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Image Tubes with Channel
The Performance Characteristics of Channel Plates
Channel Plate Technology
11 other sections not shown
angle applications astigmatism axis band gap beam splitter birefringence buffer layer c/mm cathode channel electron channel electron multiplier channel plate constant contrast ratio crystal curves decrease deflection fields deflection system deflection yoke detection efficiency dielectric dielectric mirror diffusion length discussed display distribution DKDP effect electric field electron affinity electron beam electrostatic emitted factor Figure filter function GaAs gain III-V image intensifier tube image tube imaging devices increase input interface lattice lens light valve magnetic Martinelli material maximum method microchannel plate modulation NEA emitters NEA surface obtained operation output screen parameters Parylene pattern photocathode photoconductive photoelectrons photons Phototitus picture plane Pockels-effect polarizing potential primary electron proximity focused pulse quantum efficiency radiation reduced resolution characteristic sample Schagen secondary electron secondary emission Section shown in Fig spatial frequency spectral structure substrate target temperature thickness transmission TSE dynode values velocity voltage wavelength X-ray