Thermal Radiation Laws explores the physics behind thermal radiation, emphasizing its critical role in designing efficient thermophotovoltaic (TPV) devices for energy conversion. Understanding concepts like Planck's law—which dictates the spectral distribution of radiation—is vital for optimizing radiative heat transfer.
The book also covers the Stefan-Boltzmann law, Wien's displacement law, and Kirchhoff’s law, providing a comprehensive toolkit for manipulating thermal emitters and absorbers to enhance energy conversion technologies.
The book argues that mastering thermal radiation laws is essential for improving TPV device design, addressing current limitations in energy technology efficiency. It uniquely balances theoretical models with practical applications, offering spectral data and design considerations not commonly found in other texts.
Progressing from fundamental concepts to TPV design, the book covers material selection, spectral control, and real-world applications like waste heat recovery and solar thermal energy, culminating in detailed case studies and modeling results.
The book distinguishes itself by focusing on the practical application of thermal radiation laws. It provides a comprehensive yet accessible guide for students, researchers, and engineers in energy conversion, thermal engineering, and materials science, aiming to foster innovation in sustainable power generation.
