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Model of Electrophotographic Binder Layers
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V. Gaidelis
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Chapters in this book
- Frontmatter I
- Preface V
- Eggert Celebration VII
- List of Authors IX
- List of Participants XI
- List of Donors XIII
- Contents XIV
- Image Technology for the Humanity 1
- Current Theories Concerning Charge/Discharge Phenomena in Xerography 7
- The Function of Depth in Electrophotographic ZnO-Binder Layers 21
- Dark Decay in Electrophotographic Zinc Oxide Layers. Mechanism and Mathematical Model 28
- The Discharge Mechanism of Se Electroradiographic Layers Irradiated by X-rays 39
- X-Ray Induced Discharge of Amorphous Selenium Layers 48
- The Measurement of the Charging and Discharging Characteristics of Photoconductive Layers 55
- Surface and Related Phenomena on Zinc Oxide 61
- Surface Properties of Zinc Oxide Crystals 73
- Electronic and Structural Properties of the ZnO polar Surfaces 81
- On the Dark Decay of Negatively Charged ZnO Single Crystals 89
- Analysis of Electrophotographic Discharge by Independent Measurement of Surface Charge and Surface Voltage 102
- Electrophotographic Properties of Amorphous Selenium-Sulfur Layers 112
- Model of Electrophotographic Binder Layers 115
- Investigation of Space Charge Formation and its Distribution in Electrophotographic Layers 126
- Dielectric Properties and Quantum Efficiency of ZnO-Binder-Layers 133
- Latent Image Formation Mechanism in As2Se3 Electrophotographic Layers 139
- Dye Sensitization Problems in the Photoconduction of Zinc Oxide 146
- On the Mechanism of Dye-Sensitization of Photoconductivity of Poly-N-Vinylcarbazole 163
- Dye Sensitization of Zinc Oxide by Means of the Electrochemical Cell Technique 178
- The Present Status of Organic Photoconductors in Electrophotography 194
- Dependence of Photoconductivity on Molecular Weight of Poly-N-Vinyl-Carbazole 215
- Electrophotographic Behavior of Bromopyrene Resin Acceptor Complexes 219
- Aging of Organic Photoconductors 232
- EPR Investigations of Photoconducting Charge-Transfer Complexes 244
- Charge Carrier Formation in Oxadiazole 250
- Organic-Inorganic Photoconductor Systems 256
- Electrophotographic Properties of Copper Phthalocyanine-Zinc Oxide Systems 271
- Phthalocyanine-Binder Photoreceptors for Xerography 287
- The Photoconductivity of Metal Chelates 301
- High Sensitivity Electrophotographic Development 322
- Particle Charge and Stability of Liquid Developers in Electrophotography 336
- Sensitized Photolysis on Semiconductors as Analogy to the Conventional Photographic Process 347
- Computer Simulation of the Electrophotographic Process in a Simple Model 353
- Electrophotographic Process with Quantum Efficiency More than Unity 374
- Some Remarks to an Analog Model of a ZnO-Binder Layer 380
- A Comment on the Limited Utility of Surface Potential-Exposure Measurements 383
- Continuous Tone Images with Electrophotographic Layers 386
- Backmatter 388
Chapters in this book
- Frontmatter I
- Preface V
- Eggert Celebration VII
- List of Authors IX
- List of Participants XI
- List of Donors XIII
- Contents XIV
- Image Technology for the Humanity 1
- Current Theories Concerning Charge/Discharge Phenomena in Xerography 7
- The Function of Depth in Electrophotographic ZnO-Binder Layers 21
- Dark Decay in Electrophotographic Zinc Oxide Layers. Mechanism and Mathematical Model 28
- The Discharge Mechanism of Se Electroradiographic Layers Irradiated by X-rays 39
- X-Ray Induced Discharge of Amorphous Selenium Layers 48
- The Measurement of the Charging and Discharging Characteristics of Photoconductive Layers 55
- Surface and Related Phenomena on Zinc Oxide 61
- Surface Properties of Zinc Oxide Crystals 73
- Electronic and Structural Properties of the ZnO polar Surfaces 81
- On the Dark Decay of Negatively Charged ZnO Single Crystals 89
- Analysis of Electrophotographic Discharge by Independent Measurement of Surface Charge and Surface Voltage 102
- Electrophotographic Properties of Amorphous Selenium-Sulfur Layers 112
- Model of Electrophotographic Binder Layers 115
- Investigation of Space Charge Formation and its Distribution in Electrophotographic Layers 126
- Dielectric Properties and Quantum Efficiency of ZnO-Binder-Layers 133
- Latent Image Formation Mechanism in As2Se3 Electrophotographic Layers 139
- Dye Sensitization Problems in the Photoconduction of Zinc Oxide 146
- On the Mechanism of Dye-Sensitization of Photoconductivity of Poly-N-Vinylcarbazole 163
- Dye Sensitization of Zinc Oxide by Means of the Electrochemical Cell Technique 178
- The Present Status of Organic Photoconductors in Electrophotography 194
- Dependence of Photoconductivity on Molecular Weight of Poly-N-Vinyl-Carbazole 215
- Electrophotographic Behavior of Bromopyrene Resin Acceptor Complexes 219
- Aging of Organic Photoconductors 232
- EPR Investigations of Photoconducting Charge-Transfer Complexes 244
- Charge Carrier Formation in Oxadiazole 250
- Organic-Inorganic Photoconductor Systems 256
- Electrophotographic Properties of Copper Phthalocyanine-Zinc Oxide Systems 271
- Phthalocyanine-Binder Photoreceptors for Xerography 287
- The Photoconductivity of Metal Chelates 301
- High Sensitivity Electrophotographic Development 322
- Particle Charge and Stability of Liquid Developers in Electrophotography 336
- Sensitized Photolysis on Semiconductors as Analogy to the Conventional Photographic Process 347
- Computer Simulation of the Electrophotographic Process in a Simple Model 353
- Electrophotographic Process with Quantum Efficiency More than Unity 374
- Some Remarks to an Analog Model of a ZnO-Binder Layer 380
- A Comment on the Limited Utility of Surface Potential-Exposure Measurements 383
- Continuous Tone Images with Electrophotographic Layers 386
- Backmatter 388