MSE 597H: Introduction to the Materials Science of Rechargeable Batteries

By R. Edwin Garci­a

Materials Engineering, Purdue University, West Lafayette, IN

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Researchers should cite this work as follows:

  • R. Edwin Garci­a (2013), "MSE 597H: Introduction to the Materials Science of Rechargeable Batteries," https://nanohub.org/resources/19332.

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Location

1103 Armstrong, Purdue University, West Lafayette, IN

Tags

  1. batteries
  2. energy storage
  3. lithium ion batteries
  4. materials science
  5. NCN Group - Energy Conversion and Storage
  6. rechargeable batteries

MSE 597 Introduction to the Materials Science of Rechargeable Batteries

MSE 597 Introduction to the Materials Science of Rechargeable Batteries group image

Lecture Number/Topic Online Lecture Video Lecture Notes Supplemental Material Suggested Exercises
MSE 597H Lecture 1: Introductory Lecture View Notes (pdf)
 Kaltura Video Stream
MSE 597H Lecture 2: Groundwork and Basic Definitions I View Notes (pdf)
 Kaltura Video Stream
MSE 597H Lecture 3: Groundwork and Basic Definitions II View Kaltura Video Stream
MSE 597H Lecture 4: Groundwork and Basic Definitions III View Kaltura Video Stream
MSE 597H Lecture 4a: Groundwork and Basic Definitions IV View
MSE 597H Lecture 5: Electrochemical Equilibrium I View Notes (pdf)
 Kaltura Video Stream
MSE 597H Lecture 6: Electrochemical Equilibrium II View Kaltura Video Stream


MSE 597H Lecture 7: Electrochemical Equilibrium III View Kaltura Video Stream
MSE 597H Lecture 8: Electrochemical Equilibrium IV View Kaltura Video Stream
MSE 597H Lecture 9: Electrochemical Equilibrium: Alloying Effects View Kaltura Video Stream
MSE 597H Lecture 10: Alloying Effects Case Study: The NaNiCl System View Kaltura Video Stream
MSE 597H Lecture 11: Tortuosity in Porous Electrodes I View Kaltura Video Stream
MSE 597H Lecture 12: Tortuosity in Porous Electrodes II View Kaltura Video Stream
MSE 597H Lecture 13: Porosity Inhomogeneities in Battery Electrodes I View Kaltura Video Stream
MSE 597H Lecture 14: Porosity Inhomogeneities in Battery Electrodes II View Kaltura Video Stream
MSE 597H Lecture 15: The Electrode Interface I View Kaltura Video Stream
MSE 597H Lecture 16: The Electrode Interface II View Kaltura Video Stream
MSE 597H Lecture 17: The Butler-Volmer Relation I View Kaltura Video Stream
MSE 597H Lecture 18: The Butler-Volmer Relation II View Kaltura Video Stream
MSE 597H Lecture 19: Interface Related Reactions I View Kaltura Video Stream
MSE 597H Lecture 20: Interface Related Reactions II View Kaltura Video Stream
MSE 597H Lecture 21: Interface Related Reactions III View Kaltura Video Stream
MSE 597H Lecture 22: Dendrites in Rechargable Batteries I View
MSE 597H Lecture 23: Dendrites in Rechargable Batteries II View Kaltura Video Stream
MSE 597H Lecture 24: Midterm Review View Kaltura Video Stream
MSE 597H Lecture 25: Dendrites in Rechargable Batteries III View Kaltura Video Stream
MSE 597H Lecture 26: Dendrites in Rechargable Batteries IV View Kaltura Video Stream
MSE 597H Lecture 27: Dendrites in Rechargable Batteries V View Kaltura Video Stream
MSE 597H Lecture 28: Dendrites in Rechargable Batteries VI View Kaltura Video Stream
MSE 597H Lecture 29: Ohmic Losses and the Reation Zone Model I View Kaltura Video Stream
MSE 597H Lecture 30: Ohmic Losses and the Reation Zone Model II View Kaltura Video Stream
MSE 597H Lecture 31: Electrolytes, Salts, and Separator Materials View Kaltura Video Stream
MSE 597H Lecture 32: Advanced Battery Architectures I View Kaltura Video Stream
MSE 597H Lecture 33: Advanced Battery Architectures II View Kaltura Video Stream
MSE 597H Lecture 34: Porous Electrode Theory I View Kaltura Video Stream
MSE 597H Lecture 35: Porous Electrode Theory II View Kaltura Video Stream
MSE 597H Lecture 36: Stresses in Rechargeable Lithium-Ion Battery Materials View Kaltura Video Stream
MSE 597H Lecture 37: Final Review View Kaltura Video Stream