Ambient Stable Cyanomethylcopper(III) Complex: A Strong Cu-Csp3Bond Supported by a PS3-Tripodal Chelator

Hao Ching Chang; Ya Fan Chang; Sheng Hsiang Lin; Tsung Han Lin; Way Zen Lee

doi:10.1021/acs.inorgchem.8b02511

Ambient Stable Cyanomethylcopper(III) Complex: A Strong Cu-Csp³Bond Supported by a PS3-Tripodal Chelator

Hao Ching Chang, Ya Fan Chang, Sheng Hsiang Lin, Tsung Han Lin, Way Zen Lee

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1 Citation (Scopus)

Abstract

An organocuprate(III) complex, [Cu(^TMSPS3)(CH₂CN)]^- (2), was identified along with a sequential derivative, [Cu(^TMSPS3)(CN)]^- (3), and an intermediate, [Cu(^TMSPS3)(HN=PPh₃)] (4), formed in a relative transformation. Apical ligands among these complexes all strongly associate with a robust trigonal copper(III) platform. The nature of the ligand binding was spectroscopically and computationally investigated through a series of copper(III) complexes. The bonding along the principal C₃ axis is adaptable, and σ interaction dominates the axial ligand coordination, where the cyanomethyl group exhibits the strongest bonding. Complex 2 is a scarce example of a thermostable aliphatic organocuprate(III) compound, which sheds some light on the organocopper(III) chemistry widely involved in many copper-mediated catalyses.

Original language	English
Pages (from-to)	22-26
Number of pages	5
Journal	Inorganic Chemistry
Volume	58
Issue number	1
DOIs	https://doi.org/10.1021/acs.inorgchem.8b02511
Publication status	Published - 2019 Jan 7

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ASJC Scopus subject areas

Physical and Theoretical Chemistry
Inorganic Chemistry

Cite this

Chang, H. C., Chang, Y. F., Lin, S. H., Lin, T. H., & Lee, W. Z. (2019). Ambient Stable Cyanomethylcopper(III) Complex: A Strong Cu-Csp³Bond Supported by a PS3-Tripodal Chelator. Inorganic Chemistry, 58(1), 22-26. https://doi.org/10.1021/acs.inorgchem.8b02511

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abstract = "An organocuprate(III) complex, [Cu(TMSPS3)(CH2CN)]- (2), was identified along with a sequential derivative, [Cu(TMSPS3)(CN)]- (3), and an intermediate, [Cu(TMSPS3)(HN=PPh3)] (4), formed in a relative transformation. Apical ligands among these complexes all strongly associate with a robust trigonal copper(III) platform. The nature of the ligand binding was spectroscopically and computationally investigated through a series of copper(III) complexes. The bonding along the principal C3 axis is adaptable, and σ interaction dominates the axial ligand coordination, where the cyanomethyl group exhibits the strongest bonding. Complex 2 is a scarce example of a thermostable aliphatic organocuprate(III) compound, which sheds some light on the organocopper(III) chemistry widely involved in many copper-mediated catalyses.",

author = "Chang, {Hao Ching} and Chang, {Ya Fan} and Lin, {Sheng Hsiang} and Lin, {Tsung Han} and Lee, {Way Zen}",

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T2 - A Strong Cu-Csp3Bond Supported by a PS3-Tripodal Chelator

AU - Chang, Hao Ching

AU - Chang, Ya Fan

AU - Lin, Sheng Hsiang

AU - Lin, Tsung Han

AU - Lee, Way Zen

PY - 2019/1/7

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N2 - An organocuprate(III) complex, [Cu(TMSPS3)(CH2CN)]- (2), was identified along with a sequential derivative, [Cu(TMSPS3)(CN)]- (3), and an intermediate, [Cu(TMSPS3)(HN=PPh3)] (4), formed in a relative transformation. Apical ligands among these complexes all strongly associate with a robust trigonal copper(III) platform. The nature of the ligand binding was spectroscopically and computationally investigated through a series of copper(III) complexes. The bonding along the principal C3 axis is adaptable, and σ interaction dominates the axial ligand coordination, where the cyanomethyl group exhibits the strongest bonding. Complex 2 is a scarce example of a thermostable aliphatic organocuprate(III) compound, which sheds some light on the organocopper(III) chemistry widely involved in many copper-mediated catalyses.

AB - An organocuprate(III) complex, [Cu(TMSPS3)(CH2CN)]- (2), was identified along with a sequential derivative, [Cu(TMSPS3)(CN)]- (3), and an intermediate, [Cu(TMSPS3)(HN=PPh3)] (4), formed in a relative transformation. Apical ligands among these complexes all strongly associate with a robust trigonal copper(III) platform. The nature of the ligand binding was spectroscopically and computationally investigated through a series of copper(III) complexes. The bonding along the principal C3 axis is adaptable, and σ interaction dominates the axial ligand coordination, where the cyanomethyl group exhibits the strongest bonding. Complex 2 is a scarce example of a thermostable aliphatic organocuprate(III) compound, which sheds some light on the organocopper(III) chemistry widely involved in many copper-mediated catalyses.

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10.1021/acs.inorgchem.8b02511