Abstract
A new type of framing camera tube for either x-ray or optical events is being developed at LLL that should have capabilities of sub-100 psec framing times. The concept of such a camera is based on dissection of an electron-image through a multiple aperture plate in an image converter tube. Each aperture in the plate produces an image frame. By use of synchronized deflection in both the dissector and restorer sections of the tube, the sequentially time-developed images from an aperture are restored to an electron-image frame at the phosphor screen.
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