고급환경화학
- 서울대학교
- 윤제용
페이스북
트위터
카카오톡
네이버밴드
링크복사
-
- 주제분류
- 공학 >화공 >화학공학
-
- 강의학기
- 2012년 1학기
-
- 조회수
- 10,555
-
- 평점
- 5/5.0 (2)
1.환경계에서 발생되는 변화의 구성과 방향을 이해한다.
2.물질균형식들을 세우고 환경공학계내에서의 매우 다양한 적용처에 이 식들을 적용한다.
3.열역학 및 동역학, 산/염기 화학, 진보된 침전/분리법, 배위화합물 화학, 금속결합 등을 포함한 응용가능한 기초지식들의 적용에 대해 인지한다.
2.물질균형식들을 세우고 환경공학계내에서의 매우 다양한 적용처에 이 식들을 적용한다.
3.열역학 및 동역학, 산/염기 화학, 진보된 침전/분리법, 배위화합물 화학, 금속결합 등을 포함한 응용가능한 기초지식들의 적용에 대해 인지한다.
- 수강안내 및 수강신청
- ※ 수강확인증 발급을 위해서는 수강신청이 필요합니다
Setting up Chemical Equilibrium Problems
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. | |
Setting up Chemical Equilibrium Problems | The thermodynamic basis of chemical equilibrium |  |
| 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. | |
강의 노트 (1) | Water chemistry Ch1-Ch3-final.pdf |  |
| 17. | |
강의 노트 (2) | Water chemistry Ch4-1-pC & pH diagram-final.pdf | |
| 18. | |
강의 노트 (3) | Water chemistry Ch4-2-Carbonate system.pdf | |
| 19. | |
강의 노트 (4) | Water chemistry Ch5-Coordination chemistry.pdf | |
연관 자료
