Cargando…
Advances in electronics and electron physics Voume 40B, Photo-electronic image devices /
ADV ELECTRONC/ELECTRON PHYSICS V40B APL.
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | , , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
New York, N.Y. :
Academic Press,
1976.
|
| Colección: | Advances in electronics and electron physics ;
40B |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Photo-Electronic Image Devices, Volume 40B; Copyright Page; Contents; List of Contributor; Preface; Abbreviations; Contents of Volume A; Part I: System Assessment; Chapter 1. Image Quality of Photoelectronic Imaging Systems and its Evaluation; Chapter 2. Image Tubes and Detective Quantum Efficiency; Chapter 3. Noise Measurements on Image Intensifiers; Chapter 4. Image Intensifier Noise and its Effects on Visual Pattern Detection; Chapter 5. A Simple Instrument for Measuring Image Sharpness and Noise Characteristics of Image Intensifiers
- Chapter 6. Measurements of Noise in Camera TubesChapter 7. Image Transfer and Conversion Criteria for Photoelectronic Imaging Devices; Part II: Electronography; Chapter 8. A Five Centimetre Magnetically Focused Electronographic Camera: Description and First Tests; Chapter 9. Progress Towards en 8 cm Electronographic Image Tube; Chapter 10. Un Montage de Spectrographe Specialement Adapt�e �a une Cam�era Electronique de type Lallemand; Chapter 11. The Detective Quantum Efficiency of the Spectracon; Chapter 12. Photometric Accuracy in Electronography; Part III: Digital Detection
- Chapter 13. The Present Status of the Lick Observatory Image Tube ScannerChapter 14. A Digital Television System for Astronomy; Chapter 15. The I-SIT Isocon Photon Counting TV System; Chapter 16. Memory Systems for Signal Generating Photoelectric Image Detectors; Chapter 17. Recent Developments in the use of Parallel and Self-scanned Diode Arrays to Detect Photoelectrons; Chapter 18. Digicon Applications in Astronomy; Chapter 19. A Photoelectron Counter using Spectracon and Diode Array; Chapter 20. A Silicon Diode Array Image Tube with Serial Read Out
- Chapter 21. Single Electron Recording by Self-scanned Diode ArraysPart IV: Applications in Astronomy; Chapter 22. Electronography of Extended Objects; Chapter 23. Applications of the Spectracon in Astronomy; Chapter 24. Spcctracon Observations of Planetary Nebulae; Chapter 25. Recent Results in the use of the Spectracon for Direct Electronography; Chapter 26. Photometry of Galaxies with a Spectracon; Chapter 26. Photom�etrie Bidirnensionnelle avec la Cam�era Electronique; Chapter 27. Photom�etrie de Radiogalaxies de Type N par Electronographie
- Chapter 28. Astronomical Observations with the University College London Image Photon Counting SystemChapter 29. The Use of a Linear Silicon Array for Astronomical Spectroscopy; Chapter 30. An lmage Intensifier Multichannel Analyser for Astronomical Spectroscopy; Chapter 31. Astronomical Photometry and Other Recent Applications of the Image Orthicon; Part V: Miscellaneous; Chapter 32. A Television X-ray Diffractometer; Chapter 33. Image Tube Characteristics of Importance in X-ray Diffraction Studees; Chapter 34. Electronic Imaging Techniques for Improved Diagnostic Radiology