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Sc3N and Sc2C2 encapsulated B-40: Smarter than its carbon analogue

机译:Sc3N和Sc2C2封装的B-40:比其碳类似物更智能

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摘要

A detailed comparative investigation on the recently synthesised B-40 and C-40 along with their metal nitride (Sc3N)and carbide (Sc2C2) encapsulated endohedral fullerenes, is performed under density functional theory for the first time. The structures, electronic, thermodynamic and magnetic properties of all the considered compounds are explored in detail. The present study identifies borospherene (B-40) and its encapsulated nitride (Sc3N@B-40) and carbide (Sc2C2@B-40) endohedral borofullerenes as the better candidates for future novel nano-applications compared to their carbon bucky ball analogues. (C) 2016 Elsevier B.V. All rights reserved.
机译:首次在密度泛函理论下对最近合成的B-40和C-40以及它们的金属氮化物(Sc3N)和碳化物(Sc2C2)包埋的内面富勒烯进行了详细的比较研究。详细探讨了所有考虑的化合物的结构,电子,热力学和磁性。本研究确定了与它们的碳巴基球类似物相比,硼球烯(B-40)及其封装的氮化物(Sc3N @ B-40)和碳化物(Sc2C2 @ B-40)内面的硼富勒烯是未来新型纳米应用的更好候选者。 (C)2016 Elsevier B.V.保留所有权利。

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