| Document Type
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BL
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| Record Number
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972517
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| Doc. No
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b726887
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| Title & Author
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Advances in electronics and electron physics\ edited by J.D. McGee, D. McMullan, and E. Kahan.
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| Publication Statement
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New York, N.Y. :: Academic Press,, 1972.
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| Series Statement
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Advances in electronics and electron physics ;; 33A
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| Page. NO
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1 online resource (xxv, 578 pages) :: illustrations.
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| ISBN
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0080576966
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: 0120145332
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: 1281411213
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: 6611411216
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: 9780080576961
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: 9780120145331
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: 9781281411211
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: 9786611411213
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| Contents
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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
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Chapter 13. Some Aspects of the Design and Performance of a Small High-contrast Channel Image IntensiserChapter 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
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Chapter 25. Infrared Pick-up Tube with Electronic Scanning and Uncooled TargetChapter 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
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Chapter 7. Properties of Commercial Electron-sensitive Plates for Astronomical ElectronographyPart 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
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Part 3: Signal Generating TubesChapter 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
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| Abstract
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ADVANCES ELECTRONC &ELECTRON PHYSICS V33A.
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| Subject
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Electronics.
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Electrons.
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Electronics.
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Electrons.
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| Dewey Classification
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621.381
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| LC Classification
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TK7800.A3733A 1972eb
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| Added Entry
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Kahan, E.
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McGee, J. David.
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McMullan, D.
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| Parallel Title
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Photo-electronic image devices
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