Advances in Electronics and Electron Physics
Academic Press
Published on 29. December 1972
610 pages
978-0-08-057697-8 (ISBN)
Description
Advances in Electronics and Electron Physics
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James Dwyer McGee | etc.
Advances in Electronics and Electron Physics: v. 33B
Book
01/1972
Academic Press
€94.09
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Content
- Cover
- Contents
- List of Contributors
- Foreword
- Preface
- Abbrevaitions
- Contents of Volume A
- Part I: Image Tube Assessment
- Chapter 1. Classification of Electron-optical Device Modulation Transfer Functions
- Chapter 2. The Multiplication Rule in the O.T.F. Concept
- Chapter 3. Modulation Transfer Function Measurements on Channel Image Intensifiers
- Chapter 4. Methods for Evaluating Camera Tubes
- Chapter 5. Effect of Optical Pulse Height Distribution on the Resolving Power of an Image Tube
- Chapter 6. Visual Thresholds using High-gain Image-intensifying Systems
- Chapter 7. The Image Quality of an Image Intensifier Expressed in terms of its Equivalent Quantum Efficiency
- Chapter 8. Quantitative Performance of Single- and Two-stage Image Tubes in Spectroscopy
- Chapter 9. Evaluation of Image Intensifiers for Astronomy
- Part II: Application in Astronomy
- Chapter 10. The Use of Electronographic-type Image Tubes in Astronomical Photometry
- Chapter 11. Etude d'Astres Faibles en Lumi6re Totale avec la Caméra Electronique
- Chapter 12. Photometry with the Electronic Camera
- Chapter 13. The Analysis of Direct Spectracon Exposures Obtained on the Isaac Newton Telescope
- Chapter 14. Data Reduction Techniques for Direct Astronomical Electronography
- Chapter 15. Problems in the Use of Image Intensifiers in Astronomical Cassegrain Spectrographs
- Chapter 16. The Stabilization of Planetary Images
- Chapter 17. Improvements in the Application of the Image Orthicon to Astronomy
- Chapter 18. An Integrating Television System for Visual Enhancement of Faint Stars
- Chapter 19. Recent Developments and Applications of the SEC-vidicon for Astronomy
- Chapter 20. Application of an Image Isocon and Computer to Direct Digitization of Astronomical Spectra
- Part III: Photon Counting System
- Chapter 21. An Image Photon Counting System for OpticaI Astronomy
- Chapter 22. A Photon-counting Detector for Stellar Spectrophotometry
- Chapter 23. Counting Image Tube Photoelectrons with Semiconductor Diodes
- Chapter 24. Serial Read-out from Image Tubes Incorporating Silicon Diode Arrays
- Part IV: Applications in Space Research
- Chapter 25. Further Developments of Magnetically Focused, Internal-optic Image Converters
- Chapter 26. Internal-grating Electronographic Spectrographs for the Far-ultraviolet and X-Ray Wavelength Ranges
- Chapter 27. Photoelectronic Image Recording Device Optimized for High Detective Quantum Efficiency
- Chapter 28. Application of New Ultraviolet Television Detectors in an Astronomical Satellite
- Chapter 29. Orbital Operation and Calibration of SEC-Vidicons in the Celescope Experiment
- Chapter 30. The Development of an Intensifier -vidicon for Space Applications?
- Part V: Low Light-level Systems
- Chapter 31. The Application of Channel Image Intensifiers to Low Light-level Television
- Chapter 32. Assessing the Performance of Low Light-level Camera Tubes
- Chapter 33. Salient Sensor Characteristics for Low Light-level TV Systems
- Chapter 34. The Limitations of Opto-electronic Image Recording Using Night-sky Illumination Considering Optimum Gain and Optimized Components
- Part VI: X-ray Applications
- Chapter 35. Détecteur PhotoClectronique Analogique de la Position de Scintillations Faiblement Lumineuses
- Chapter 36. A 35-cm Input-field Image Intensifier for Scintillation Cameras
- Chapter 37. The Evaluation of the Image Quality of Radio-isotope Scanners and -Ray Cameras
- Chapter 38. X-Ray Image Intensifiers: Image Quality and Possibilities for Enhancement
- Chapter 39. X-Ray Camera Tube with SEC Target
- Chapter 40. Television Recording and Analysis of X-Ray Diffraction Patterns
- Part VII: Miscellaneous Applications
- Chapter 41. Use of Channel-plate Intensifiers in the Field-ion Microscope
- Chapter 42. Image Intensifier Cine-Angiography
- Part VIII: Applications in High-speed Photography
- Chapter 43. Caméra Electronographique avec Dispositif d'Obturation et de Déflexion pour Cinématographie Ultra-rapide
- Chapter 44. Developments in Image Tube High-speed Framing Cameras
- Chapter 45. A High-resolution Diode for High-speed Photography
- Chapter 46. An Ultra-fast Shutter Tube for Exposure Times Below 0.5 Nano second
- Chapter 47. Developments in Image Tubes for Ultra-high-speed Photography
- Chapter 48. Picosecond Chronography with Image Tubes
- Author Index
- Subject Index
