Precision Plastic Optics for Optical Storage, Displays, Imaging and Communications, Vol. 313
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Conference CommitteeIntroductionPrecision molding techniques for optical waveguide devices2Plastic integrated optical components made by molding, liquid jet delineation, and photoprocessing12Hot embossing and injection molding for micro-optical components24Exploiting plastic optical elements in display systems30Properties of fluorinated polyimide optical waveguides38Birefringence-free acrylic resin for precision plastic optics42Enhanced performance of polymer waveguides by replication and UV patterning in ORMOCER53Observation of nonmonotone relaxation of photoexcited D2 azo-dye-doped polymers64Linear and second-order nonlinear optical properties of novel photochromic materials71Erbium-doped polymer waveguide amplifiers79Switching characteristics of polymer-dispersed LC devices having polymer-made transparent electrodes86Refractive microlens arrays made by contactless embossing96Novel micro-optical components made from optical adhesives106Plastic rod-lens with excellent optical performance112Current status of commercially available plastic optical fiber126Coupling and waveguiding in photopolymers136Fiber-chip coupling and refractive index profile of UV-generated waveguides in PMMA144Directional couplers in PMMA working as wavelength and polarization splitters154Optical detection of organic vapors using gratings in photopolymers160Recording grooves for fiber-chip coupling in PMMA using KrF excimer laser radiation: experiment and simulation169Self-developing photopolymer system with ultraviolet sensitivity179Fabrication and testing of a blazed holographic optical element188Photothermoplastic medium as a hologram recorder for optical storage applications197Optical computer motherboards206Feasibility of optical filters and switches using plastic photonic bandgap structures219Proposal for polymer photonic bandgap materials fabricated by dry etching and diffusion230Addendum237Author Index238
