2022fall_Advanced Electrochemical Engineering_MS Program in Chemical Engineering 1 A
Course Period:Now ~ Any Time
LINE sharing feature only supports mobile devices
Course Intro
Course Plan
教學目標:The educational objective of this course is to enable students to understand the application of electrochemical principles in the field of engineering, and introduce basic electrochemical principles and experimental methods and techniques, especially practical engineering techniques and electrochemical application examples. Introduction to the thermodynamics and kinetic principles of electrochemistry, related energy, corrosion principles, and related technical applications of electroplating and electrolytic surface treatment, especially the introduction of the basic principles of DC and AC electrochemical analysis methods, the application of related electrochemical principles, and the principles of new energy batteries The description includes secondary lithium ion batteries (LiFePO4/C, LiCoO2/C), fuel cells (PEMFC, DMFC), etc.
Textbooks
"Electrochemical Methods-fundamentals and applications" by Allen Bard and Larry Faulkner
-
EA-method--CV method calc Di-應用例
-
EA-method--AC method calc Di-應用例
-
EA-method--GITT calc Di-應用例
-
EA-method--PITT method
-
EA-method--RDE-method
-
EA-method--RRDE-method v3
-
EA-method--AC method calc Di-應用例
-
EA-method--CV method calc Di-應用例
-
EA-method--Current-Step method (Sand Eqn)
-
EA-method--GITT calc Di-應用例
-
EA-method--KL-CV and EIS-應用例
-
EA-method--KL-RDE method --應用例
-
EA-method--PITT method
-
EA-method--Pot-Step method (Cottrel Eqn)
-
EA-method--RDE-method
-
EA-method--RRDE-method
-
EA-method--handout
-
In-situ XRD method
-
Nano-Tech for LIB-handout
Teacher / 楊純誠