D. Dimitrov, E. Wang, J. Smedley, I. Ben-Zvi, T. Rao
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Abstract
We report detailed modeling and simulations of secondary electron generation, transport, and emission from diamond cathodes. The simulations can explain the range of experimentally determined emission probability as a function of external electric field. It is essential to include conservation of transverse momentum and effective mass anisotropy when modeling emission.
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