, k:four factor formula	Continueing - fission process. Effect of delayed neutron emission. Derivation of neutron transport equation.
16.	Neutronic Kinetic Codes	Continueing - Derivation of neutron transport equation. Introduction of neutronic kinetic codes.
17.	Thermal-Hydraulics Analysis, 2 and 3-D TH Analysis, and Codes	Study about steady state core thermal hydraulics on pressure drop and heat transfer. Thermal analysis on TRISO fuel of PBMR. Introduction of 2D-3D analysis cases.
18.	Safety Analysis	Understanding the importance of safety aspects of reactor and analyzing safety issues.
19.	High Temperature Reactor Material issues, Advanced Materials	Fuel materials for nuclear power plant. Intoduction of TRISO fuel (structure, manufacturing process, failure mechanism). Reactor material candidates for high temperature reactor and guidance of selection
20.	Energy conversion Systems-Brayton Cycle	Introduction of nuclear power plant power conversion system. Intensified explanation on gas turbine cycle: components and efficiency
21.	Energy Conversion System-Control System	Introduction of pump/fan control and energy efficiency change. Effect on gas turbine cycle efficiency.
22.	Coupled HTR-H2 Plant Dynamics	Review on Chemical equations from the last lecture,
23.	Safety in a Process Heat -HTR	Study on couple nuclear and chemical process and its hazards
24.	HTR Licensing Issues, PIRT	Nuclear power plant licensing process; Two-step licensing process and issues around the licensing; evaluation models for plant system analysis
25.	Thermalhydraulics Phenomena in Accidents at Fukushima Daiichi Nuclear Power Station and Lessons Learned	(1) providing accident scenarios, (2) highlighting key safety systems, (3) explaining on-site thermalhydraulics phenomena, and (4) providing suggestions in light of Fukushima accident
26.	Market Potential & Economic Assessment	Technology, Safety, Economy and environment aspect of hydrogen nuclear energy
27.	Student Final Presentation	Final Presentation