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Theoretical Studies Of Plasmonics Using Electronic Structure Methods.

S. Morton, D. W. Silverstein, L. Jensen
Published 2011 · Chemistry, Medicine

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3.1. Enhanced Electronic Excitations 3968 3.2. Surface-Enhanced Infrared Absorption 3970 4. Surface-Enhanced Fluorescence 3970 5. Surface-Enhanced Raman Scattering 3974 5.1. Early History of SERS 3974 5.2. The Electromagnetic Mechanism 3975 5.3. The Chemical Mechanism 3976 5.3.1. The Resonance Raman Mechanism 3976 5.3.2. The Charge-Transfer Mechanism 3977 5.3.3. The Nonresonant Chemical Mechanism 3977 5.4. Unifying the Description of SERS 3978 5.4.1. Combined Quantum and Classical Method for SERS 3979 6. Chiroptical Properties of Small Metal Clusters 3979 6.1. Circular Dichroism 3979 6.1.1. Chiral Core Model 3980 6.1.2. Dissymmetric Field Model 3981 6.1.3. Chiral Footprint Model 3981 6.2. Vibrational Raman Optical Activity 3983 7. Nonlinear Optical Properties 3984 7.1. Surface-Enhanced Hyper-Raman Scattering 3984 8. Conclusion 3986 Author Information 3987 Biographies 3987 Acknowledgment 3987 References 3988
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