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A diamond current amplifier is being developed that can be biased to generate an internal electric field needed for high transport efficiency and emission gain. In the process, a bonded diamond structure has been successfully fabricated that provides mechanical support for the microns-thick diamond film and that allows for the use of processing techniques needed to fabricate the biased device. Emission...
Secondary-electron-emission measurements are used to examine the transport and emission characteristics of an 8.3-micron-thick diamond amplifier film. Superior transport and emission properties are confirmed for the single-crystal CVD diamond compared to previously-studied polycrystalline diamond. In particular, low-energy secondary electrons are emitted from the conduction band even after diffusing...
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