에너지저장 소재 및 시스템

강의상세

상세검색

언어유형

강의연도

CCL유형

에너지저장 소재 및 시스템

서울대학교
오승모

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

공학 >화공 >화학공학
강의학기

2012년 1학기

조회수

23,257

1) The materials and system technologies for batteries and capacitors, 2) Thermodynamics and kinetics relevant to energy storage devices, 3) Applications, and 4) New energy storage systems

수강안내 및 수강신청
※ 수강확인증 발급을 위해서는 수강신청이 필요합니다

Primary batteries: alkaline cells

차시별 강의

1.	Introduction to the course	This course will be about Energy storage materials and system. For better understanding, electrochemistry will be preceded.
2.	Basic electrochemistry; electrode potential and ionics	This course will study basic electrochemical concepts such as standard electrode potential, electrochemical reaction rate, and closed loop.
3.	Electrochemical techniques	This course will study basic electrochemical concepts such as standard electrode potential, electrochemical reaction rate, and closed loop.
4.	Introduction to batteries and capacitors	This course will study basic electrochemical concepts such as mixed potential and ions in solution system.
5.	Primary batteries: alkaline cells	This course will study basic electrochemical concepts of electrochemical kinetics in view of charge transfer and mass transfer kinetics.
6.	Primary batteries: alkaline cells	This course will study basic electrochemical concepts of electrochemical kinetics in view of charge transfer and mass transfer kinetics.
7.	Primary batteries: Lithium and others	This course will study basic electrochemical concepts of electrochemical techniques such as hydronamic method and potential sweep method to observe electrochemical reaction system.
8.	Secondary batteries: lead-acid cells	This course will research on structure, electrolytes, reaction mechanisms, energy density and cell efficiency of lead-acid cells.
9.	Secondary batteries: Ni-Cd and Ni-MH cells	This course will research on structure, electrolytes, reaction mechanisms, energy density and cell efficiency of lead-acid cells.
10.	Lithium-ion cells: materials	Lithium-ion cells: materials
11.	Lithium-ion cells: cell design	Lithium-ion cells: cell design
12.	Lithium-ion cells: applications	This course will cover Li secondary betterie' applications and requirements to industry and introduce new battery systems that have better environmental and economical effects.
13.	Batteries for electric vehicles and electricity storage	Batteries for electric vehicles and electricity storage
14.	New battery systems	New battery systems
15.	Electrochemical capacitors: electric double-layer capacitors	Electrochemical capacitors: electric double-layer capacitors
16.	Electrochemical capacitors: pseudo-capacitors	Electrochemical capacitors: pseudo-capacitors
17.	강의 자료 (1)
18.	강의 자료 (2)
19.	강의 자료 (3)
20.	강의 자료 (4)
21.	강의 자료 (5)