等离激元光催化--原理和应用(英文版)/纳米光子学丛书张正龙清华大学出版社鑫隆博图书专营店 下载 网盘 kindle mobi 115盘 pdf pdb rtf

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CONTENTS

Plasmonic Photocatalysis: Principles and Applications

CONTENTS

Chapter 1Introduction

References

Chapter 2Electromagic Properties of Materials

2.1Electromagic properties of the materials

2.2Electromagic wave propagation

2.3The dielectric function of Drude model

2.4Dielectric function of DrudeLorentz model

References

Chapter 3Fundamentals of Surface Plasmons

3.1Surface plasmon polaritons

3.1.1Properties of surface plasmon polaritons

3.1.2Excitation of surface plasmon polaritons

3.2Localized surface plasmons

References

Chapter 4Surface Plasmon Relaxation Effects

4.1Energy distribution of free electrons

4.1.1Sommerfeld freeelectron model

4.1.2The momentum and energy of free electrons in

metal materials

4.1.3The statistical distribution of free electrons in

metallic materials

4.2Plasmoninduced hot electrons

4.3Thermal effect of surface plasmons

References

Chapter 5Principles of PlasmonDriven Photocatalysis

5.1Local fieldeffectdriven photocatalysis

5.2Hotelectrondriven photocatalysis

5.2.1Indirect electron transfer

5.2.2Direct electron transfer

5.3Plasmonexciton codriven photocatalysis

5.4Thermaleffectdriven photocatalysis

References

Chapter 6Measurement and Analysis of PlasmonDriven Photocatalysis

6.ign of surface plasmon structures

6.2Measurement by chromatography and electron microscopy

6.3Analytical methods for Raman spectra

6.4Analytical methods of surfaceplasmonenhanced spectra

References

Chapter 7PlasmonDriven Catalysis of Molecular Reactions

7. dissociation catalytic reactions

7.2Surface molecular catalytic reactions

7.3Singlemolecule catalytic reactions

References

Chapter 8Water Decomposition and Phase Transition of PlasmonDriven

Photocatalysis

8.1Water splitting

8.2Seawater desalination

8.3Steam sterilization

References

Chapter 9PlasmonDriven Catalysis of Material Growth

9.1Growth of metal structures

9.2Growth of polymers

9.3Growth of crystal

References

Acknowledgements

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编辑推荐

本书有助于读者理解等离激元纳米光子学基本原理括等离极化激元和局域表面等离激元，以及等离激元的快速弛豫及能量转移过程；理解等离激元光催化基本原理，以及热电子、激子及热效应催化模型及相关物理机制；了解等离激元光催化几种典型的实验测量和分析方法，以及提高等离激元光催化效率的方案，掌握光催化的纳米结构和器件设计；了解等离激元光催化在气体解离、表面分子反应、水分解和相变、纳米材料生长等方面的应用；以期拓展读者对表面等离激元纳米光学的原理及催化应用方面的认识。