Current problems in electrophotography / / ed. by W. F. Berg, K. Hauffe.

• Superior document: Title is part of eBook package: De Gruyter DGBA Reference Works <1990
• MitwirkendeR: Albrecht, W.,; Arneth, Reinhold,; Berg, W. F.,; Bethe, Günther,; Byrne, J. F.,; Camenisch, H.,; Comizzoli, R. B.,; Dannert, H.,; Dessauer, John,; Eckenbach, W.,; Epping, R. H.,; Fridkin, V. M.,; Gaidelis, V.,; Hauffe, K.,; Heiland, G.,; Hercock, R. J.,; Hirsch, H.-J.,; Inoue, Eiichi,; Ionescu, N. I.,; Jung, M.,; Jurevicius, D.,; Kassel, K. H.,; Kiess, H.,; Kosche, H. H.,; Lanker, W.,; Lewis, R. B.,; Leysen, R.,; Lu Valle, James E.,; Löhr, Bernd,; Mammino, J.,; Matulionis, A.,; Meier, H.,; Meskuotiene, E.,; Meyer-Laack, A.,; Montrimas, E.,; Moraw, R.,; Morrison, S. Roy,; Pazera, A.,; Petrikat, K.,; Pocius, Z.,; Pusch, H.,; Radler, R. W.,; Rakauskas, J.,; Range, J.,; Rein, D.,; Rochlitz, Jürgen,; Sablin-Javorski, A. D.,; Schaffert, R. M.,; Stark, H. M.,; Stockman, David L.,; Stotz, S.,; Suys, A.,; Tauraitiene, S.,; Tauraitis, A.,; Tschirwitz, U.,; Verhille, K.,; Viščakas, J.,; Weigl, J. W.,; Whittaker, G. L.,; Winkelmann, Detlef,; van Hove, H.,
• HerausgeberIn: Berg, W. F.,; Hauffe, K.,
• Place / Publishing House: Berlin ;, Boston : : De Gruyter, , [2018]; ©1972
• Year of Publication: 2018
• Edition: [3rd European colloquium at Zürich, August 1971]. Reprint 2018
• Language: English
• Physical Description: 1 online resource (387 p.)

Table of Contents

Frontmatter -- Preface -- Eggert Celebration -- List of Authors -- List of Participants -- List of Donors -- Contents -- Image Technology for the Humanity -- Current Theories Concerning Charge/Discharge Phenomena in Xerography -- The Function of Depth in Electrophotographic ZnO-Binder Layers -- Dark Decay in Electrophotographic Zinc Oxide Layers. Mechanism and Mathematical Model -- The Discharge Mechanism of Se Electroradiographic Layers Irradiated by X-rays -- X-Ray Induced Discharge of Amorphous Selenium Layers -- The Measurement of the Charging and Discharging Characteristics of Photoconductive Layers -- Surface and Related Phenomena on Zinc Oxide -- Surface Properties of Zinc Oxide Crystals -- Electronic and Structural Properties of the ZnO polar Surfaces -- On the Dark Decay of Negatively Charged ZnO Single Crystals -- Analysis of Electrophotographic Discharge by Independent Measurement of Surface Charge and Surface Voltage -- Electrophotographic Properties of Amorphous Selenium-Sulfur Layers -- Model of Electrophotographic Binder Layers -- Investigation of Space Charge Formation and its Distribution in Electrophotographic Layers -- Dielectric Properties and Quantum Efficiency of ZnO-Binder-Layers -- Latent Image Formation Mechanism in As2Se3 Electrophotographic Layers -- Dye Sensitization Problems in the Photoconduction of Zinc Oxide -- On the Mechanism of Dye-Sensitization of Photoconductivity of Poly-N-Vinylcarbazole -- Dye Sensitization of Zinc Oxide by Means of the Electrochemical Cell Technique -- The Present Status of Organic Photoconductors in Electrophotography -- Dependence of Photoconductivity on Molecular Weight of Poly-N-Vinyl-Carbazole -- Electrophotographic Behavior of Bromopyrene Resin Acceptor Complexes -- Aging of Organic Photoconductors -- EPR Investigations of Photoconducting Charge-Transfer Complexes -- Charge Carrier Formation in Oxadiazole -- Organic-Inorganic Photoconductor Systems -- Electrophotographic Properties of Copper Phthalocyanine-Zinc Oxide Systems -- Phthalocyanine-Binder Photoreceptors for Xerography -- The Photoconductivity of Metal Chelates -- High Sensitivity Electrophotographic Development -- Particle Charge and Stability of Liquid Developers in Electrophotography -- Sensitized Photolysis on Semiconductors as Analogy to the Conventional Photographic Process -- Computer Simulation of the Electrophotographic Process in a Simple Model -- Electrophotographic Process with Quantum Efficiency More than Unity -- Some Remarks to an Analog Model of a ZnO-Binder Layer -- A Comment on the Limited Utility of Surface Potential-Exposure Measurements -- Continuous Tone Images with Electrophotographic Layers -- Backmatter