超快和纳米光学

出版时间：2008-1  出版社：科学出版社  作者：Xinping Zhang 编  页数：171  

内容概要

　　《超快和纳米光学》收集了32 articles that are presented in the international symposium of "Ultrafast and Nano Optics" held in Beijing University of Technology in October， 2007. A variety of focused topics were covered by this symposium， including ultrafast laser technology, laser micromachining, time-resolved spectroscopy, nano-fabrication and characterization, micro- and nano-scale organic and inorganic optoelectronics. The articles have been reorganized systematically so that they may provide a useful resource and a good reference for the graduate students and for the scientists in the fields of optics, laser technology, nanoscience and nanotechnology, and condensed matter physics.

书籍目录

Section Ⅰ Ultrafast Optics and ApplicationsPolymer Optical Fiber Amplifiers Based on Conjugated Fluorene OligomersFemtosecond Laser Applications in Micro/Nano Science and TechnologyTiming Distribution with Femtosecond LasersFemtosecond Petawatt Ti'sapphire Laser in SIOMFemtosecond Filaments in Air: Multi-pulses Carrying Phase DislocationGeneration of High Energy Picosecond Laser Pulse at Near-Vacuum Ultraviolet by Sum Frequency　 Mixing of Amplified Ti:sapphire LaserGeneration of 10 fs Laser Pulses at Repetition Rate of 525 MHz and Octave-Spanning Spectrum BroadeningCr:LiSAF Fs-lasers and Applications in Tradition Chinese MedicineFrequency Doubling VECSELs with LBOSupercontinuum Generation in Tapered Fiber and Propagation Characteristics of Femto-Second PulseEven-and Odd-Parity Exciton-Dissociation States Resolved Using Tunable Multi- Photon Excitation in PolyfluoreneSection Ⅱ Nano Optics and TechnologyPhotonic Bandgap Structures with Organic Materials for Lasing ApplicationsTemporal Dynamics of the Yellow Mn Internal Luminescence of Zn1-xMnxS Nano-spheres of Different xDimensional Dependence of the Transients of the Yellow Mn Luminescence in Zn1-xMnxS Nanowires and NanoribbonsOptical Properties of the Microstructures of the Iridescent Scales in ButterfliesFabrication of Periodic Quasi-Crystals with Photonic Band Gaps Overlaping the Whole Visible RangeLuminescent and Spectroscopic Applications of Photonic NanostructuresHolographic Design of Photonic Crystals with Large Complete BandgapExperimental Nano-Mechanics of One-Dimensional Nanomaterials by In-situ Tran- smission Electron MicroscopyThe Research on Laser Microprocessing TechnologyAnalysis of Negative Refraction of 2D Photonic Crystals with EFS MethodTransmission Properties and Negative Refraction in Holographic Photonic Crystals Design of Photonic Crystal Based Four-Channel Drop FiltersOptical Properties of Nanometer Metallic StructuresFabrication of Large-Area two-Dimensional Photonic Crystals of Metallic Nano- cylinders Using　 Colloidal Gold NanoparticlesSection Ⅲ Other TopicsStudies of Two Miniature Light-Harvesting Antennae: A Peridinin-Pyropheophorbide Dyad and its Fucoxanthin Analogue　Determination of the Electromechanical Coupling Coefficient of Quartz CrystalsFiber Loop-Mirror SensorAcousto-Electro-Optic Device Using Surface Acoustic WaveInteraction Between Surface Acoustic Wave and Fiber Guided Optic WaveWavelength Demodulation Device with High ResolutionAnalysis of Pulse Width Expanded on Diversified Dispersions in Fibers