One-pot synthesis of primary phosphines from white phosphorus.
Mende M, Cammarata J, Scott DJ, Wolf R.
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Au<sub>147</sub>(SPh)<sub>30</sub>(PPh<sub>3</sub>)<sub>12</sub>: A Geometrically Closed, but Electronically Open Triple-Shell Icosahedral Gold Cluster and its Geometrically Open Counterpart. [PDF]
Strienz M+6 more
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Kinetic Study of the Intramolecular Decomposition of Some Phosphine N-Benzoyl Imines. [PDF]
Gunnar Aksnes+6 more
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A Homobimetallic Frustrated Lewis Pair Cobalt Catalyst for the Methanolysis of Hydrosilanes
The bimetallic Co(I)/Co(–I) complex [Co(CO)2(κ3‐P,N,P‐PNHP)][Co(CO)4] shows excellent activities in the methanolysis of hydrosilanes, reaching TOF values of ca. 50 000 h−1. This behavior can be ascribed to the presence of the [Co(CO)4]– anion, which allows for a frustrated Lewis pair mechanism, resulting in a low energy pathway for the heterolytic ...
Ana Luque‐Gómez+6 more
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Asymmetric alkyl-alkyl coupling between electron-deficient and unactivated alkenes to access α-chiral phosphines by Ni catalysis. [PDF]
Zou JY+5 more
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Alkylsiylamine‐based aminophosphine precursor was newly introduced to synthesize InP quantum dots (QDs). This new aminophosphine showed a faster reaction process compared to the conventional aminophosphine, resulting in the near‐unity quantum yield (QY) and a full‐width at half‐maximum of 48 nm without additional purification.
Doheon Yoo+5 more
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Synthesis of organophosphorus (III) compounds from white phosphorus enabled by a tandem electrothermal process. [PDF]
Feng K, Zhang H.
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We describe a one‐pot synthetic procedure for the functionalization with organosulfur ligands of hexa‐iron carbide carbonyl clusters. This synthetic procedure is highly versatile and may be applied to alkyl, aryl, and functionalized organic sulfur reagents, including the chiral amino acids L‐ and D‐cysteine.
Francesca Forti+6 more
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Unraveling the influence mechanisms of different substituents on the chemical activity of N-heterocyclic phosphines via theoretical calculations. [PDF]
Chen Y.
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Reactivities of tertiary phosphines towards allenic, acetylenic, and vinylic Michael acceptors. [PDF]
An F+6 more
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