Advances in Electronics and Electron Physics

Name: Advances in Electronics and Electron Physics
Brand: Academic Press
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Academic Press

Published on 1. January 1966

653 pages

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978-0-08-057677-0 (ISBN)

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Cover
Contents
List of Contributors
Foreword
Preface
Chapter 1. Quelques Réflexions sur la Caméra Électronique
Chapter 2. Propriétés des Photocathodes Libérées dans un Vide Elevé
Chapter 3. Sur une Nouvelle Technique d'Utilisation de la Caméra Électronique
Chapter 4. A Modified Lallemand Image Tube
Chapter 5. Sur la Réalisation d'une Caméra Électronique 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 Output
Chapter 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 Développements sur les Intensificateurs d'Image Rayons X à 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 Reaording
Chapter 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 Tube
Chapter 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 Photography
Chapter 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
Chapter 38. Recent Astronomical Observations obtained with the Lallemand Electronic Camera
Chapter 39. Photographie des Étoiles Doubles au lloyen do la Caméra Électronique
Chapter 40. La Photographie Électronique des Planètes et ses Applications Photométriques
Chapter 41. Astronomical Tests of an Imaging Photomultiplier
Chapter 42. Laboratory Evaluation of Image Tubes for Astronomical Purposes
Chapter 43. Some Astronomical Uses of Image Intmmifying Tubes
Chapter 44. Potentialities and Limitations of Image Scanning Techniques in Astronomy
Chapter 45. A Report on the Image Orthicon using Slow Read-out
Chapter 46. Stellar Photometry with an Image Orthicon
Chapter 47. The Image Orthicon Applied to Solar Photometry
Chapter 48. The Potentialities of Electronically Scanned Photoconductive Image Detectors for Astronomical Uses
Chapter 49. Scintillation Chamber Comparisons: Fibers ?. Nal and Image Intensifeis ?. Orthicons
Chapter 50. Performance of an Image Intensifier System
Chapter 51. Filament Scintillation Chamber Experiments at Princeton University
Chapter 52. Work at Imperial College, London, on the Use of Image Intensifiers in Nuclear Physics
Chapter 53. Two High-energy Physics Experiments using the Luminescent Chamber
Chapter 54. Photography of Extensive Air Showers in the Atmosphere
Chapter 55. The Application of Scintillation Chambers to Space Research
Chapter 56. Properties and Applications of Glass Scintillators
Chapter 57. Recent Applications of Transmission Secondary Emission Amplification
Chapter 58. X-Ray Image Intensification Using Multi-stage lmage Intensifiers
Chapter 59. The Image Orthicon in Diagnostic Radiology
Chapter 60. Image Storage Techniques Applied to Diagnostic Radiology
Chapter 61. Some Experiences with X-Ray Image Intensifiers and Television Channels
Chapter 62. Recent Developments in Solid State Image Amplifiers
Chapter 63. Some Applications of Solid State Image Converters (SSIC)
Chapter 64. Experiments on a Wire-electrode Type Image Intensifier Using Electroluminescence
Chapter 65. The Boundary Layer Image Converter
Author Index
Subject Index

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Advances in Electronics and Electron Physics

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