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首页> 外文期刊>Physica Scripta: An International Journal for Experimental and Theoretical Physics >Nanostructuring of electron beams
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Nanostructuring of electron beams

机译：电子束纳米结构

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摘要

The remarkable technological advancements that culminated in today's powerful electron microscope have enabled scientists to traverse into new regimes of the nanoworld. However, the versatility of this complicated optical beamline allows for more than just inspecting atoms: by shaping the electron beam, new and interesting phenomena are sought after by the interaction of shaped beams with matter. Here, we review the recent newly-emerged field of electron beam shaping by thin film interaction of nanostructures and by interaction with shaped electrostatic fields. This article is dedicated to our friend Wolfgang P Schleich on the occasion of his 60th Birthday. Since 2014, Wolfgang has collaborated with us within the framework of a Deutsch-Israelische Projektkooperation project (supported by the Deutsche Forschungsgemeinschaft) entitled 'Science and applications of electron wave-functions shaped and manipulated by engineered nano-holograms', during which many of the concepts that we present here were developed.
机译：在当今强大的电子显微镜中持久化的卓越的技术进步使科学家能够遍历纳米罗德的新制度。然而，这种复杂的光学束线的多功能性允许多于检查原子：通过成形电子束，通过形状的相互作用，追求新的和有趣的现象。在这里，我们通过纳米结构的薄膜相互作用以及与成形静电场相互作用来审查最近的新出现的电子束形状。这篇文章致力于我们的60岁生日之际致力于我们的朋友Wolfgang P Schleich。自2014年以来，Wolfgang在Deutsch-Israelische Projektkooperation（Deutsche Forschungsgemeinschaft）的框架内与我们合作，题为“电子波函数的科学和应用，通过工程纳米全息图”，在其中许多我们在这里展示的概念是开发的。

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