This study shows that the accuracy of ab initio MD simulations in the description of short-range solute-solvent interactions, although very demanding in terms of computational effort, may eventually be necessary to characterize subtle solvent-related perturbations to the calculated chiroptical properties of chiral molecules: in fact, TD-DFT calculations without explicit treatment of solvation would have led to a wrong assessment of absolute configuration for austdiol
The efficacy of the frozen density embedding (FDE) approach to the simulation of solvent effects is ...
This work is concerned with the rationalization and predicton of solvent and temperature effects in ...
Solvent or solute dissymmetry? The dissymmetric ordering of solvent molecules around the chiral solu...
This study shows that the accuracy of ab initio MD simulations in the description of short-range sol...
This document is the Accepted Manuscript version of a Published Work that appeared in final form in ...
The description of solvation effects on the chiroptical properties of chiral molecules is still a di...
Time-dependent density functional theory (TD-DFT) has become the standard method for chiroptical pro...
The description of solvation effects on the chiroptical properties of chiral molecules is still a di...
In this article, the most advanced extensions of solvation models to chiroptical properties of solva...
The tremendous progress of ab-initio quantum chemistry in the last decades has led to an increasing...
none3noThe close relationship between chirality and the differential interaction with polarised radi...
This study highlights the great importance of even small perturbations in molecular geometry for the...
Nuclear magnetic resonance (NMR) spectroscopy is omnipresent in chemical analysis. However, chiralit...
<p>Chiroptical spectroscopic techniques such as optical rotation (OR), electronic circular dichroism...
Quantum-mechanical calculations of chiroptical properties have rapidly become the most popular metho...
The efficacy of the frozen density embedding (FDE) approach to the simulation of solvent effects is ...
This work is concerned with the rationalization and predicton of solvent and temperature effects in ...
Solvent or solute dissymmetry? The dissymmetric ordering of solvent molecules around the chiral solu...
This study shows that the accuracy of ab initio MD simulations in the description of short-range sol...
This document is the Accepted Manuscript version of a Published Work that appeared in final form in ...
The description of solvation effects on the chiroptical properties of chiral molecules is still a di...
Time-dependent density functional theory (TD-DFT) has become the standard method for chiroptical pro...
The description of solvation effects on the chiroptical properties of chiral molecules is still a di...
In this article, the most advanced extensions of solvation models to chiroptical properties of solva...
The tremendous progress of ab-initio quantum chemistry in the last decades has led to an increasing...
none3noThe close relationship between chirality and the differential interaction with polarised radi...
This study highlights the great importance of even small perturbations in molecular geometry for the...
Nuclear magnetic resonance (NMR) spectroscopy is omnipresent in chemical analysis. However, chiralit...
<p>Chiroptical spectroscopic techniques such as optical rotation (OR), electronic circular dichroism...
Quantum-mechanical calculations of chiroptical properties have rapidly become the most popular metho...
The efficacy of the frozen density embedding (FDE) approach to the simulation of solvent effects is ...
This work is concerned with the rationalization and predicton of solvent and temperature effects in ...
Solvent or solute dissymmetry? The dissymmetric ordering of solvent molecules around the chiral solu...