单光子和双光子吸收:原理和应用/孙萌涛
本书特色
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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。
]
内容简介
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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
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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。
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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 tri��9�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
封面
书名:单光子和双光子吸收:原理和应用/孙萌涛
作者:孙萌涛、李源作
页数:167
定价:¥49.0
出版社:清华大学出版社
出版日期:2017-08-01
ISBN:9787302499749
PDF电子书大小:106MB 高清扫描完整版