等離激元-激子相互作用：原理和套用

《等離激元-激子相互作用：原理和套用》是2018年6月清華大學出版社出版的圖書，作者是孫萌濤、林煒鏵、梁文杰。

基本介紹

• 中文名：等離激元-激子相互作用：原理和套用
• 作者：孫萌濤、林煒鏵、梁文杰
• 出版時間：2018年6月
• 出版社：清華大學出版社
• ISBN：9787302504474
• 定價：59 元

內容簡介

本書從原理和套用兩個方向展開，詳細介紹了多種環境中的等離激元驅動催化反應和等離激元激子耦合驅動催化反應。主要可分為以下部分： 基於表面增強拉曼散射（SERS）的等離激元驅動催化反應在大氣和液相中的機理和套用、基於針尖增強拉曼散射（TERS）的等離激元驅動催化反應在高真空中的機理和套用、等離激元激子耦合相互作用的物理模型和特性研究、等離激元激子耦合驅動催化反應在電化學液相中的套用，以及光電協同調控下的耦合驅動催化反應。通過介紹大量經典研究案例，結合相應理論計算與模型簡介，深入淺出地介紹了等離激元激子相互作用的意義與發展前景。

本書適用於有一定理論基礎的物理學本科生和有光學相關研究經歷的研究生和科研工作者。

圖書目錄

PlasmonExciton Interaction： Principles and Applications

CHAPTER 1Introduction

References

CHAPTER 2PlasmonDriven Chemical Reactions Based on

SERS in Atmosphere

2.1Brief introduction

2.2Plasmondriven oxidation reactions

2.2.1Genuine SERS spectrum of PATP

2.2.2Experimental and theoretical investigations of

plasmondriven oxidation reactions

2.3Plasmondriven reduction reactions

2.4Priority between plasmondriven oxidation and

reduction reactions

References

CHAPTER 3PlasmonDriven Surface Catalytic Reactions Monitored by

Electrochemical SERS in Liquid

3.1Introduction

3.2Designed apparatus

3.3Plasmondriven reduction reactions in liquid

3.3.1Laserintensitydependent

3.3.2Potentialdependent

3.3.3LSPRdependent

3.3.4pHdependent

3.4Plasmondriven oxidation reactions

3.5Priority between plasmondriven surface catalytic

reactions in liquid

References

CHAPTER 4PlasmonDriven Surface Catalysis Reactions Monitored by

TERS in High Vacuum

4.1Introduction of TERS

4.2Brief history of TERS

4.3Setup of TERS

4.4Plasmondriven surface catalytic reactions

References

CHAPTER 5PlasmonExciton CoDriven Surface Catalytic Reactions

5.1Introduction

5.2Mechanisms

5.2.1Free space spontaneous emission

5.2.2Spontaneous emission in cavities

5.3Femtosecond absorption

5.4Applications

References

CHAPTER 6PlasmonExciton CoDriven Catalytic Reactions Based on

Electrochemical SERS

6.1Introduction

6.2Plasmonexciton codriven reduction reactions

6.3Plasmonexciton codriven oxidation reactions

6.4The priority in the plasmonexciton codriven

catalytic reactions

6.5Conclusions

References

CHAPTER 7ElectroOptical Synergy on PlasmonExciton CoDriven Surface

Reduction Reactions

7.1Introduction

7.2Properties of electrooptical device

7.2.1Optical measurements

7.2.2Electrical measurements

7.3Plasmonexciton codriven surface reduction reactions

7.3.1Laser intensitydependent surface reduction

reactions

7.3.2Biasvoltagedependent surface reduction reaction

7.3.3Gatevoltagedependent surface reduction reaction

References

Acknowledgements