Advances in Electronics and Electron Physics

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

Published on 6. December 1972

577 pages

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978-0-08-057696-1 (ISBN)

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Cover
Contents
List of Contributors
Foreword
Preface
Abbreviations
Contents of Volume B
Part 1: Electronograpby
Chapter 1. A Lallemand Electronic Camera Focused by a Superconducting Magnetic Coil
Chapter 2. Development of a New Kind of Lallemand Camera
Chapter 3. Extended Field Spectracon
Chapter 4. Sources of Spurious Background in the Spectracon
Chapter 5. Electronographic Image Tube Development at the Royal Greenwich Observatory
Chapter 6. Linearity and Optimum Working Density of Optical and Nuclear Emulsions
Chapter 7. Properties of Commercial Electron-sensitive Plates for Astronomical Electronography
Part 2: Image Tubes (Including Channel Multiplier Arrays)
Chapter 8. The Proximity Focused Diode Image Intensifier
Chapter 9. A Magnetically Focused Image Intensifier Employing Evaporated Field Electrodes
Chapter 10. Further Research on the Imperial College Cascade Image Intensifier
Chapter 11. A Flat Channel System for Imaging Purposes
Chapter 12. A High-gain Channel Electron Multiplier (CEM) Array and Some of Its Operational Characteristics
Chapter 13. Some Aspects of the Design and Performance of a Small High-contrast Channel Image Intensiser
Chapter 14. Characteristics and Performance of a Microchannel Image Intensifier Designed for Recording Fast Luminous Events
Chapter 15. Channel Electron Multiplier Plates in X-Ray Image Intensification
Chapter 16. Reduction of the Relative Variance of the Single-electron Response at the Output of a Microchannel Plate
Chapter 17. Ion Feedback Noise in Channel Multipliers
Chapter 18. An Analysis of the Direct Current Operation of Channel Electron Multipliers
Part 3: Signal Generating Tubes
Chapter 19. A Supersensitive Camera Tube Incorporating a Silicon Electron-multiplication Target
Chapter 20. TV Camera Tubes with Large Silicon Diode Array Targets Operating in the Electron Bombarded Mode
Chapter 21. Uniform Layer Hetero-Junction Targets for Television Camera Tubes
Chapter 22. A Magnetically Focused SEC Camera Tube
Chapter 23. A Proximity Focused Ultraviolet-sensitive SEC Camera Tube
Chapter 24. Pick-up Storage Tube having an Electronic Shutter, Automatic Exposure Control, Wobbling Correction, and Slow Scanning
Chapter 25. Infrared Pick-up Tube with Electronic Scanning and Uncooled Target
Chapter 26. Thermal Imaging with Pyroelectric Television Tubes
Chapter 27. Characteristics of a New Camera Tube with a CdSe Photoconductive Target
Chapter 28. Possibilities of Eliminating the Circular, Spurious Signals in Vidicons Caused by Secondary Emission
Chapter 29. Imaging, Beam-acceptance and Beam-discharge Lag in Camera Tubes
Chapter 30. Beam-current-induced Dark Current in Plumbicons
Chapter 31. Optical Writing and Erasing with Bistable-phosphor Storage Tubes
Part 4 :Photocathodes and Phosphors
Chapter 32. Multialkali Photocathodes
Chapter 33. Some Physico-chemical Aspects of the Synthesis of Antimonide Photocathodes
Chapter 34. Optical and Photoelectric Properties of Multialkali Photocathodes
Chapter 35. A Method of Testing the Effectiveness of a Protective Coating Layer on any Glass Surface against Alkali Vapours
Chapter 36. Measurement of Electron Diffusion Length by Photoluminescence in p-Doped GaAs Substrates and p-Doped Epitaxially Grown GaAs Photocathodes
Chapter 37. Photoresponse Beyond the Absorption Edge in Silicon p-n Junctions
Chapter 38. Etude d'un Spectrographe Fournissant les Distributions Angulaire et Energetique des Photoelectrons
Chapter 39. Utilisation d'une CamCra Electronique pour Etudier 1'Evolution du Seuil Photoelectrique de Couches Minces d'Or DeposCes sous Ultra-vide
Chapter 40. Absolute Photoelectric Emission Statistics of Aluminium, Silver and Potassium Chloride in the Ultra-soft X-Ray Region
Chapter 41. Negative Electron Affinity Secondary Emitters and Cold Cathodes?
Chapter 42. Electron Emission from Forward Biased p-n Junctions
Chapter 43. Caesium Activated CsI Transmission-type Secondary Emission Dynode
Chapter 44. Modulation Transfer Function and Background of Various Image Intensifier Output Screens
Chapter 45. The Photoemitter-Membrane Light Modulator Image Transducer
Part 5: Electron Optics
Chapter 46. Combined Electrostatic Focusing and Deflection
Chapter 47. Combined Magnetic Deflection and Focusing in a Pick-up Tube with the Scanning Focus Coil
Chapter 48. Electron Beam Scanning
Chapter 49. Distortion of Electron Images Focused by Almost Uniform Electric and Magnetic Fields
Chapter 50. The Electronic Camera Used in a Reflection Mode
Chapter 51. Electron-optical Transfer Functions of Image Intensifiers
Chapter 52. The Use of Meshes to Reduce the Effect of Errors in Certain Types of Electron Tube

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Advances in Electronics and Electron Physics

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