Nonlinear Optics :
Rottwitt, Karsten.
Nonlinear Optics : - Hoboken : CRC Press, 2015. - 321 - eBooks on Demand Optical Sciences and Applications of Light ; .
Front Cover; Contents; Series Preface: Optical Sciences and Applications of Light; Preface; Acknowledgements; Scope and structure; Authors; Chapter 1: Introduction; Chapter 2: Time-domain material response; Chapter 3: Material response in the frequency domain, susceptibility tensors; Chapter 4: Symmetries in nonlinear optics; Chapter 5: The nonlinear wave equation; Chapter 6: Second-order nonlinear effects; Chapter 7: Raman scattering; Chapter 8: Brillouin Scattering; Chapter 9: Optical Kerr effect; Chapter 10: Four-wave mixing; Appendix A: Tensors; Appendix B: Hamiltonian and polarization Appendix C: Signal analysisAppendix D: Generating matrices and susceptibility tensors; Appendix E: Transverse field distributions; Appendix F: The index ellipsoid; Appendix G: Materials commonly used in nonlinear optics; Bibliography
IntroductionReview of linear opticsInduced polarizationHarmonic oscillator modelLocal field correctionsEstimated nonlinear responseSummaryTime-domain material responseThe polarization time-response functionThe Born-Oppenheimer approximationRaman scattering response function of silicaSummaryMaterial response in the frequency domain, susceptibility tensorsThe susceptibility tensorThe induced polarization in the frequency domainSum of monochromatic fieldsThe prefactor to the induced polarizationThird-order polarization in the Born-Oppenheimer approximation in the frequency domainKramers-Kronig re
9781466565838
620.0042 / ROT
Nonlinear Optics : - Hoboken : CRC Press, 2015. - 321 - eBooks on Demand Optical Sciences and Applications of Light ; .
Front Cover; Contents; Series Preface: Optical Sciences and Applications of Light; Preface; Acknowledgements; Scope and structure; Authors; Chapter 1: Introduction; Chapter 2: Time-domain material response; Chapter 3: Material response in the frequency domain, susceptibility tensors; Chapter 4: Symmetries in nonlinear optics; Chapter 5: The nonlinear wave equation; Chapter 6: Second-order nonlinear effects; Chapter 7: Raman scattering; Chapter 8: Brillouin Scattering; Chapter 9: Optical Kerr effect; Chapter 10: Four-wave mixing; Appendix A: Tensors; Appendix B: Hamiltonian and polarization Appendix C: Signal analysisAppendix D: Generating matrices and susceptibility tensors; Appendix E: Transverse field distributions; Appendix F: The index ellipsoid; Appendix G: Materials commonly used in nonlinear optics; Bibliography
IntroductionReview of linear opticsInduced polarizationHarmonic oscillator modelLocal field correctionsEstimated nonlinear responseSummaryTime-domain material responseThe polarization time-response functionThe Born-Oppenheimer approximationRaman scattering response function of silicaSummaryMaterial response in the frequency domain, susceptibility tensorsThe susceptibility tensorThe induced polarization in the frequency domainSum of monochromatic fieldsThe prefactor to the induced polarizationThird-order polarization in the Born-Oppenheimer approximation in the frequency domainKramers-Kronig re
9781466565838
620.0042 / ROT