Advances in Electronics and Electron Physics

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

Academic Press

Published on 1. January 1969

578 pages

E-Book

PDF with digital watermarking

System requirements

978-0-08-057691-6 (ISBN)

€54.95incl. 7% vat

System requirements

for PDF with digital watermarking

E-Book Single Licence

Available for download

Description

More details

Other editions

Persons

Content

Front Cover
Advances in Electronics and Electron Physics, Volume 28B
Copyright Page
Contents
List of Contributors
Foreword
Preface
Contents of Volume A
Part I: Image Tube Assessment
Chapter 1. Resolving Power of Image Tubes
Chapter 2. Calculation of the Modulation Transfer Function of an Image Tube
Chapter 3. Intensifiers: Detmtive Quantum Efficiency, Efficiency Contrast Transfer Function and t,he Signal-to-noisc Ratio
Chapter 4. On the Quality of Photographic Images Recorded with the Use of Imago Intensifiers
Chapter 5. Leistungsgrenze eines Sichtsystems mit Bildverstarker
Chapter 6. Information Transfer with High-gain Image Intensifiers
Chapter 7. The Useful Luminance Gain of Image Intensifier Systems with Respect to Noise Limitations
Chapter 8. Image Intensifier Design and Visual Performance at Low Light-levels
Chapter 9. The Observation of Moving Structures with X-Ray Image Intensifiers
Chapter 10. A Quadrature Spatial-frequency Fourier Analyser
Chapter 11. Contrast-enhancement in Imaging Devices by Selection of Input Photosurface Spectral Response
Chapter 12. Improvement of Signal-to-noise Ratio of Image Converters with S-1 Photocathodes
Chapter 13. The Fundamental Infra-red Threshold in Thermal Image Detection as Affected by Detector Cooling and Related Problems
Chapter 14. Cosmic Rays and Image Intensifier Dark Current
Chapter 15. Dark Current Scintillations of Cascade Image Intensifiers
Chapter 16. Comparison of' the Efficiency of Image Recording with a Spectracon and with Kodak IIa-O Emulsion
Chapter 17. Linearity of Electronographic Emulsions
Chapter 18. Methods of Increasing the Storage Capacity of High-gain Image Intensifier Systems
Part II: Applications in Astronomy
Chapter 19. A Critical Comparison of Image Intensifiers for Astronomy
Chapter 20. The Design of Optical Systems for Use with Image Tubes
Chapter 21. An Image-tube Spectrograph for the Hale 200-in. Telescope
Chapter 22. Performance of the Spectracon in Astronomical Spectroscopy
Chapter 23. Recent Astronomical Applications of a Spectracon
Chapter 24. Etudes d'astrss Faibles en Lumière Totale avec la Camèra electronique.
Chapter 25. A Search for Molecular Hydrogen in the Interstellar Medium
Chapter 26. The Application of SEC Camera Tubes and Electrostatic Image Intensifiers to Astronomy
Part III: Low Light-level Television
Chapter 27. Applications of the Image Isocon Tube
Chapter 28. Television at Low Light-levels by Coupling an Image Intensifier to a Plumbicon
Chapter 29. Integrating Television Sensors for Space Astronomy
Chapter 30. The Application of High-gain Image Intensification and Closed-circuit Television to Field-ion Microscopy
Part IV: Miscellaneous Applications
Chapter 31. Characteristics of a Television Photometer
Chapter 32. An Image-tube Fourier Spectrograph
Chapter 33. A Cascade Image Intensifier Camera for Beam-foil Spectroscopy*
Chapter 34. Test of a High-resolution Cerenkov Chamber with a Four-stage Imago Intensifier
Chapter 35. ContrÔle des Monocristeaux par Tube Intensificateur de Luminance
Chapter 36. Photon Interference Experiments Utilizing Photoelectronic Devices
Part V: Multichannel Photon Counters
Chapter 37. A New Multiplier System with Forty Separate Channels
Chapter 38. Position-sensitive Photon Counters
Chapter 39. Digital Read-out of an Image Intensifier Using a Vidicon or a Scanning Spiral Slit plus a Digital Memory Oscilloscope
Part VI: Applications in High-speed Photography
Chapter 40. Tubes Obturateurs pour Photographie Ultra-rapide au Temps de Pose d'une Nanoseconde
Chapter 41. Time Resolution Limitations in Single-stage Image Converter Photography
Chapter 42. The Application of the Electron Image Store and Analyser to High-speed Photography
Chapter 43. A High-gain Time-resolving Spectrograph for Diagnostics of Laboratory Simulated Re-entry Objects
Chapter 44. Application of Image Intensifiers and Shutter Tubes to the Study of Gas Discharges
Chapter 45. A High Speed Photographic Study of the Electrical Breakdown of Small Gaps in Vacuum
Part VII: Applications in Computing
Chapter 46. A Charge Image Storage Tube for Character Recognition
Chapter 47. A Storage Image Tube for Optoelectronic Computing
Part VIII: Solid-state Devices
Chapter 48. Recent Developments in Field-effect Image Storage Panels
Chapter 49. Recent Developments in Solid-state Infra-red Image Converters
Chapter 50. Solid-state Radiographic Amplifiers and Infra-red Converters
Author Index
Subject Index

System requirements

Save as PDF Copy link into clipboard

Schweitzer Fachinformationen

Advances in Electronics and Electron Physics

Description

More details

Other editions

Additional editions

Persons

Content

System requirements