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    • 2. 发明授权
    • Microchannel image intensifier tube with novel sealing feature
    • 微通道图像增压管具有新颖的密封特性
    • US5369267A
    • 1994-11-29
    • US63234
    • 1993-05-18
    • David B. JohnsonAllan W. ScottStephen J. Bartz
    • David B. JohnsonAllan W. ScottStephen J. Bartz
    • H01J31/50H01J40/14
    • H01J31/505
    • A low cost image intensifier tube is provided which has an improved vacuum sealing mechanism and improved optical transmission. Glass windows on both the input and output of the tube are vacuum sealed within the housing by a ring of indium that contacts the interface between each of the windows and the housing. A pair of raised pointed flanges each positioned along the inner housing surface interfacing the windows protrude into the adjacent ring of indium for improving the vacuum seal of both input and output windows and for controlling the spacing of the elements within the tube. Sealing the photocathode from the rest of the tube is a ceramic cathode cork. The cathode cork is a solid sealing ring press fit within the tube housing and colocated between the input window at the outer edge of the photocathode and the microchannel plate.
    • 提供了一种低成本的图像增强管,其具有改进的真空密封机构和改进的光传输。 管的输入和输出上的玻璃窗通过接触每个窗户和壳体之间的界面的铟环真空密封在壳体内。 一对突出的凸缘,每个沿着与壳体接合的内壳表面定位突出到相邻的铟环中,以改善输入和输出窗口的真空密封,并用于控制管内元件的间隔。 从其余的管中密封光电阴极是陶瓷阴极软木。 阴极软木是一种固体密封环压配合在管壳体内,并且位于光电阴极的外边缘的输入窗口和微通道板之间。