| 国外物理名著系列 |
| 《极端非线性光学(英文影印版)》 1 introduction 1.1 "traditional" nonlinear optics - extreme nonlinear optics 1.2 how to read this book? 2 selected aspects of few-cycle laser pulses and nonlinear optics 2.1 maxwell equations 2.2 the light intensity 2.3 electric field in a laser resonator 2.4 a brief look at phenomenological nonlinear optics 2.5 even-harmonic generation and inversion symmetry 2.6 principle of measuring the carrier-envelope frequency 3 the lorentz oscillator model and beyond 3.1 linear optics: revisiting the lorentz oscillator model 3.2 two-level systems and rabi energy 3.3 carrier-wave rabi flopping 3.4 frequency doubling with inversion symmetry 3.5 quantum interference of multiphoton absorption 3.6 high harmonics from two-level systems 3.6.1 the "static-field approximation" 3.6.2 the "square-wave approximation" .3.6.3 the dressed two-level system: floquet states 4 the drude free-electron model and beyond 4.1 linear optics: the drude model 4.2 electron wave packets driven by light 4.2.1 semiclassical considerations 4.2.2 quantum-mechanical treatment: dressed electrons 4.3 crystal electrons 4.3.1 static-field case 4.3.2 high harmonics from carrier-wave bloch oscillations 4.4 extreme nonlinear optics of relativistic electrons 4.4.1 second-harmonic generation and photon drag 4.4.2 nonperturbative regime 4.5 extreme nonlinear optics of dirac electrons 4.6 unruh radiation 5 lorentz becomes drude: bound-unbound transitions 5.1 high-harmonic generation: phenomenological approach 5.2 the keldysh parameter 5.3 field ionization of atoms 5.4 high-harmonic generation 5.4.1 three-step scenario and cutoff 5.5 application to photoemission from metal surfaces 6 accounting for propagation effects 6.1 numerical solution of the nonlinear maxwell equations 6.2 slowly varying envelope approximation 6.3 gouy phase and carrier-envelope phase 6.4 reshaping of the amplitude spectrum 7 extreme nonlinear optics of semiconductors and isolators 7.1 carrier-wave rabi flopping 7.1.1 experiment 7.1.2 theory 7.1.3 dependence on the carrier-envelope phase 7.1.4 semiconductor bloch equations 7.2 "thg in the disguise of shg". 7.3 dynamic franz-keldysh effect 7.4 photon drag or dynamic hall effect 7.5 conical second-harmonic generation 8 extreme nonlinear optics of atoms and electrons 8.1 high-harmonic generation from atoms 8.1.1 gas jets 8.1.2 hollow waveguides 8.1.3 quasi phase-matching in modulated capillaries 8.1.4 dependence on the carrier-envelope phase 8.2 relativistic nonlinear thomson scattering solutions symbols references index |
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