Linked e-resources
Details
Table of Contents
Intro; Foreword; Preface; Contents; 1 Introduction; 2 Mechanism of Multidimensional Optical Storage; 3 Recording Materials and Process; 4 Super Resolution and Laser Sources; 5 Multi-wavelength and Multi-level (MW/ML) Storage Systems; 6 Tridimensional (3D) Optical Storage; 7 Volume Holography and Dynamic Static Speckle Multiplexing; 8 Multitrack Superposed and Polarized Recording; Appendix A: Constants of Physics and Chemistry; Appendix B: Mathematical Symbols; Appendix C: Calculation Symbols; Appendix D: Symbols of Probability Analysis; Appendix E: Symbol of Measurement Unite; Bibliography
1.1 Look Back on Optical Digital Data Storage1.2 Research and Development of Optical Storage in China; 1.3 The Advanced Efforts for Multi-dimension Optical Storage; 1.4 Frontier Science and Technologies Related to Optical Storage; 1.5 Big Data Storage and Application; References; 2.1 Photophysics and Photochemistry; 2.2 Photoinduced Electron Transfer Process; 2.3 Other Actions of Photon to Materials; 2.4 Photophysical Properties of Organometallic Polymers; 2.5 Inorganic Photochemistry and Photocatalysis; 2.6 Reaction Control; 2.7 Photoinitiation of Radical Reactions
2.8 Insertion Rate and Effective Capacity of Multidimensional StorageReferences; 3.1 Inorganic-Organic Composite Materials; 3.2 Photochromic Reaction in Recording Materials; 3.3 Structure and Testing of Medium; 3.4 Model of Writing; 3.5 Quantitative Evaluation for Absorbable Spectrum of Medium; 3.6 The Reflectivity and Sensitivity; 3.7 Written Time Constant and Crosstalk; 3.8 Non-destructive Readout; References; 4.1 Optical Super Resolution and Micro-aperture Laser; 4.2 Micro-aperture Semiconductor Laser; 4.3 Optically Injected Quantum Dot Lasers; 4.4 Quantum Dot Laser Model
4.5 Impact of the Pump Current on the Dynamics4.6 Photon Rate Equation; 4.7 Static/Dynamic Characteristics of QD Lasers; 4.8 Femtosecon, UV, and Multiwavelength Lasers; References; 5.1 Configuration of MW/ML Storage Optical System; 5.2 Optical Channel Characteristics; 5.3 Modulation and Code; 5.4 The Error Correction; 5.5 Multi-level CD-ROM; 5.6 Multi-level Run-Length Limited Modulation Code; 5.7 Multi-level Blu-Ray Disc Drive; 5.8 Rewritable Multi-level Storage; References; 6.1 Two-Photon Multilayer Storage; 6.2 Vertical Resolution of 3D Optical Storage
6.3 Stereo-Multidimensional Storage Medium6.4 Multilayer Parallel Read/Write; 6.5 Adaptive Aberration Correction; 6.6 Stereo Optical Solid State Memory; 6.7 Multivalued Polarization-Sensitive Storage; 6.8 Multidimensional Codes; References; 7.1 Evolution of Volume Holographic Storage; 7.2 Performances and Evaluation of Medium; 7.3 Classification and Comparison of Multiplexing Schemes; 7.4 Multiwavelength Volume Holography Storage; 7.5 Dynamic Speckle Static Multiplexing (DSSM); 7.6 Hybrid Speckle Multiplexing with DSSM; 7.7 The Relationship of DSSM Selectivity and Speckle Size
1.1 Look Back on Optical Digital Data Storage1.2 Research and Development of Optical Storage in China; 1.3 The Advanced Efforts for Multi-dimension Optical Storage; 1.4 Frontier Science and Technologies Related to Optical Storage; 1.5 Big Data Storage and Application; References; 2.1 Photophysics and Photochemistry; 2.2 Photoinduced Electron Transfer Process; 2.3 Other Actions of Photon to Materials; 2.4 Photophysical Properties of Organometallic Polymers; 2.5 Inorganic Photochemistry and Photocatalysis; 2.6 Reaction Control; 2.7 Photoinitiation of Radical Reactions
2.8 Insertion Rate and Effective Capacity of Multidimensional StorageReferences; 3.1 Inorganic-Organic Composite Materials; 3.2 Photochromic Reaction in Recording Materials; 3.3 Structure and Testing of Medium; 3.4 Model of Writing; 3.5 Quantitative Evaluation for Absorbable Spectrum of Medium; 3.6 The Reflectivity and Sensitivity; 3.7 Written Time Constant and Crosstalk; 3.8 Non-destructive Readout; References; 4.1 Optical Super Resolution and Micro-aperture Laser; 4.2 Micro-aperture Semiconductor Laser; 4.3 Optically Injected Quantum Dot Lasers; 4.4 Quantum Dot Laser Model
4.5 Impact of the Pump Current on the Dynamics4.6 Photon Rate Equation; 4.7 Static/Dynamic Characteristics of QD Lasers; 4.8 Femtosecon, UV, and Multiwavelength Lasers; References; 5.1 Configuration of MW/ML Storage Optical System; 5.2 Optical Channel Characteristics; 5.3 Modulation and Code; 5.4 The Error Correction; 5.5 Multi-level CD-ROM; 5.6 Multi-level Run-Length Limited Modulation Code; 5.7 Multi-level Blu-Ray Disc Drive; 5.8 Rewritable Multi-level Storage; References; 6.1 Two-Photon Multilayer Storage; 6.2 Vertical Resolution of 3D Optical Storage
6.3 Stereo-Multidimensional Storage Medium6.4 Multilayer Parallel Read/Write; 6.5 Adaptive Aberration Correction; 6.6 Stereo Optical Solid State Memory; 6.7 Multivalued Polarization-Sensitive Storage; 6.8 Multidimensional Codes; References; 7.1 Evolution of Volume Holographic Storage; 7.2 Performances and Evaluation of Medium; 7.3 Classification and Comparison of Multiplexing Schemes; 7.4 Multiwavelength Volume Holography Storage; 7.5 Dynamic Speckle Static Multiplexing (DSSM); 7.6 Hybrid Speckle Multiplexing with DSSM; 7.7 The Relationship of DSSM Selectivity and Speckle Size