Chapter
Chapter 2. Large-image Electronographic Camera
pp.：
44 – 52
Chapter 3. Sur Quelques Progrés Récents Apportés á la Caméra Électronique á Focalisation Électrostatique et sur son Application en Physique et en Astronomie
pp.：
52 – 64
Chapter 4. Electronic Cameras for Space Research
pp.：
64 – 72
Chapter 5. A High-resolution Image Tube for Integrated Circuit Fabrication
pp.：
72 – 86
Chapter 6. Further Developments of the Spectracon
pp.：
86 – 106
Chapter 7. Cathode-ray Tube with Thin Electron-permeable Window
pp.：
106 – 114
Chapter 8. Cascade Image Intensifier Developments
pp.：
114 – 130
Chapter 9. A Family of Multi-stage Direct-view Image Intensifiers with Fiber-optic Coupling
pp.：
130 – 144
Chapter 10. Some Aspects of the Design and Manufacture of a Fibre-optic Coupled Cascade Image Intensifier
pp.：
144 – 154
Chapter 11. A Proximity-focused Image Tube
pp.：
154 – 162
Chapter 12. INTIC, an Image INTensifying, Integrating and Contrast-enhancing Storage Tube
pp.：
162 – 176
Chapter 13. A Light Amplifier with High Light Output
pp.：
176 – 184
Chapter 14. SEC Camera-tube Performance Characteristics and Applications
pp.：
184 – 198
Chapter 15. Some Properties of SEC Targets
pp.：
198 – 214
Chapter 16. Newly Developed Image Orthicon Tube with a MgO Target
pp.：
214 – 216
Chapter 17. Electrostatically Scanned Image Orthicon
pp.：
216 – 234
Chapter 18. The Development of Image Isocons for Low-light Applications
pp.：
234 – 254
Chapter 19. Dynamic Imaging with Television Cameras
pp.：
254 – 262
Chapter 20. Beam-discharge Lag in a Television Pick-up Tube
pp.：
262 – 272
Chapter 21. A 13-mm All-Electrostatic Vidicon
pp.：
272 – 278
Chapter 22. An Infra-red Sensitive Vidicon With a New Type of Target
pp.：
278 – 290
Chapter 23. Récherche d'un Dispositif Nouveau de Télévision Thermique
pp.：
290 – 298
Chapter 24. Un Tube de Prise de Vues Sensible aux Rayons X
pp.：
298 – 306
Chapter 25. Adjustable Saturation in a Pick-up Tube with Linear Light Transfer Characteristic
pp.：
306 – 314
Chapter 26. Measurement of TV Camera Noise
pp.：
314 – 322
Chapter 27. An Electromechanical Picture Signal Generating Device
pp.：
322 – 334
Chapter 28. Effects of Caesium Vapour upon the Target Glass of Image Orthicons
pp.：
334 – 348
Chapter 29. Research on Photocathodes in Czechoslovakia
pp.：
348 – 362
Chapter 30. Crystal Structure of Multialkali Photocathodes
pp.：
362 – 372
Chapter 31. Some Properties of the Trialkali Sb-K-Rb-Cs Photocathode
pp.：
372 – 382
Chapter 32. Decay of S·20 Photocathode Sensitivity Due to Ambient Gases
pp.：
382 – 392
Chapter 33. A New Technology for Transferring Photocathodes
pp.：
392 – 400
Chapter 34. Improvements to Photocathodes for Pulse Operation
pp.：
400 – 406
Chapter 35. Some Getter Materials for Caesium Vapour
pp.：
406 – 418
Chapter 36. New Approaches to Photoemission at Long Wavelengths
pp.：
418 – 424
Chapter 37. Gallium Arsenide Thin-film Photocathodes
pp.：
424 – 434
Chapter 38. Étude de l'Émission Photoélectrique des Structures Métal-Isolant-Métal
pp.：
434 – 444
Chapter 39. Interference Photocathodes
pp.：
444 – 458
Chapter 40. The Development and Application of Interference Photocathodes for Image Tubes
pp.：
458 – 468
Chapter 41. Image Intensifier System Using Reflective Photocathode
pp.：
468 – 476
Chapter 42. Scintillation Processes in Thin Films of CsI(Na) and CsI(Tl) due to Low Energy X-Rays, Electrons and Protons
pp.：
476 – 486
Chapter 43. Quelques Aspects des Essais de Dépôt de Photocathodes S·20 et d'Écrans Fluorescents sur Fibres Optiques
pp.：
486 – 496
Chapter 44. Channel Multiplier Plates for Imaging Applications
pp.：
496 – 512
Chapter 45. An Analysis of the Low-level Performance of Channel Multiplier Arrays
pp.：
512 – 524
Chapter 46. Quelques Problémes Concernant les Multiplicateurs Canalisés pour Intensificateur d'Image
pp.：
524 – 532
Chapter 47. Effects of Vacuum Space Charge in Channel Multipliers
pp.：
532 – 538
Chapter 48. Statistics of Transmitted Secondary Electron Emission
pp.：
538 – 548
Chapter 49. Two Methods for the Determination of the Imaging Properties of Electron-optical Systems with a Photocathode
pp.：
548 – 560
Chapter 50. Computation of Imaging Properties of Image Tubes from an Analytic Potential Representation
pp.：
560 – 562
Chapter 51. The Design of Electrostatic Zoom Image Intensifiers
pp.：
562 – 570
Chapter 52. Electron Optics of a Photoconductive Image Converter
pp.：
570 – 578
Advances in Electronics and Electron Physics
( Volume 28A )
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