Two-dimensional optical spectroscopy

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Two-dimensional optical spectroscopy / Minhaeng Cho

資料種別:: 図書
出版情報:: Boca Raton : CRC, c2009
形態:: 378 p. ; 25 cm
著者名:: Cho, Minhaeng
ISBN:: 9781420084290 [1420084291]
書誌ID:: BA91104115

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注記:

Includes bibliographical references and idenx

主題:

Optical spectroscopy; Quantum optics

言語:

英語

目次情報:

Preface

About the Author

Acknowledgments

Introduction / Chapter 1：

References

Quantum Dynamics / Chapter 2：

Time Evolution in Hilbert Space / 2.1：

Time-Dependent Perturbation Theory in Hilbert Space / 2.2：

Diagram Representation of the Time-Dependent Perturbation Theory in Hilbert Space / 2.3：

Transition Amplitude and Probability in Hilbert Space / 2.4：

Time Evolution in Liouville Space / 2.5：

Time-Dependent Perturbation Theory in Liouville Space / 2.6：

Transition Probability in Liouville Space and Pathways / 2.7：

Second-Order Transition between Two Populations / 2.7.1：

Second-Order Transition between Two Coherences / 2.7.2：

First-Order Transition between Population and Coherence / 2.7.3：

Linear Response Spectroscopy / Chapter 3：

Linear Response Function / 3.1：

System-Bath Interaction and Line Broadening / 3.2：

Rotational Averaging of Tensors / 3.3：

Linear Absorption Spectroscopy / 3.4：

Raman Scattering / 3.5：

Hyper-Raman Scattering / 3.6：

IR-Raman Surface Vibrational Spectroscopy / 3.7：

Raman-IR Surface Vibrational Spectroscopy / 3.8：

Appendix: Nonlinear Polarization and Generated Signal Electric Field

Second-Order Response Spectroscopy / Chapter 4：

Second-Order Response Function / 4.1：

Three-Level System and Line-Broadening Function / 4.2：

Sum Frequency Generation / 4.3：

Difference Frequency Generation / 4.4：

IR-IR-vis Four-Wave Mixing / 4.5：

Third-Order Response Spectroscopy / Chapter 5：

Third-Order Response Function / 5.1：

Four-Level System and Line-Broadening Function / 5.2：

Short-Time Approximation to the Third-Order Response Function / 5.3：

Third-Order Response Function of a Two-Level System / 5.4：

Pump-Probe Spectroscopy of a Two-Level System / 5.5：

Rephasing Photon Echo Spectroscopy of a Two-Level System / 5.6：

Nonrephasing Photon Echo Spectroscopy of a Two-Level System / 5.7：

Three-Pulse Photon Echo Peak Shift (PEPS) / 5.8：

Two-Dimensional Pump-Probe Spectroscopy / Chapter 6：

Introduction to Two-Dimensional Pump-Probe Spectroscopy / 6.1：

Two-Dimensional Pump-Probe Spectrum of Two-Level System / 6.2：

Two-Dimensional Pump-Probe Spectrum of an Anharmonic Oscillator / 6.3：

Two-Dimensional Photon Echo Spectroscopy / Chapter 7：

Phase and Amplitude Detection of the Two-Dimensional Photon Echo Signal Field / 7.1：

Two-Dimensional Photon Echo Spectrum of a Two-Level System / 7.2：

Two-Dimensional Nonrephasing Photon Echo Spectrum of a Two-Level System / 7.3：

Two-Dimensional Photon Echo Spectrum of an Anharmonic Oscillator / 7.4：

Simple Two-Dimensional Lorentzian Peak Shape / 7.5：

Simple Two-Dimensional Gaussian Peak Shape / 7.6：

Coupled Multi-Chromophore System / Chapter 8：

Frenkel Hamiltonian in Site Representation / 8.1：

Delocalized Exciton Representation / 8.2：

Delocalized State Energy and Transition Dipole Matrix Element / 8.3：

Transition Frequency-Frequency Correlation Functions / 8.4：

Exchange-Narrowing Effect on Absorption Spectrum / 8.5：

Measurements of Auto- and Cross-Frequency-Frequency Correlation Functions / 8.6：

Exciton Population Transfer / 8.7：

Two-Dimensional Spectroscopy of Coupled Dimers / Chapter 9：

Model Hamiltonian of a Coupled Two-Level System Dimer / 9.1：

Delocalized Excited-State Energy Fluctuations and Time Correlation Functions / 9.2：

Coupled Two-Level System Dimer: Quantum Beats at Short Time / 9.3：

Coupled Two-Level System Dimer: Intermediate Time Region / 9.4：

Coupled Two-Level System Dimer: Population Transfer Effects / 9.5：

Coupled Anharmonic Oscillators: Model Hamiltonian / 9.6：

Coupled Anharmonic Oscillators: Two-Dimensional Photon Echo Spectrum at Short Time / 9.7：

Coupled Anharmonic Oscillators: Degenerate Case / 9.8：

Coupled Anharmonic Oscillators: Population Transfer Effects / 9.9：

Chemical Exchange and Two-Dimensional Spectroscopy / Chapter 10：

Model System / 10.1：

Chemical Exchange Diagrams: Two-Level System / 10.2：

Chemical Exchange Diagrams: Anharmonic Oscillator / 10.3：

Polarization-Controlled Two-Dimensional Spectroscopy / Chapter 11：

Parallel Polarization ZZZZ-Echo: Two-Level System / 11.1：

Perpendicular Polarization ZYYZ-Echo: Two-Level System / 11.2：

Difference Two-Dimensional Photon Echo Spectrum: Coupled Two-Level System Dimer / 11.3：

Parallel Polarization ZZZZ-Echo: Anharmonic Oscillators / 11.4：

Perpendicular Polarization ZYYZ-Echo: Anharmonic Oscillators / 11.5：

Difference Two-Dimensional Echo Spectrum: Coupled Anharmonic Oscillators / 11.6：

Generalized Polarization-Controlled Two-Dimensional Spectroscopy / 11.7：

Determination of the Angle between Any Two Transition Dipole Vectors / 11.8：

Applications of Two-Dimensional Vibrational Spectroscopy / Chapter 12：

Single Anharmonic Oscillator Systems / 12.1：

Coupled Two-Oscillator Systems / 12.2：

Polypeptide Secondary Structures / 12.3：

Globular Proteins and Membrane-Bound Proteins / 12.4：

Nucleic Acids / 12.5：

Hydrogen-Bonding Dynamics and Chemical Exchange / 12.6：

Solute-Solvent Complexation and Micro-Solvation / 12.7：

Internal Rotation / 12.8：

Transient Two-Dimensional IR Spectroscopy: Protein Folding and Unfolding / 12.9：

Applications of Two-Dimensional Electronic Spectroscopy / Chapter 13：

Application to Fenna-Matthews-Olson Light-Harvesting Complex / 13.1：

Application to Semiconductors / 13.2：

Two-Dimensional Second-Order Response Spectroscopy / Chapter 14：

Two-Dimensional Sum Frequency Generation / 14.1：

Two-Dimensional Sum Frequency Generation of Solution Sample / 14.2：

Two-Dimensional Sum Frequency Generation of Coupled Two-Level System Dimer / 14.3：

Two-Dimensional Sum Frequency Generation of Coupled Anharmonic Oscillators / 14.4：

Two-Dimensional Difference Frequency Generation / 14.5：

IR-IR-vis Sum Frequency Generation and Difference Frequency Generation / 14.6：

Other IR-IR-vis Four-Wave-Mixings / 14.7：

Fifth-Order Raman Scattering / 14.8：

Linear Optical Activity Spectroscopy / Chapter 15：

Radiation-Matter Interaction Hamiltonian and Polarization / 15.1：

Circular Dichroism and Optical Rotatory Dispersion / 15.2：

Raman Optical Activity / 15.3：

IR-Raman Optical Activity Spectroscopy / 15.4：

Raman-IR Optical Activity Spectroscopy / 15.5：

Nonlinear Optical Activity Spectroscopy / Chapter 16：

Nonlinear Optical Activity Measurement Methods / 16.1：

Rotational Averaging of Higher-Rank Tensors / 16.2：

Two-Dimensional Optical Activity Pump-Probe: Two-Level System / 16.3：

Two-Dimensional Optical Activity Photon Echo: Two-Level System / 16.4：

Two-Dimensional Optical Activity Photon Echo of Coupled Two-Level System Dimer / 16.5：

Index

Preface

About the Author

Acknowledgments

Introduction / Chapter 1：

References

Quantum Dynamics / Chapter 2：

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