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元素周期表向其自然极限的扩展。

The Expansion of the Periodic Table to Its Natural Limits.

作者信息

Türler Andreas

机构信息

Department of Chemistry and Biochemistry, University of Bern, Freiestrasse 3, CH-3012 Bern ;, Email:

出版信息

Chimia (Aarau). 2019 Mar 27;73(3):173-178. doi: 10.2533/chimia.2019.173.

Abstract

One hundred and fifty years after its conception the periodic table of the elements contains 118 members with the 7 period being completely filled. This raises the question of what are the natural limits of the periodic table and whether yet undiscovered elements can be synthesized. Nowadays the alchemists' dream of producing new elements from already known ones has become reality. However, only single, short-lived atoms can be produced and investigated. The current article will give insights into the state of the art concerning the synthesis and chemical investigation of heavy and superheavy elements and discuss limits to the further expansion of the periodic table to even heavier elements in the 8 period.

摘要

元素周期表诞生150年后,已包含118种元素,第7周期已完全填满。这就引出了一个问题:元素周期表的自然极限是什么,是否还能合成尚未发现的元素。如今,炼金术士从已知元素中制造新元素的梦想已成为现实。然而,只能制造和研究单个的、寿命短暂的原子。本文将深入探讨重元素和超重元素的合成与化学研究的现状,并讨论元素周期表进一步扩展到第8周期更重元素的局限性。

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