通过视频记录硼酸根离子[CB11H12]-母盐、其未十氟化形式[CHB11F11]-及其有用起始材料的放大合成过程

IF 6.1 Q1 CHEMISTRY, MULTIDISCIPLINARY Chemistry methods : new approaches to solving problems in chemistry Pub Date : 2024-10-21 DOI:10.1002/cmtd.202400011
Jan Kulenkampff, Christian Armbruster, Johanna Drolshagen, Celine Regnat, Tina Wienold, Luisa Spari, Jana Fix, Tabea Sterbak, Dr. Harald Scherer, Prof. Dr. Ingo Krossing
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引用次数: 0

摘要

在这项工作中,我们介绍了改进后的单批合成约 32 克 [NHMe3][CB11H12] 和 10 克 Na[CHB11F11] 以及盐类偏合成反应的方案,从而获得了引入 [CHB11F11]- 阴离子的有用起始材料。这包括三苯甲基阳离子 [Ph3C]+ 和双-1,2-二氟苯-银(I)-络合物 [Ag(odfb)2]+ 以及所示化合物的一些应用。所述方法可以合成大量的[CB11H12]-和[CHB11F11]-阴离子,因此可用于进一步的反应。为了便于重现,我们提供了 Na[CHB11F11] 合成步骤的视频教程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Video Documented Upscaled Synthesis of Salts of the Parent Carbaborate Ion [CB11H12]−, its Undecafluorinated Form [CHB11F11]− and Useful Starting Materials for its Introduction

In this work, we present our improved protocols for the single batch syntheses of approximately 32 g of [NHMe3][CB11H12] and 10 g of Na[CHB11F11] as well as salt metathesis reactions, granting access to useful starting materials to introduce the [CHB11F11] anion. This includes the trityl cation [Ph3C]+ and the bis-1,2-difluorobenzene-silver(I)-complex [Ag(odfb)2]+, as well as some applications of the shown compounds. The described methodology allows the synthesis of large amounts of both the [CB11H12] and the [CHB11F11] anion and therefore making them accessible for further reactions. To facilitate the reproducibility, we present video tutorials of the synthetic steps towards Na[CHB11F11].

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Cover Picture: Video Documented Upscaled Synthesis of Salts of the Parent Carbaborate Ion [CB11H12]−, its Undecafluorinated Form [CHB11F11]− and Useful Starting Materials for its Introduction (Chem. Methods 11/2024) Video Documented Upscaled Synthesis of Salts of the Parent Carbaborate Ion [CB11H12]−, its Undecafluorinated Form [CHB11F11]− and Useful Starting Materials for its Introduction High-Pressure Cell for In Situ Grazing Incidence XAS Characterization of Model Catalysts on Planar Supports FSscore: A Personalized Machine Learning-Based Synthetic Feasibility Score Cover Feature: (Chem. Methods 10/2024)
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