作者：孙萌涛、李源作
页数：167
出版社：清华大学出版社
出版日期：2017
ISBN：9787302499749
电子书格式：pdf/epub/txt
内容简介
本教材共分为9章，系统介绍了单光子吸收理论，单光子诱导电子空穴相关性，在生物、材料、SERS中的单光子过程，双光子吸收理论，非线性极化率理论，双光子诱导电子空穴相关性和双光子荧光分子应用等内容。本书内容深入浅出，通俗易懂。本教材适用于物理学、光学、化学、材料学等专业科研院所和高校的研究人员、研究生及高年级本科生使用。
作者简介
本书作者孙萌涛，北京科技大学教授，博导，多年从事相关专业研究工作。
本书特色
本教材共分为9章，系统介绍了单光子吸收理论，单光子诱导电子空穴相关性，在生物、材料、SERS中的单光子过程，双光子吸收理论，非线性极化率理论，双光子诱导电子空穴相关性和双光子荧光分子应用等内容。本书内容深入浅出，通俗易懂。
本教材适用于物理学、光学、化学、材料学等专业
科研院所和高校的研究人员、研究生及高年级本科生使用。
目录
CHAPTER 1One睵hoton Absorption
Theory
References
CHAPTER 2Charge Transfer and Electron睭ole
Coherence in OPA
References
CHAPTER 3Application of OPA
3.1Biology
3.1.1Retinal proteins (rhodopsins)
3.1.2Green fluorescent protein
3.2Enenrgy materials
3.2.1Quinoidal charge delocalization in
poly瞤
phenylene cation radical
3.2.2Neutral and charged π瞕imeric
quinquethiophenes
3.2.3Surface瞖nhanced resonance
Raman scattering
3.2.4Near and deep睻V resonance
Raman spectroscopy of
pyrazine睞l4 complex and Al3瞤yrazine睞l3 junctionReferences
CHAPTER 4Two睵hoton Absorption
4.1TPA section
4.2Experimental methods and TPA materials
References
CHAPTER 5Polarizabilities in Absorption
Processes
References
CHAPTER 6Charge Transfer and Electron睭ole
Coherence in TPA
6.13D cube and 2D site representations for
TPA
6.2Quantum chemical calculations
6.3
Visualizations of transition dipoles,
charge transfer and
electron瞙ole coherence on
electronic state transitions
between excited states for TPA
6.4Photoexcitation mechanisms of
centrosymmetric and
asymmetric fluorine derivatives in TPA
References
CHAPTER 7Application of TPA
7.1Two瞤hoton photophysical
properties of tri9瞐nthrylborane
7.2Spectroscopic and theoretical studies on
the photophysical
properties of dichlorotriazine derivatives
References
CHAPTER 8Modeling Examples of Photon
Absorptions and
Nonlinear Properties in Pro睞romatic
Chromophores
References
CHAPTER 9Modeling Examples of Simulated
Polymethine Dyes
for All睴ptical Witching
Summary
References
Acknowledgements
Theory
References
CHAPTER 2Charge Transfer and Electron睭ole
Coherence in OPA
References
CHAPTER 3Application of OPA
3.1Biology
3.1.1Retinal proteins (rhodopsins)
3.1.2Green fluorescent protein
3.2Enenrgy materials
3.2.1Quinoidal charge delocalization in
poly瞤
phenylene cation radical
3.2.2Neutral and charged π瞕imeric
quinquethiophenes
3.2.3Surface瞖nhanced resonance
Raman scattering
3.2.4Near and deep睻V resonance
Raman spectroscopy of
pyrazine睞l4 complex and Al3瞤yrazine睞l3 junctionReferences
CHAPTER 4Two睵hoton Absorption
4.1TPA section
4.2Experimental methods and TPA materials
References
CHAPTER 5Polarizabilities in Absorption
Processes
References
CHAPTER 6Charge Transfer and Electron睭ole
Coherence in TPA
6.13D cube and 2D site representations for
TPA
6.2Quantum chemical calculations
6.3
Visualizations of transition dipoles,
charge transfer and
electron瞙ole coherence on
electronic state transitions
between excited states for TPA
6.4Photoexcitation mechanisms of
centrosymmetric and
asymmetric fluorine derivatives in TPA
References
CHAPTER 7Application of TPA
7.1Two瞤hoton photophysical
properties of tri9瞐nthrylborane
7.2Spectroscopic and theoretical studies on
the photophysical
properties of dichlorotriazine derivatives
References
CHAPTER 8Modeling Examples of Photon
Absorptions and
Nonlinear Properties in Pro睞romatic
Chromophores
References
CHAPTER 9Modeling Examples of Simulated
Polymethine Dyes
for All睴ptical Witching
Summary
References
Acknowledgements
