http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
proceedings of the fourth symposium held at Imperial College, London, September 16-20, 1968
Symposium on Photo-Electronic Image Devices 1971 : Imperial College of Science and Technology)
1 online resource (xxiii, 552 pages) : illustrations.
ADV ELECTRONC/ELECTRON PHYSICS V28A APL.
Front Cover; Photo-Electronic Image Devices; Copyright Page; Contents; List of Contributors; Foreword; Preface; Contents of Volume B; Chapter 1. A Technical Description of the Construction, Function, and Application of the U.S. Navy Electronic Camera; Chapter 2. Large-image Electronographic Camera; Chapter 3. Sur Quelques Progrés Récents Apportés á la Caméra Électronique á Focalisation Électrostatique et sur son Application en Physique et en Astronomie; Chapter 4. Electronic Cameras for Space Research; Chapter 5. A High-resolution Image Tube for Integrated Circuit Fabrication
Chapter 6. Further Developments of the SpectraconChapter 7. Cathode-ray Tube with Thin Electron-permeable Window; Chapter 8. Cascade Image Intensifier Developments; Chapter 9. A Family of Multi-stage Direct-view Image Intensifiers with Fiber-optic Coupling; Chapter 10. Some Aspects of the Design and Manufacture of a Fibre-optic Coupled Cascade Image Intensifier; Chapter 11. A Proximity-focused Image Tube; Chapter 12. INTIC, an Image INTensifying, Integrating and Contrast-enhancing Storage Tube; Chapter 13. A Light Amplifier with High Light Output
Chapter 14. SEC Camera-tube Performance Characteristics and ApplicationsChapter 15. Some Properties of SEC Targets; Chapter 16. Newly Developed Image Orthicon Tube with a MgO Target; Chapter 17. Electrostatically Scanned Image Orthicon; Chapter 18. The Development of Image Isocons for Low-light Applications; Chapter 19. Dynamic Imaging with Television Cameras; Chapter 20. Beam-discharge Lag in a Television Pick-up Tube; Chapter 21. A 13-mm All-Electrostatic Vidicon; Chapter 22. An Infra-red Sensitive Vidicon With a New Type of Target
Chapter 23. Récherche d'un Dispositif Nouveau de Télévision ThermiqueChapter 24. Un Tube de Prise de Vues Sensible aux Rayons X; Chapter 25. Adjustable Saturation in a Pick-up Tube with Linear Light Transfer Characteristic; Chapter 26. Measurement of TV Camera Noise; Chapter 27. An Electromechanical Picture Signal Generating Device; Chapter 28. Effects of Caesium Vapour upon the Target Glass of Image Orthicons; Chapter 29. Research on Photocathodes in Czechoslovakia; Chapter 30. Crystal Structure of Multialkali Photocathodes
Chapter 31. Some Properties of the Trialkali Sb-K-Rb-Cs PhotocathodeChapter 32. Decay of S·20 Photocathode Sensitivity Due to Ambient Gases; Chapter 33. A New Technology for Transferring Photocathodes; Chapter 34. Improvements to Photocathodes for Pulse Operation; Chapter 35. Some Getter Materials for Caesium Vapour; Chapter 36. New Approaches to Photoemission at Long Wavelengths; Chapter 37. Gallium Arsenide Thin-film Photocathodes; Chapter 38. Étude de l'Émission Photoélectrique des Structures Métal-Isolant-Métal; Chapter 39. Interference Photocathodes
Advances in electronics and electron physics ; 28A