Motivated by a lack of understanding in the chemical mechanisms of alkylaromatic pyrolysis, the thermochemistry of fused two-ring aromatic molecules and radicals was calculated in this work using the CBS-QB3 level of theory. The enthalpies of formation of some fused ring species differ by as much as 13 kcal/mol from previous estimates. New group values were defined to facilitate better thermochemistry estimates in the future and were found to match the CBS-QB3 calculated values with an average deviation of 0.4 kcal/mol and a standard deviation of 0.9 kcal/mol, a substantial improvement from previous estimation methods. We discuss the thermochemical characteristics of the various polycyclic and radical groups developed in this work
An automated computational thermochemistry protocol based on explicitly correlated coupled-cluster t...
A complete and consistent set of 60 Benson group additive values (GAVs) for oxygenate molecules and ...
An accurate coupled-cluster (CC) based model chemistry was applied to calculate reliable thermochemi...
To better understand intermolecular radical additions to aromatic rings that take place in the pyrol...
An accurate coupled-cluster (CC) based model chemistry was applied to calculate reliable thermochemi...
Journal articleA review of literature on enthalpies of formation and molar entropies for alkanes, al...
Group contribution (GC) methods to predict thermochemical properties are eminently important to proc...
In this study, the thermochemistry of C<sub>2</sub>–C<sub>7</sub> unsaturated hydrocarbons (22 alken...
Key to understanding the involvement of organosulfur compounds in a variety of radical chemistries, ...
Key to understanding the involvement of organosulfur compounds in a variety of radical chemistries, ...
Two basic properties of chemical compounds are the structures and the energies of their molecules. T...
In this study, the thermochemistry of C<sub>2</sub>–C<sub>7</sub> unsaturated hydrocarbons (22 alken...
This study extends a previous publication on group additivity values (GAVs) for the elements C, H, a...
Enthalpies of formation at both 0 and 298 K were calculated according to the HEAT (High-accuracy Ext...
Standard enthalpies of formation (Δ<i>H</i>°<sub>f 298</sub>) of methyl, ethyl, primary and secondar...
An automated computational thermochemistry protocol based on explicitly correlated coupled-cluster t...
A complete and consistent set of 60 Benson group additive values (GAVs) for oxygenate molecules and ...
An accurate coupled-cluster (CC) based model chemistry was applied to calculate reliable thermochemi...
To better understand intermolecular radical additions to aromatic rings that take place in the pyrol...
An accurate coupled-cluster (CC) based model chemistry was applied to calculate reliable thermochemi...
Journal articleA review of literature on enthalpies of formation and molar entropies for alkanes, al...
Group contribution (GC) methods to predict thermochemical properties are eminently important to proc...
In this study, the thermochemistry of C<sub>2</sub>–C<sub>7</sub> unsaturated hydrocarbons (22 alken...
Key to understanding the involvement of organosulfur compounds in a variety of radical chemistries, ...
Key to understanding the involvement of organosulfur compounds in a variety of radical chemistries, ...
Two basic properties of chemical compounds are the structures and the energies of their molecules. T...
In this study, the thermochemistry of C<sub>2</sub>–C<sub>7</sub> unsaturated hydrocarbons (22 alken...
This study extends a previous publication on group additivity values (GAVs) for the elements C, H, a...
Enthalpies of formation at both 0 and 298 K were calculated according to the HEAT (High-accuracy Ext...
Standard enthalpies of formation (Δ<i>H</i>°<sub>f 298</sub>) of methyl, ethyl, primary and secondar...
An automated computational thermochemistry protocol based on explicitly correlated coupled-cluster t...
A complete and consistent set of 60 Benson group additive values (GAVs) for oxygenate molecules and ...
An accurate coupled-cluster (CC) based model chemistry was applied to calculate reliable thermochemi...