Learn · Transport processes and Modelling of sustainable electrochemical energy systems

Lecture 10 of 20Week 2

Lecture 10 : Prediction of pore charge density and solute flux

Prof. Sourav Mondal Prof. Sirshendu De Prof. Guy Ramon Prof. Raka Mondal · IIT Kharagpur and IIPE

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Transport processes and Modelling of sustainable electrochemical energy systems, IIT Kharagpur and IIPE (at NPTEL)
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CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
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All the lectures

  1. Lecture 01 : Introduction to charge transport and its relevance to electrochemical energy system Video
  2. Lecture 02 : Conservation of ion and Nernst Planck Equations Video
  3. Lecture 03 : The advection-diffusion migration framework Video
  4. Lecture 04 : Poisson Equation for the electric potential distribution Video
  5. Lecture 05 : Electric Double Layer (EDL) and its structure. Video
  6. Lecture 06 : Approximate models of the EDL, and the electric potential distribution Video
  7. Lecture 07 : Basics of Electrokinetic phenomena I Video
  8. Lecture 08 : Basics of Electrokinetic phenomena II Video
  9. Lecture 09 : Solute transport through the pores of membrane Video
  10. Lecture 10 : Prediction of pore charge density and solute flux Video
  11. Lecture 11 : Basics of hydrodynamic transport in porous media: Relevance to membrane based Electrolyser & Fuel cells Video
  12. Lecture 12 : Introduction to Saffman Taylor instability Video
  13. Lecture 13 : Analysis of multiphase transport in porous media Video
  14. Lecture 14 : Liquid vapour transport in porous media Video
  15. Lecture 15 : Transport of neutral solute through the porous-walled microchannel Video
  16. Lecture 16 : Transport of charged solute through the porous-walled microchannel Video
  17. Lecture 17 : Introduction to design of green H2 units Video
  18. Lecture 18 : Modelling framework of individual standalone unit Video
  19. Lecture 19 : Transport process in membrane electrolytes: part I Video
  20. Lecture 20 : Transport process in membrane electrolytes: part II Video