Relative contributions to the emission within bundles of carbon nanocone emitters

Darius Mofakhami, Philippe Dessante, Philippe Teste, R. Landfried, Tiberiu Minea, B. Seznec, J.-P. Mazellier, Pierre-Louis Gautherin
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Abstract

Herein, an original design of electron source based on an array of carbon nanocone bundles has been modeled. The contribution to the emission within bundles is investigated using a cold emission model based on the WKB approximation. The case of a specific bundle is presented where the geometry of the nanocones leads to a change of the main emitter as the voltage is ramped up. This change is shown to alter the linearity of usual Fowler-Nordheim analysis of the simulated I(V) data.
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碳纳米锥发射体束内辐射的相对贡献
本文设计了一种基于碳纳米锥束阵列的电子源。利用基于WKB近似的冷发射模型研究了束内辐射的贡献。在一个特定束的情况下,纳米锥的几何形状导致主发射极随着电压的升高而变化。这种变化改变了通常的Fowler-Nordheim模拟I(V)数据分析的线性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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First-principles evidence of a constant effective field enhancement factor for carbon nanotube field emitters Non-topographic contrast in constant-current Scanning Field-Emission Microscopy (SFEM) Relative contributions to the emission within bundles of carbon nanocone emitters Electron emission properties of planar-type electron emission sources based on nanocrystalline silicon International Steering Committee (ISC)
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