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New Functioned Field Emission Array to Controllable Initial Emission Angle by Introducing a Suppressor Gate

机译:通过引入抑制门来控制初始发射角的新功能场发射阵列

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We have proposed the new micro column electron beam microscope fabricated with multi-gated field emitter array based on the first 'result that a crossover successfully observed with quintuple-gated FEA. In order to realize the fine focused electron beam less than several ten nm in diameter, the initial emission angle after emitting from tip surface has to be controlled narrowly. In this report, it was described that we have' introduced a suppressor gate which was located below tip and fabricated double-gated field emitter array with extractor. It was demonstrated that the suppressor gate. had an emission angle narrowed successfully.
机译:我们已经提出了新的微柱电子束显微镜,该微柱电子束显微镜基于Quintuple Gated Fea成功观察到的第一'结果。为了实现直径小于几十纳米的细聚焦电子束,必须狭窄地控制从尖端表面发射之后的初始发射角。在本报告中,据描述我们已引入抑制器门,该抑制门位于尖端下方并制成具有提取器的双门控场发射器阵列。它被证明是抑制门。发射角成功缩小。

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