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Prospects for exploiting 4D ultrafast electron microscopy in solid-state organic and biological chemistry

机译:在固态有机和生物化学领域中利用4D超快电子显微镜的前景

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摘要

One of the most exciting recent experimental breakthroughs has been the development, by Zewail et al., of four-dimensional ultrafast electron microscopy (4D-UEM), which has the capability to combine direct spatial imaging of materials at angstrom resolution together with time resolution down to femtoseconds. We identify and discuss some of the wide-ranging future prospects for applying the 4D-UEM technique in organic solid-state chemistry, with reference to a variety of organic solids, including urea inclusion compounds, and in the study of biological materials such as ribosomes, proteins, and enzymes.
机译:Zewail等人最近开发的最令人兴奋的实验突破之一是开发了二维超快电子显微镜(4D-UEM),该技术具有将材料的直接空间成像与埃分辨率和时间分辨率相结合的能力。到飞秒。我们参考多种有机固体(包括尿素包合物)以及生物材料(如核糖体)的研究,确定并讨论了将4D-UEM技术应用于有机固态化学的广阔前景。 ,蛋白质和酶。

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