
The reaction mechanism of a molybdenum imido complex and coreactants to form the silylamido products with an acetonitrile ligand has been studied by the density functional theory (B3PW91/6-31G(d,p)). For reaction elementary steps, the energies and thermodynamic properties are determined, transition states are found and minimum energy reaction pathways are built.
Методом функционала плотности (B3PW91/6-31G(d,p)) изучен механизм реакции имидного комплекса молибдена и сореагентов с образованием силиламидных продуктов с ацетонитрильным лигандом. Для элементарных стадий этой реакции определены энергетические и термодинамические характеристики, найдены переходные состояния и построены пути реакции минимальной энергии.
СИЛИЛАМИДНЫЕ КОМПЛЕКСЫ МОЛИБДЕНА, АЦЕТОНИТРИЛЬНЫЙ ЛИГАНД, КВАНТОВОХИМИЧЕСКОЕ ИССЛЕДОВАНИЕ, ТЕОРИЯ ФУНКЦИОНАЛА ПЛОТНОСТИ, МЕХАНИЗМ
СИЛИЛАМИДНЫЕ КОМПЛЕКСЫ МОЛИБДЕНА, АЦЕТОНИТРИЛЬНЫЙ ЛИГАНД, КВАНТОВОХИМИЧЕСКОЕ ИССЛЕДОВАНИЕ, ТЕОРИЯ ФУНКЦИОНАЛА ПЛОТНОСТИ, МЕХАНИЗМ
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