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Solid-state selenium-77 NMR

机译:固态硒77 NMR

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摘要

Since its initial discovery by Berzelius in 1818, selenium has steadily been incorporated in nearly all areas of chemistry. While the early chemistry involving selenium was predominately inorganic in nature [1], the development of organoselenium chemistry in the 1970s [2–4] paved the way for many of the studies probing the suspected importance of selenium in biological systems over the next 30 years [5]. With selenium as an essential nutrient in mammalian systems firmly solidified [6–8], attention has returned to selenium within inorganic systems particularly with regard to materials chemistry.
机译:自1818年贝泽留斯(Berzelius)首次发现硒以来,硒几乎已稳步纳入化学的所有领域。尽管涉及硒的早期化学本质上主要是无机化学[1],但1970年代有机硒化学的发展[2-4]为探讨硒在未来30年对生物系统的重要性的许多研究铺平了道路。 [5]。硒作为哺乳动物系统中必不可少的营养素已经牢固地固化[6-8],无机系统中的硒已经引起人们的关注,特别是在材料化学方面。

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