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Optical properties of solar absorber...

Chen, Liang-Yao.

Optical properties of solar absorber materials and structures

Record Type:	Electronic resources : Monograph/item
Title/Author:	Optical properties of solar absorber materials and structuresedited by Liang-Yao Chen.
other author:	Chen, Liang-Yao.
Published:	Singapore :Springer Singapore :2021.
Description:	xvi, 172 p. :ill., digital ;24 cm.
Contained By:	Springer Nature eBook
Subject:	Solar cellsMaterials
Online resource:	https://doi.org/10.1007/978-981-16-3492-5
ISBN:	9789811634925

Optical properties of solar absorber materials and structures
Optical properties of solar absorber materials and structures[electronic resource] /edited by Liang-Yao Chen. - Singapore :Springer Singapore :2021. - xvi, 172 p. :ill., digital ;24 cm. - Topics in applied physics,v.1421437-0859 ;. - Topics in applied physics ;v.123..

1. Introduction -- 2. Conventional electromagnetic theory -- 3. Optical properties of the solar materials -- 4. Optical characteristic of the solar absorbers -- 5. Intrinsic solar selective materials -- 6. Semiconductor-metal tandems -- 7. Metal-dielectric-based multilayers -- 8. Metal-dielectric-composited cermets -- 9. Nano-textured surface structures -- 10. Photonic-crystal-based metamaterials and designs -- 11. Experimental methods -- 12. Broad applications of the solar selective absorbers -- 13. Summary -- 14. Acknowledgement.

This book presents an overview of both the theory and experimental methods required to realize high efficiency solar absorber devices. It begins with a historical description of the study of spectrally selective solar absorber materials and structures based on optical principles and methods developed over the past few decades. The optical properties of metals and dielectric materials are addressed to provide the background necessary to achieve high performance of the solar absorber devices as applied in the solar energy field. In the following sections, different types of materials and structures, together with the relevant experimental methods, are discussed for practical construction and fabrication of the solar absorber devices, aiming to maximally harvest the solar energy while at the same time effectively suppressing the heat-emission loss. The optical principles and methods used to evaluate the performance of solar absorber devices with broad applications in different physical conditions are presented. The book is suitable for graduate students in applied physics, and provides a valuable reference for researchers working actively in the field of solar energy.

ISBN: 9789811634925

Standard No.: 10.1007/978-981-16-3492-5doiSubjects--Topical Terms:

905627
Solar cells
--Materials

LC Class. No.: TK2960 / .O67 2021

Dewey Class. No.: 621.31244

Optical properties of solar absorber materials and structures
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505 0 $a 1. Introduction -- 2. Conventional electromagnetic theory -- 3. Optical properties of the solar materials -- 4. Optical characteristic of the solar absorbers -- 5. Intrinsic solar selective materials -- 6. Semiconductor-metal tandems -- 7. Metal-dielectric-based multilayers -- 8. Metal-dielectric-composited cermets -- 9. Nano-textured surface structures -- 10. Photonic-crystal-based metamaterials and designs -- 11. Experimental methods -- 12. Broad applications of the solar selective absorbers -- 13. Summary -- 14. Acknowledgement.
520 $a This book presents an overview of both the theory and experimental methods required to realize high efficiency solar absorber devices. It begins with a historical description of the study of spectrally selective solar absorber materials and structures based on optical principles and methods developed over the past few decades. The optical properties of metals and dielectric materials are addressed to provide the background necessary to achieve high performance of the solar absorber devices as applied in the solar energy field. In the following sections, different types of materials and structures, together with the relevant experimental methods, are discussed for practical construction and fabrication of the solar absorber devices, aiming to maximally harvest the solar energy while at the same time effectively suppressing the heat-emission loss. The optical principles and methods used to evaluate the performance of solar absorber devices with broad applications in different physical conditions are presented. The book is suitable for graduate students in applied physics, and provides a valuable reference for researchers working actively in the field of solar energy.
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