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Self-Organized Lightwave Networks : Self-Aligned Coupling Optical Waveguides.

Author: Tetsuzo Yoshimura
Publisher: Milton : Chapman and Hall/CRC, 2018.
Edition/Format:   eBook : Document : EnglishView all editions and formats
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Genre/Form: Electronic books
Additional Physical Format: Print version:
Yoshimura, Tetsuzo.
Self-Organized Lightwave Networks : Self-Aligned Coupling Optical Waveguides.
Milton : Chapman and Hall/CRC, ©2018
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: Tetsuzo Yoshimura
ISBN: 9781351004886 1351004883 9781498779807 1498779808
OCLC Number: 1030029158
Notes: 7.2.2 Waveguide-Type Thin-Film Artificial Photosynthesis Cell.
Description: 1 online resource (265 pages)
Contents: Cover; Half Title; Title Page; Copyright Page; Dedication; Contents; Preface; Author; Chapter 1: Introduction; Chapter 2: Related Technologies; 2.1 Self-Focusing of Lightwaves in Nonlinear Optical Media; 2.2 Self-Written Waveguides (SWWs); References; Chapter 3: Concepts and Features of Self-Organized Lightwave Networks (SOLNETs); 3.1 Types of SOLNETs; 3.2 PRI Materials; 3.3 One-Photon and Two-Photon SOLNETs; 3.4 Fabrication Processes of Targets and Phosphor-Doped Regions; References; Chapter 4: Performance of SOLNETs Predicted by Computer Simulations. 4.1 SOLNETs between Microscale Waveguides4.1.1 TB-SOLNET/P-SOLNET; 4.1.1.1 Couplings between Waveguides with Same Core Size; 4.1.1.2 Couplings between Waveguides with Different Core Sizes; 4.1.2 R-SOLNET; 4.2 SOLNETs between Nanoscale Waveguides; 4.2.1 Simulation Models and Procedures; 4.2.2 Butt Joint; 4.2.3 TB-SOLNET/P-SOLNET; 4.2.4 R-SOLNET; 4.2.5 LA-SOLNET; 4.2.6 Performance of Couplings; 4.3 SOLNETs between Microscale and Nanoscale Waveguides; 4.3.1 Simulation Models and Procedures; 4.3.2 Butt Joint; 4.3.3 TB-SOLNET/P-SOLNET; 4.3.4 R-SOLNET; 4.3.5 LA-SOLNET. 4.3.6 Performance of Couplings4.4 Influence of Write-Beam Wavelengths on SOLNET Formation; 4.5 Influence of Write-Beam Intensity and Gap Distances on SOLNET Formation; 4.5.1 Write-Beam Intensity; 4.5.2 Gap Distances; 4.6 Vertical SOLNETs; 4.6.1 L-Shaped SWW; 4.6.2 R-SOLNET with Wavelength Filters; 4.6.3 Vertical R-SOLNET; 4.7 Parallel SOLNETs; 4.7.1 Comparison of Parallel R-SOLNETs and SWWs; 4.7.2 Misalignment Tolerance in Parallel R-SOLNETs; 4.8 Y-Branching SOLNETs; 4.8.1 Y-Branching TB-SOLNET; 4.8.2 Y-Branching R-SOLNET; References. Chapter 5: Preferable Waveguide Growth Condition for SOLNET Formation5.1 Straight Waveguide Growth; 5.2 Vertical Waveguide Growth; 5.3 Influence of Write-Beam Absorption and Intensity on Waveguide Growth; 5.3.1 Write-Beam Absorption; 5.3.2 Write-Beam Intensity; References; Chapter 6: Experimental Demonstrations of SOLNETs; 6.1 TB-SOLNETs; 6.2 R-SOLNETs; 6.2.1 R-SOLNET Formed by a Free-Space Write Beam; 6.2.2 R-SOLNET with Micromirrors; 6.2.3 R-SOLNET with Reflective Objects; 6.2.4 R-SOLNET with Luminescent Targets; 6.2.4.1 Coumarin-481 Luminescent Targets; 6.2.4.2 Alq3 Luminescent Targets. 6.3 Y-Branching SOLNETs6.4 Two-Photon SOLNETs; 6.4.1 Two-Photon TB-SOLNET; 6.4.2 Two-Photon R-SOLNET; References; Chapter 7: Applications of SOLNETs; 7.1 Integrated Optical Interconnects and Switching Systems; 7.1.1 Scalable Film Optical Link Module (S-FOLM); 7.1.2 3D OE Platform Built by Self-Organized Optical Wiring; 7.1.3 Self-Organized 3D-Integrated Optical Interconnects; 7.1.4 Self-Organized 3D-MOSS; 7.1.5 Effect of SOLNET on Insertion Loss in 3D-MOSS; 7.2 Integrated Solar Energy Conversion Systems; 7.2.1 Waveguide-Type Thin-Film Sensitized Solar Cell.

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"This book encapsulates how self-focusing photo-sensitive media can be utilized to enable the automatic formation of self-aligned coupling optical waveguides. Such self-organized lightwave networks Read more...

 
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