Front Cover; Photo-Electronic Image Devices; Copyright Page; Contents; Contributors to Volume XII; Foreward; Preface; Chapter 1. The Potentialities of Photo-Electronic Imaging Devices for Astronomical Observations; Chapter 2. La Photographie Electronique; Chapter 3. Image Tube Research at Yerkes Observatory; Chapter 4. Astronomical Tests of Barrier-Membrane Image Converters; Chapter 5. An Image Intensifier with a Thin End-Window; Chapter 6. Image Intensifier Developments in the RCA Electron Tube Division; Chapter 7. The Transmission Secondary Emission Image Intensifier

Chapter 8. Field Emission in Image TubesChapter 9. An Electron Image Multiplier; Chapter 10. The Channeled Image Intensifier; Chapter 11. Le Gain Possible de Résolution dans l'Observation Astronomique par l'emploi de la Camera Electronique de Lallemand; Chapter 12. Image Tubes in Nuclear Physics; Chapter 13. Amplification of Transient Images in High-Gain Photocathode-Phosphor Image Intensifier Systems; Chapter 14. The Regenerative Image Intensifier and Its Application to the Luminescent Chamber; Chapter 15. The Low Light Level Performance of the Intensifier Orthicon

Chapter 16. Some Early Trials of Astronomical Photography by Television MethodsChapter 17. The Tri-alkali Stabilized C.P.S. Emitron : A New Television Camera Tube of High Sensitivity; Chapter 18. Charge Integration Experiments with a C.P.S. Emitron; Chapter 19. Experiments with a Simple Photo-Electronic Storage Tube; Chapter 20. An Experimental Image Storage Tube for the Detection of Weak Optical Images of Low Contrast; Chapter 21. An Infra-Red-Sensitive Television Camera Tube; Chapter 22. On the Signal-to-Noise Ratio in Television Storage Tubes

Chapter 23. Signal-to-Noise Ratio of Image DevicesChapter 24. An Isophote Converter for Use with Signal-Generating Image Tubes; Chapter 25. The Application of Image Storage Tubes to the Observation of Optical Diffraction Patterns; Chapter 26. An Image Intensifier for the Electron Microscope; Chapter 27. Image Intensification Using a Flying-Spot X-Ray Tube; Chapter 28. An X-Ray Sensitive Photoconductive Pick-up Tube; Chapter 29. X-Ray Image Intensification Using Optical Television Methods; Chapter 30. X-Ray Image Intensifier Using Image Orthicon Tubes; Author Index; Subject Index