Advances in Electronics and Electron Physics

Name: Advances in Electronics and Electron Physics
Brand: Academic Press
Price: 54.95 EUR
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Academic Press

Published on 29. July 1976

516 pages

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978-0-08-057704-3 (ISBN)

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Front Cover
Photo-Electronic Image Devices, Volume 40A
Copyright Page
Contents
List of Contributors
Preface
Abbreviations
Contents of Volume B
Section I: Image Tubes and Channel Multipliers
Chapter 1. Proximity Focused Image Intensifier with GaAs Photocathode
Chapter 2. Developments in Proximity Focused Diode Image Intensifiers
Chapter 3. Low Noise Proximity Focused Image Intensifiers
Chapter 4. A Colour Image Intensifier System for Night Vision
Chapter 5. Improvements to an Image Intensifier for a ?-ray Scintillation Camera
Chapter 6. Photochron II: An Image Tube for Sub-picosecond Chronography
Chapter 7. Grid Shuttered Image Converter Tube in Nanosecond Operating Mode?
Chapter 8. The Oblique Image Converter
Chapter 9. Image Intensifier Tubes with New Very Simple Electron Optics
Chapter 10. Some Applications of Microchannel Plates to Electronic Imaging Devices
Chapter 11. A Microchannel Plate with Curved Channels: An Improvement in Gain, Relative Variance and Ion Noise for Channel Plate Tubes
Chapter 12. Space Charge in Channel Multipliers
Chapter 13. Impulse and Frequency Response of Channel Electron Multipliers
Chapter 14. Signal to Noise and Collection Efficiency Measurements in Microchannel Wafer Image Intensifiers
Chapter 15. Secondary Electron Emission and Compositional Studies on Channel Plate Glass Surfaces
Chapter 16. Changes in Secondary Electron Yield from Reduced Lead Glasses
Section II: Camera Tubes and Targets
Chapter 17. A Small High-Precision Electrostatic Pick-up Tube
Chapter 18. TV Camera Tube with a Gallium Arsenide Target
Chapter 19. Integrating Ultraviolet Sensitive Camera Tube
Chapter 20. A Large Diameter X-ray Sensitive Vidicon with Beryllium Window
Chapter 21. Properties of the Detector System for the International Ultraviolet Explorer Satellite
Chapter 22. Photometric Statistical Performance of the SEC Target
Chapter 23. Characteristics of an Optically Scanned SEC Device
Chapter 24. Measurements of Point Source Sensitivity of Three High Gain Camera Tubes
Chapter 25. An Electron Beam Readout Technique
Chapter 26. High Resolution Electron Microscope Imaging with Silicon Diode Array Target Vidicons
Chapter 27. Pyroelectric Materials for Operation in a Hard Vacuum Pyroelectric Vidicon
Chapter 28. Thermal Diffusion Limitations of the Resolution of a Pyroelectric Vidicon
Chapter 29. Some Properties of Evaporated and Sprayed CdSe Layers for Heterojunction Vidicon Targets
Chapter 30. A Uniform CdS-CdTe-As2Se3 Heterojunction Target for TV Camera Tubes
Chapter 31. Antimony Trisulfide Heterojunction Vidicon Structures
Chapter 32. Near Infrared Camera Tube Studies with an Ag2S Target
Section III: Photocathodes and Electron Emission
Chapter 33. Gallium Indium Arsenide Photocathodes
Chapter 34. Thermionic Emission from Negative Electron Affinity Silicon
Chapter 35. Quantum Yield of Cs3Sb Photocathodes as a Function of Thickness and Angle of Incidence
Chapter 36. Photoelectronic Device Development and Related Research at B.A.R.C.
Chapter 37. A Simple Photocathode Transfer System
Chapter 38. Residual Gases and the Stability of Photocathodes
Chapter 39. The Effects of High Electric Fields on Photocathodes
Chapter 40. Wavelength Dependent Resolution in the Far Ultraviolet for Proximity Focused Imaging from a Caesium Teluride Photocathode
Chapter 41. S.1 Photocathode Response Linearity and Dynamic Range with Picosecond 1.06 µm Laser Pulses
Chapter 42. The Negative Electron Affinity GaAsP Cold Cathode Silicon Vidicon
Section IV: Electron Optics
Chapter 43. Some Problems of Electron Optical System Design Using a Computer
Chapter 44. A Method for Efficient Numeric Computation of Axially Symmetric Electrostatic Fields in Image Tubes
Chapter 45. An Image Tube for Experimental Electron Optics
Chapter 46. Asymmetrical Astigmatism of X-Ray Image Intensifiers

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Advances in Electronics and Electron Physics

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