Ultra-Realistic Imaging: Advanced Techniques in Analogue and Digital Colour Holography
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品牌: Hans BjelkhagenDavid Brotherton-Ratcliffe
基本信息出版社:CRC Press Inc (2013年3月8日)精装:608页语种：英语ISBN:1439827990条形码:9781439827994ASIN:1439827990您想告诉我们您发现了更低的价格?
商品描述目录Introduction Interferential Imaging Science Interference Structures in Nature Maxwell's Colour Theory and Early Colour Experiments Lippmann Photography History of Colour Photography Lippmann's Direct Colour Recording Technique Modern Lippmann Photography 1908 Nobel Prize in Physics Applications of Lippmann Photography Analog Colour Holography Gabor's In-line Holography Leith & Upatniek's Off-axis Holography Transmission and Reflection Holography Denisyuk's Single-Beam Holography Monochrome Holography Colour Holography CW Lasers for Colour Holography Introduction Demands on CW Lasers for Holography Gas lasers Ion Lasers Dye Lasers Solid-State Lasers Fiber Lasers Diode Lasers Recording Materials for Colour Holography Demands on Recording Materials Silver-Halide Emulsions Dichromated Gelatin Emulsions Photopolymer Materials Current Commercial Materials Digital Colour Holography Introduction and Comparison with CGH Early 2-step Techniques 1-step Spot-Matrix Printing The Pulsed Laser Printer The Dual-Mode Printer Optical Schemes Objective Design Design of the Optical Writing Head SLMs: LCD vs LCOS Pixel Size and Image Fidelity Control Speckle Design of the Reference Beam System Printer Write Patterns, Colour Ordering and Latensification Issues Optical Alignment and Stability Film and Plate Transport Printer Control Systems Pulsed Lasers for Digital Colour Holography Introduction Flash-Lamp Pumping of Nd Lasers Green Emission - Nd:YAG / Nd:YLF Nd:YAP Active and Passive Q-switching Resonator Designs Red-Blue Emission Nd:YAG Nd:YLF Nd:YAP 1313nm 1319nm 1338nm 1042nm Active and Passive Q-switching Resonator Designs Beam Energy Stability, Temporal Coherence and Control Methods - Piezo and Thermal Variants Modern Red Solutions Cr:Forserite OPO Small Cavity Flash-Lamp Pumped Lasers Larger Pulsed Lasers Stimulated Raman Scattering Diode Pumped Lasers Nd@1064nm Nd@1319nmNd@946nm Pulsed Dye Lasers Future Directions Digital Holographic Printing: Theory, Algorithms and Software Introduction Full vs Single Parallax Coordinate Systems Ideal Pixel Swap Transformations Single Parallax Dual-Parallax Window Configurations Angular and Spatial Resolution Transformations including Objective Distortion Transformations for Rainbow Holograms Chromatic and Geometric Aberration Image Pre-distortion Source-Size and Chromatic Blurring Motion Encoding Pixel Swapping Systems Storage and Data Compression Printer Control Interfaces Image Data Creation and Acquisition for the Creation of Digital Holograms 3D Modeling Rendering Engines and Systems Automated Digital Camera Systems A Pulsed Holographic Data Acquisition System Evaluation Equipment and Techniques Diffraction-Efficiency Measurements Colour Measurement Techniques Spectrophotometers Electron Microscopy Illumination Solutions for Displaying Colour Holograms Halogen Lamps Arc Lamps Theatre Projectors Diodes Compact Illumination Geometries Side Illumination New Laser Solutions Edge-Lit Techniques Production of Colour Holograms Holographic Master Plates Holographic Copying Techniques Copying Systems - Full Aperture, Contact and Quasi-Contact Copying Spot Scanning Line Scanning Laser Choice - CW vs. Pulsed Optical and Mechanical Systems Copier Control Systems Integrated Digital-Printer-Copiers Environment Control/Processing Hologram Backing, Sealing and Lamination Archival Properties Conventional Applications Advertising and Publicity Medical Imaging Holographic Maps Archival Security Solar Concentrators Exabyte Digital Memory The Future: Real-Time Display Applications Real-time Autostereoscopic Display Systems Introduction - Transmissive vs. Reflective Systems Analogue vs. Digital Screens Digital Printing Techniques Real-Time True Holographic Displays - 3D TV Introduction - Super High Resolution Spatial Light Modulators Real-Time Display Configurations Light Engines Data Bandwidth and Transport Real-Time Data Processing
