<p>Panel A shows proton transfers associated with the carbinolamine dehydration in this unforced reaction mediated via a water intermediate. Panel B shows the transfer of the water proton to the carbinolamine oxygen to form the product water. Panel C shows trajectory plots for the oxygen departure (dehydration) and the product separation (bonding) distance (product water formation). The progress of the simulation is shown color coded as indicated in the palette. The identities of the atoms in quantum region functional groups are shown in color: black, red or blue. The time between samples of the trajectory was 2.5 ps.</p
By computer simulation, using both quantum and classical dynamics, we determined the rate constant a...
By computer simulation, using both quantum and classical dynamics, we determined the rate constant a...
The first molecular dynamics (MD) simulation of a chemical process in solution with an ab initio des...
In order to suggest detailed mechanistic hypotheses for the formation and dehydration of a key carbi...
A computational study on the transamination reaction of molecular complexes that consist of NH2CH2CO...
We have performed a number of quantum chemical simulations to examine water cluster catalyzed decomp...
We have examined the catalytic role of H2O molecules in the oxidation of CH3OH in water by quantum c...
<p>The atom names and distances referenced in Panel B of <a href="http://www.plosone.org/article/inf...
[eng] A comprehensive study of Schiff base formation of vitamin b6 analogues in gas-phase and water ...
The alkyl oxonium ion, which is a protonated alcohol, has long been proposed as a key reaction inter...
International audienceWe investigate the first direct proton abstraction reactions from reducing age...
High-temperature water (HTW) is a suitable reaction medium for different types of organic chemistry....
Intramolecular proton transfers are important processes in chemical reactions and biological transfo...
The hydration of CO2 in water solution was investigated by the cluster-continuum model calculations ...
Solvated electrons are ubiquitous intermediates in radiation-induced processes, with their lifetime ...
By computer simulation, using both quantum and classical dynamics, we determined the rate constant a...
By computer simulation, using both quantum and classical dynamics, we determined the rate constant a...
The first molecular dynamics (MD) simulation of a chemical process in solution with an ab initio des...
In order to suggest detailed mechanistic hypotheses for the formation and dehydration of a key carbi...
A computational study on the transamination reaction of molecular complexes that consist of NH2CH2CO...
We have performed a number of quantum chemical simulations to examine water cluster catalyzed decomp...
We have examined the catalytic role of H2O molecules in the oxidation of CH3OH in water by quantum c...
<p>The atom names and distances referenced in Panel B of <a href="http://www.plosone.org/article/inf...
[eng] A comprehensive study of Schiff base formation of vitamin b6 analogues in gas-phase and water ...
The alkyl oxonium ion, which is a protonated alcohol, has long been proposed as a key reaction inter...
International audienceWe investigate the first direct proton abstraction reactions from reducing age...
High-temperature water (HTW) is a suitable reaction medium for different types of organic chemistry....
Intramolecular proton transfers are important processes in chemical reactions and biological transfo...
The hydration of CO2 in water solution was investigated by the cluster-continuum model calculations ...
Solvated electrons are ubiquitous intermediates in radiation-induced processes, with their lifetime ...
By computer simulation, using both quantum and classical dynamics, we determined the rate constant a...
By computer simulation, using both quantum and classical dynamics, we determined the rate constant a...
The first molecular dynamics (MD) simulation of a chemical process in solution with an ab initio des...