An exploration of the mechanism of the amidation reaction using ArB(OH)2 catalysts

DOI: 10.14469/hpc/11903 Metadata

Created: 2022-11-23 11:22

Last modified: 2025-05-17 07:30

Author: Henry Rzepa

License: Creative Commons: Public Domain Dedication 1.0

Funding: (none given)

Co-author: Alexandre Dumon

Description

Computatonal mechaniistic exploration using the Gaussian 16 program.

Members

DOIDescription
10.14469/hpc/14977 Catalytic amidation : Uncatalysed reaction
10.14469/hpc/15007 Catalytic amidation: three boron + four amine
10.14469/hpc/11924 oClPhB(OH)2 single B catalyst
10.14469/hpc/14983 Catalytic amidation: two boron + three amine
10.14469/hpc/14987 Catalytic amidation: Three boron + three amine, acyclic catalyst
10.14469/hpc/14979 Catalytic amidation : One boron, one amine
10.14469/hpc/15017 Catalytic amidation: Three boron + three amine, cyclic boroxine catalyst
10.14469/hpc/14982 Catalytic amidation: Two boron + two amine
10.14469/hpc/14981 Catalytic amidation : One boron, two amine
10.14469/hpc/14985 Catalytic amidation: two amine + three boron
10.14469/hpc/15225 Catalytic amidation: Three boron + three amine transition states for kinetic isotope effects
10.14469/hpc/14980 Catalytic amidation : Two boron, one amine
10.14469/hpc/14990 Catalytic amidation: Reactants and Product
10.14469/hpc/15018 Catalytic amidation: Miscellaneous
10.14469/hpc/14988 Catalytic amidation: Thermodynamics of boroxine formation
10.14469/hpc/14986 Catalytic amidation: three boron + two amine
10.14469/hpc/14978 Catalytic amidation : Original cyclic boroxine mechanism
10.14469/hpc/15016 Catalytic amidation: FAIR data table
10.14469/hpc/14989 Catalytic amidation: Tethered experiments

Edit