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首页> 外文期刊>Nanotechnology perceptions: A review of ultraprecision engineering and nanotechnology >From a fluorescent patch to picoscopy, one strand in the history of the electron
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From a fluorescent patch to picoscopy, one strand in the history of the electron

机译:从荧光斑到象形镜,电子史上只有一条链

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摘要

The particle nature of the electron was established in 1897 and the complementary wave nature in 1923. Four years later, it was shown that the behaviour of the electron in a rotationally symmetric electrostatic or magnetic field bears a close analogy to that of light in a lens, a finding that led to the notion of an electron lens and, soon after, to the first electron microscopes. The development of the three main families of microscopes and the struggle to overcome the optical aberrations are described; with the arrival of aberration correctors in the late 1990s, electron microscopes capable of furnishing information in the 50-100 pm range are now in current use.
机译:电子的粒子性质于1897年确立,互补波性质于1923年确立。四年后,证明了电子在旋转对称静电场或磁场中的行为与透镜中的光非常相似。 ,这一发现导致了电子透镜的概念,并很快出现了第一批电子显微镜。描述了显微镜的三个主要家族的发展以及克服光学像差的努力。随着像差校正器在1990年代后期的到来,现在可以使用能够提供50-100 pm范围信息的电子显微镜。

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