Course Contents
What is fuel cell, Basics of fuel cells, history, types of fuel cells and their typical applications, Efficiency and Open Circuit Voltage, Efficiency Related to Pressure and Gas Concentration ,Nernst Equation Analysis, Hydrogen Partial Pressure, Fuel and Oxidant Utilization, System Pressure , Thermodynamics and theoretical efficiency of fuel cells, polarization curve and losses, ohmic losses, Mass transport, physical/chemical/technical characteristics of fuel cell types (SOFC, MCFC, PAFC, AFC, PEMFC, DMFC); cell and stack structures and stack technology. Fuel and air supply, Internal and external fuel reforming and fuels for FC. Influence of the various operational parameters on cell performance, Fuel Cell Systems studies, Fuel Cell Challenges
Course Learning Outcomes
After completing this course the students will have good know how about The working principal of Fuel Cell, can synthesize different materials for furthe improvement in the field of Fuel Cell Technology
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Book Title : Fuel Cell System Explained
Author : James Larminie, Andrew Dicks
Edition : 2nd Edition
Publisher : John Wiley & Sons Ltd,
Title : Nernst EquationAnalysis,Hydrogen Partial Pressure, Fuel and Oxidant Utilization, System Pressure, System Pressure
Type : Presentation
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Title : Influence of Various operational Parameters on cell Performance
Type : Presentation
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Title : External Reforming
Type : Presentation
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Title : Internal Reforming
Type : Presentation
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Title : Fuel Cell Challanges
Type : Reference Book
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