Advances in electronics and electron physics proceedings of the second Symposium held at Imperial College, London, September 5-8, 1961 / Volume XVI, Photo-electronic image devices :

ADVANCES ELECTRONC &ELECTRON PHYSICS V16.

Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor Corporativo: Symposium on Photo-Electronic Image Devices Imperial College of Science and Technology
Otros Autores: McGee, James D., Wilcock, W. L., Mandel, L.
Formato: Electrónico Congresos, conferencias eBook
Idioma:Inglés
Francés
Publicado: New York : Academic Press, �1962.
Colección:Advances in electronics and electron physics ; v. 16
Temas:
Electronics.
Optoelectronic devices.
Electronics
�Electronique.
Dispositifs opto�electroniques.
Optoelectronic devices
Congress
proceedings (reports)
Conference papers and proceedings
Conference papers and proceedings.
Actes de congr�es.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Cover; List of Contributors; Foreword; Preface; Contents; Chapter 1. Quelques R�eflexions sur la Cam�era �Electronique; Chapter 2. Propri�et�es des Photocathodes Lib�er�ees dans un Vide Elev�e; Chapter 3. Sur une Nouvelle Technique d'Utilisation de la Cam�era �Electronique; Chapter 4. A Modified Lallemand Image Tube; Chapter 5. Sur la R�ealisation d'une Cam�era �Electronique de Grandissement 1/7; Chapter 6. Advantages of a Bakeable Electronographic Plate; Chapter 7. A Low Background Image Tube for Electronography; Chapter 8. An Image Tube with Lenard Window
  • Chapter 9. Thin-window Image Intensifier with Phosphor OutputChapter 10. Image Resolution in Thin-window Intensifiers Using Homogeneous Fields; Chapter 11. An Image Intensifier System for Direct Observation at Very Low Light Levels; Chapter 12. Low Brightness Photography by Image Intensification; Chapter 13. Deniers D�eveloppements sur les Intensificateurs d'Image Rayons X �a Grand Gain et les Tubes Convertisseurs d'Image; Chapter 14. A Demagnifying Image Tube for Nuclear Physics Applications; Chapter 15. A Two-stage Electrostatic Image Intensifier with a Large Photocathode Area
  • Chapter 16. An Image Intensifier for Track ReaordingChapter 17. Experiences with Magnetically Focused Cascade Image Intensifiers; Chapter 18. Further Work on Image Intensifiers with Transmitted Secondary Electron Multiplication; Chapter 19. A Transmission Secondary Emission Image Intensifier; Chapter 20. Transmission Secondary Emission from Low Density Deposits of Insulators; Chapter 21. Progress Report on a Channelled Image Intensifier; Chapter 22. An Image Intensifier Tube using the Multipactor Principle
  • Chapter 23. Some Methods of Minimizing the Black-border Effect in the Image Orthicon Television Pick-up TubeChapter 24. Electronic Zooming with the Image Orthicon Television Pick-up Tube; Chapter 25. Image Orthicons with Magnesium Oxide Targets; Chapter 26. Development of an Infra-red Vidicon-type Pick-up Tube with a Lead Sulphide Target; Chapter 27. An Improved Ultra-violet Sensitive Vidicon; Chapter 28. Electron Bombardment Induced Conductivity Including its Application to Ultra- violet Imaging in the Schuman Region; Chapter 29. Bombardment-induced Conductivity Targets for Image Orthicons
  • Chapter 30. Electron Tubes for High-speed PhotographyChapter 31. Bright Displays for Radar Applications; Chapter 32. The Tenicon: A High Resolution Information Storage Tube; Chapter 33. Limitations to Resolving Power in Electronic Imaging; Chapter 34. A Survey of Work at CBS Laboratories on Photoelectronic Iinage Devices; Chapter 35. Introduction of Pre-formed Photocathodes into Vacuum Systems; Chapter 36. The Study of Photocathode Composition by Microbalance Methods; Chapter 37. Aberration in Magnetic Focus Systems

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