"Thermodynamics and Energy Engineering" ed. by Petrică Vizureanu

This book is a primary survey of basic thermodynamic concepts that will allow one to predict states of a fuel cell system, including potential, temperature, pressure, volume and moles. The specific topics explored include enthalpy, entropy, specific heat, Gibbs free energy, net output voltage irreversible losses in fuel cells and fuel cell efficiency.

This volume contains twelve chapters organized into two sections on “Theoretical Models” and “Applications.” The specific topics explored include enthalpy, entropy, specific heat, Gibbs free energy, net output voltage irreversible losses in fuel cells and fuel cell efficiency.

Contents
1.Fuel Cell Thermodynamics
2.Distributed and Lumped Parameter Models for Fuel Cells
3.F-diagram Research Method for Double Circuit Solar System with Thermosyphon Circulation
4.Einstein’s Equation in Nuclear and Solar Energy
5.How to Build Simple Models of PEM Fuel Cells for Fast Computation
6.Improving Heat-Engine Performance via High-Temperature Recharge
7.Improving Heat-Engine Performance by Employing Multiple Heat Reservoirs
8.Energy Storage in PCM Wall Used in Buildings’ Application: Opportunity and Perspective
9.Water Desalination Using PCM to Store Solar Energy
10.Lithium Recovery from Brines Including Seawater, Salt Lake Brine, Underground Water and Geothermal Water
11.Fuel Cells as a Source of Green Energy
12.Fuel Cells: Alternative Energy Sources for Stationary, Mobile and Automotive Applications