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Iron stable isotopes: beyond biosignatures

机译:铁稳定同位素:超越生物特征

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摘要

The stable isotope geochemistry of Fe has attracted intense interest in the past five years. This interest was originally motivated by the possible use of Fe isotopes in biosignature applications, particularly in sediments from the ancient Earth or Mars. This application is still being developed, with particular attention to fractionation mechanisms. Understanding such mechanisms should also provide new insights into the environmental biogeochemistry of Fe. At the same time, the Fe isotope system holds promise for other exciting frontiers, including applications in oceanography, solid Earth geochemistry and biomedicine. Such applications will be increasingly attractive as Fe isotope analysis becomes routine.
机译:在过去的五年中,铁的稳定同位素地球化学引起了人们的浓厚兴趣。这种兴趣最初是由于在生物签名应用中可能使用铁同位素而引起的,特别是在古代地球或火星的沉积物中。该应用程序仍在开发中,尤其要注意分馏机制。了解此类机制还应提供对铁的环境生物地球化学的新见解。同时,铁同位素系统有望在其他激动人心的领域,包括在海洋学,固体地球化学和生物医学中的应用。随着铁同位素分析成为常规方法,此类应用将越来越有吸引力。

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