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Preparation of Heteroatom-Doped Carbon Materials and Applications in Selective Hydrogenation

机译:在选择性氢化中的杂化型碳材料和应用的制备

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摘要

Heteroatom-doping of carbon materials has gained much attention recent decades since it was believed to be a brilliant strategy to endow carbon with enhanced physical and chemical properties.In addition,the doped carbon has been frequently employed in various fields such as supercapacitors,batteries,catalytic hydrogenation reactions due to its unique structure and superior features,among which selective hydrogenation is an essential procedure during organic synthesis and has wide industrial applications.It is proved that the incorporation of heteroatoms could have a great effect on the original carbon,such as charge distribution and surface defects,which could further influence the electronic effect and physical interaction between carbon carrier and supported metal,thereby enhance its catalytic performance in hydrogenation reactions.Herein,we briefly reviewed recent progress in the effect of heteroatoms on carbon properties.Meanwhile,the synthesis strategies of doped-carbon and the application of these catalysts in series of hydrogenation reactions were also summarized.
机译:碳材料的杂种掺杂近几十年以来,人们一直引起了人们的关注,因为它被认为是赋予碳具有增强物理和化学特性的绝妙策略。此外,掺杂的碳经常在各个领域中使用,例如超级电池,电池,电池,电池,电池,,由于其独特的结构和出色的特征,催化氢化反应在有机合成过程中是一个必不可少的过程,并且具有广泛的工业应用。证明,杂原子的掺入可以对原始碳有很大的影响,例如电荷,例如电荷分布和表面缺陷,可能进一步影响碳载体和支撑金属之间的电子效应和物理相互作用,从而增强其在氢化反应中的催化性能。在这里,我们简要审查了杂原子对碳性质的影响的最新进展。掺杂碳和AP的合成策略还总结了这些催化剂在一系列氢化反应中的平原。

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