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

1042 pages

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978-0-08-057683-1 (ISBN)

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Front Cover
Photo-Electronic Image Devices
Copyright Page
Contents
List of Contributors
Foreword
Preface
Contents of Volume B
Chapter 1. Perfectionnement de la Caméra Électronique-Application a l'lnfra-rouge
Chapter 2. Sur le Gain en Sensibilité, dans l'Infra-rouge Proche, de la Caméra Électronique par rapport á la Photographie Classique
Chapter 3. The Spectracon-An Electronographic Image Recording Tube
Chapter 4. Electron Transmission through Mica and the Recording Efficiency of the Spectracon
Chapter 5. On the Transmission of Medium Energy Electrons through Mica
Chapter 6. Some Measurements on the Direct Recording of Electron Images Using Thin Windows
Chapter 7. Progress in the Development of the Lick-Stromlo Electronic Camera
Chapter 8. Performance of the Transmission Secondary Electron Image Intensifier
Chapter 9. The Distribution of Single Electron Pulse Sizes from Multidynode Electron Multipliers, and Single Electron Detection
Chapter 10. Operating Characteristics of a Four-stage Cascade Image Intensifier
Chapter 11. The Influence of Temperature on the Performance of a Cascade Image Intensifier
Chapter 12. A Cascade Image Intensifier
Chapter 13. A Comparison of Some Properties of Image Intensifiers of the Transmitted Secondary Emission Multiplication Type and of the Cascade Type
Chapter 14. X-Ray Detection by Channel Electron Multipliers
Chapter 15. The Grating Storage Target
Chapter 16. The Development of Camera Tubes for Recording Astronometric Images
Chapter 17. Low Energy Quanta Image Transducers Using a Controlled Recombination Mode
Chapter 18. A High-resolution Ruggedized Half-inch Vidicon
Chapter 19. Secondary Electron Conduction (SEC) and its Application to Photo-electronic Image Devices
Chapter 20. The SEC Target
Chapter 21. An Optically Scanned SEC Camera Tube
Chapter 22. Point-source Imaging with the SEC Target
Chapter 23. Ultra-violet Sensitive Camera Tubes Incorporating the SEC Principle
Chapter 24. A Television Camera-tube Using a Low Density Potassium Chloride Target
Chapter 25. Performance Comparison of the SEC Camera Tube and the Image Orthicon
Chapter 26. Electron Bombardment Induced Conductivity in Lead Monoxide
Chapter 27 On some Properties of Electron Bombardment Induced Conductivity
Chapter 28. Visible and X-Ray Image Devices Working on the Induced Conductivity Principle
Chapter 29. The Evoscope-A Fixed-pattern Generator Using a Au-Si Diode
Chapter 30. A Figure of Merit Measuring Picture Resolution
Chapter 31. Special Problems in Measuring the Modulation Transfer Function of X-Ray Image Intensifiers
Chapter 32. The Assessment of Image Quality in Medical Fluoroscopy
Chapter 33. Application of Information Theory to the Evaluation of Two Image Intensifier Tubes
Chapter 34. Sensitivity of Image Intensifier-Film Systems for Observing Weak Light Sources
Chapter 35. The Measurement of the Modulation Transfer Functions of Fluorescent Screens
Chapter 36. The Evaluation of Cascade Phosphor-Photocathode Screens
Chapter 37. Measurement of the Spatial Frequency Response of Image Devices
Chapter 38. A Microphotometer for Use with Photographic and Electronographic Recording Image Tubes
Chapter 39. Sensitization of Electrostatically Focused Image Converters
Chapter 40. Some Properties of the Sb-Rb-Cs Photocathode
Chapter 41. A Microbalance Study of the Cs-Sb and Na-K-Sb Photocathodes
Chapter 42. La Caméra Électronique: Un Récepteur d'Images sans Lumiére Diffusée
Chapter 43. Research on Photocathode Surfaces at the Bendix Corporation Research Laboratories Division
Chapter 44. Spectral Response of S·1 Photocathodes in the Near Infra-red
Chapter 45. Time-response of Photocathodes
Chapter 46. Use of the Image Dissector in Photocathode Research
Chapter 47. Résultats Obtenus á l'Aide de la Caméra Électronique Lallemand dans l'Étude de l'Émission Photoélectrique
Chapter 48. Routine Measurement of the Responsive Quantum Efficiency of Photoemissive Cathodes
Chapter 49. High-resolution Phosphor Screens
Chapter 50. Preparation of High-resolution Phosphor Screens
Chapter 51. High Quality Phosphor Screens for Cascade Image Intensifiers
Chapter 52. Aberrations of Diode Image Tubes
Chapter 53. The Influence of Photocathode Resistance and Space Charge on the Resolution of Magnetic Focus Systems
Chapter 54. Possibilities of Reducing Image Defects in Electron-optical Imaging Devices Using Electrostatic Lenses
Chapter 55. Sur la Réalisation d'un Objectif á Immersion á Lentilles Cylindriques Croisées en vue de son Utilisation comme Systéme Focalisateur de la Caméra Électronique: Réultats Préliminaires
Chapter 56. Magnetic Focusing of Image Tubes
Chapter 57. Statistics of Transmitted Secondary Electron Multiplication
Chapter 58. Response of Low-density KCl Foils to Multi-MeV Electrons
Chapter 59. Reaction of Caesium Vapour with Gold
Chapter 60. Effects of Caesium Vapour upon Target Glass of Image Orthicon
Chapter 61. Optimum Conditions for Activating Silver-Magnesium Alloy Dynodes in Water Vapour

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Advances in Electronics and Electron Physics

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