A high detection efficiency, low noise microchannel plate and its preparation method
A technology of micro-channel plate and micro-hole array, which is applied in the manufacture of light-emitting cathodes, secondary emitter electrodes, multiplier electrodes, etc. Effect
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[0029] The present invention also provides a method for preparing a microchannel plate, comprising: obtaining a quartz glass microhole array; sequentially depositing a conductive layer and an emission layer on the hole walls of the quartz glass microhole array; depositing the conductive layer and The two ends of the quartz glass micropore array of the emission layer are respectively plated with an input electrode and an output electrode; an organic film is attached to one end of the input electrode; a copper film is plated on the organic film; and the organic film is pyrolyzed , to remove the organic film, so that the copper film stays at the input electrode end; deposit a graphene film; dissolve the copper film and dry to obtain a microchannel plate with a graphene film attached.
[0030] Among them, the preparation method of the quartz glass microwell array is to draw a large-sized precision-shaped quartz glass tube through a wire drawing furnace into a thin tube, arrange the...
Embodiment
[0040] This embodiment provides a method for preparing a microchannel plate with high detection efficiency and low noise.
[0041] (1) Use a wire drawing furnace to draw a quartz glass tube with an outer diameter of 36mm and a wall thickness of 3mm into a thin tube with an outer diameter of 1.44mm. The temperature of the wire drawing furnace is 1600-1900°C; the 1.44mm thin tubes are tightly packed and arranged into a size of 30mm across the side The hexagonal cylindrical primary rod is drawn into a primary wire with an opposite side of 0.5mm through a wire drawing furnace. A quartz tube with an outer diameter of 62.5mm forms a secondary rod, and the secondary rod is drawn into a rough rod with a micropore array with an outer diameter of 25mm through a wire drawing furnace. microwell array.
[0042] (2) A layer of ZnO is first deposited as a conductive layer on the wall of the quartz glass micropore array by atomic layer deposition technology, the gas source is diethyl zinc (D...
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