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Photo-electronic image devices : proceedings of the fourth symposium held at Imperial College, London, September 16-20, 1968. Volume B /
ADV ELECTRONC/ELECTRON PHYSICS V28B APL.
| Clasificación: | Libro Electrónico |
|---|---|
| Autor Corporativo: | |
| Otros Autores: | |
| Formato: | Electrónico Congresos, conferencias eBook |
| Idioma: | Inglés |
| Publicado: |
New York :
Academic Press,
1969.
|
| Colección: | Advances in electronics and electron physics ;
v. 28B |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- 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 IntensifiersChapter 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 ProblemsChapter 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 AstronomyChapter 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 Lumi�ere Totale avec la Cam�era 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 TelevisionChapter 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*