Ultrashort Light Pulses: Picosecond Techniques and ApplicationsS.L. Shapiro |
Contents
IntroductionA Historical Overview By S L Shapiro With 4 Figures | 1 |
Picosecond Relaxation Processes in Chemistry By K B Eisenthal | 6 |
Methods of Generation By D J Bradley With 46 Figures | 18 |
Copyright | |
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absorber absorption Akhmanov Alfano amplifier anti-Stokes Appl Auston band beam birefringence Bloembergen cell Chem chlorophyll coherent crystal D. J. Bradley decay delay density dephasing dispersion DODCI Duguay dye laser effect emission energy ethanol excitation exciton excitonic molecules experimental experiments fluorescence frequency glass laser Hochstrasser IEEE intensity interaction JETP Kaiser Kerr Kerr effect laser pulses Laubereau Lett lifetime light pulses liquids measured mode modelocked modelocked laser modelocked Nd molecular nonlinear index nonlinear optical observed obtained optical pulses P. M. Rentzepis parametric phase matching Phenomena II photon Phys Picosecond Phenomena picosecond pulses plasma polariton polarization probe pulse processes produced pulse duration pulse train pump pulse refraction rhodamine 6G S. L. Shapiro sample saturable second harmonic self-focusing self-phase modulation shown in Fig spectral spectroscopy spectrum Springer stimulated Raman scattering Stokes streak camera subpicosecond techniques temperature transfer transient transmission two-photon ultrashort pulses vibrational wave wavelength