Chapter
Chapter 2. Low-light-level TV with Image Intensifier Tubes and CCDs
pp.：
30 – 38
Chapter 3. Low-light-level TV with II/CCD Coupled Devices: Relative Merits of Different Approaches
pp.：
38 – 48
Chapter 4. A fibre-optically Coupled Intensified CCD Camera System
pp.：
48 – 56
Chapter 5. A 3-stage 80: 7 mm Image Intensifier Combination for the CERN UA2 Scintillating Fibre Detector
pp.：
56 – 62
Chapter 6. A 40 mm MCP Intensifier for Photon Counting
pp.：
62 – 76
Chapter 7. Development of a CCD-Digicon Detector System
pp.：
76 – 90
Chapter 8. Increased Gain of channel Intensifier Tubes by Pulsed Biasing
pp.：
90 – 100
Chapter 9. Influence of Output Electron Energy Distribution of Microchannel Plates on the Resolution of Image Intensifiers
pp.：
100 – 108
Chapter 10. MCP-PMTs as Ultra-fast Wide-band and Infrared-sensitive Detectors
pp.：
108 – 118
Chapter 11. Performance of a Photon-counting Microchannel Plate Intensifier with Wedge and Strip Image Readout
pp.：
118 – 128
Chapter 12. A Multichannel Detector for Photon Correlation
pp.：
128 – 140
Chapter 13. Application of Image Intensifier-Vidicon Systems to Low-light-level Phenomena in Physics and Biology
pp.：
140 – 150
Chapter 14. Cooled CCD Systems for Biomedical and Other Applications
pp.：
150 – 156
Chapter 15. Utilisation Astronomique de la Caméra Electronique Grand Champ–II
pp.：
156 – 168
Chapter 16. Image Recording in Electron Microscopy
pp.：
168 – 178
Chapter 17. A1/2 -inch 792 (H) x 492 (V) Pixel Colour Synchro Vision CCD Image Sensor
pp.：
178 – 186
Chapter 18. Thinned Rear-face Electron-bombarded FT CCDs for LLL TV Imaging
pp.：
186 – 194
Chapter 19. A 2 x 2048 Pixel Bilinear CCD Array for Spectroscopy (TH 7832 CDZ)
pp.：
194 – 202
Chapter 20. Development of EBCCD Cameras for the Far Ultraviolet
pp.：
202 – 222
Chapter 21. Recent Developments in Solid-state Arrays for Infrared Astronomy
pp.：
222 – 230
Chapter 22. Multiple-frame UV/X-Ray Picosecond Framing Camera
pp.：
230 – 240
Chapter 23. Evaluation of PV001 and P-100 Tubes for Multiple-channel Streak Cameras
pp.：
240 – 242
Chapter 24. Evaluation of a Photon-counting Streak Camera with CCD Recording
pp.：
242 – 244
Chapter 25. A New Method for Observing High-speed Luminous Phenomena
pp.：
244 – 254
Chapter 26. An X-Ray Streak Tube. with Demountable Photocathodes
pp.：
254 – 260
Chapter 27. A Subnanosecond Multi-framing Camera
pp.：
260 – 268
Chapter 28. A CsI(Na) Scintillation Plate with High Spatial Resolution
pp.：
268 – 278
Chapter 29. X-Ray Imaging Sensor Using a CdTe/a-Si: H Heterojunction
pp.：
278 – 290
Chapter 30. Low-noise Solid-state Linear Detectors for Large-field-of-view X-Ray Radiology
pp.：
290 – 296
Chapter 31. An Image-intensified CCD Area X-Ray Detector for Use with Synchrotron Radiation
pp.：
296 – 306
Chapter 32. Further Developments of an X-Ray Television Detector
pp.：
306 – 318
Chapter 33. Development of Large-format Photon-counting Array Detectors for the Lyman Ultraviolet Space Telescope
pp.：
318 – 336
Chapter 34. Image Intensifier Tubes with Intagliated Screens
pp.：
336 – 344
Chapter 35. Photocathodes on Polycrystalline CsI/Na
pp.：
344 – 352
Chapter 36. High Performance with Trialkaline Antimonide Photocathodes
pp.：
352 – 360
Chapter 37. Relationship Between Microstructure and Photoelectric Quantum Yield (PQY) of S - I Photoemitting Surfaces
pp.：
360 – 368
Chapter 38. S.20 Photocathode Stability Considerations
pp.：
368 – 380
Chapter 39. Physical Model and Optimization of a Heterostructure Vidicon Target Based on Amorphous Hydrogenated Silicon
pp.：
380 – 390
Chapter 40. A New Extended Infrared Vidicon
pp.：
390 – 400
Chapter 41. Avalanche-mode Amorphous Selenium Photoconductive Target for Camera Tube
pp.：
400 – 410
Chapter 42. An Electrostatic Deflection, Electromagnetic Focusing Pick-up Tube for High-definition Television
pp.：
410 – 418
Chapter 43. Surface Temperature Measurement of Small Objects by the Microthermovision Technique
pp.：
418 – 426
Chapter 44. Anti-veiling Glare Windows for Third-generation Image Intensifiers
pp.：
426 – 434
Chapter 45. The Design of the Image Intensifier for the Faint Object Camera of NASA’s Space Telescope
pp.：
434 – 446
Chapter 46. Evaluation of Photon-event-counting Intensifiers
pp.：
446 – 456
Chapter 47. Calculations of the Electron Optics of Image Intensifiers Taking Account of Deviations from Rotational Symmetry
pp.：
456 – 478
Chapter 48. Optimization of the Imaging Properties of an Image Inverter Tube
pp.：
478 – 486
Chapter 49. An XUV Image Sensor for Rowland-circle Spectrographs
pp.：
486 – 496
Chapter 50. Properties of Imaging Electron-optical Systems for Image Tubes
pp.：
496 – 504
Chapter 51. Numerical Evaluation of Spread and Transfer Functions for Image Intensifiers with Polychromatic Illumination
pp.：
504 – 518
Advances in Electronics and Electron Physics
：Volume 74
( Volume 74 )
Disclaimer: Any content in publications that violate the sovereignty, the constitution or regulations of the PRC is not accepted or approved by CNPIEC.
