none1noThe XPO molecules, with X=H,F,Cl,Br, the HCS and HSC radicals and the HCS+ and HSC+ cations have been investigated in order to assess the accuracy that ab initio calculations can reach in evaluating structural and molecular properties. To this purpose, the coupled cluster method in conjunction with correlation consistent basis sets ranging in size from triple to sextuple zeta has been employed. In order to obtain very accurate results, after extrapolation to the complete basis set limit, additional corrections due to core-valence correlation effects have also been included.Titolo della collana: Science and Supercomputing at CinecanoneC. PuzzariniC. Puzzarin
Computational chemistry lies at the intersection of chemistry, physics, mathematics, and computer sc...
structure by means of quantum-chemistry as well as on the accuracy nowadays reachable will be presen...
Proton transfers in a number of systems are investigated using ab initio molecular orbital methods. ...
The thioketenyl (HCCS) radical and its related cation, HCCS+, and anion, HCCS-, have been investigat...
Implementation of very accurate ab initio methods on the one hand and improvements in computer facil...
none2The molecular structures and energetics of diazirine molecule (H2CN2), diazirinyl (HCN2), diazo...
Recent developments in ab initio coupled cluster (CC) theory and correlation consistent basis sets h...
Implementation of very accurate ab initio methods on one hand and improvements in computer facilitie...
The performance of several families of basis sets for correlated wave function calculations on molec...
This thesis presents computational studies of two main projects, the first concerning the structure ...
Author Institution: Molecular Science Research Center, Pacific Northwest $Laboratory^{\dag}$The basi...
Ammonia, phosphine and their related cations, anions and radicals have been investigated at a high l...
Using basis-set extrapolation schemes for a given data set, we evaluated the binding energies and ge...
none1noNowadays, ab initio calculations are able to provide very accurate predictions of molecular p...
Abstract. The highly accurate calculation of molecular electronic structure requires the expansion o...
Computational chemistry lies at the intersection of chemistry, physics, mathematics, and computer sc...
structure by means of quantum-chemistry as well as on the accuracy nowadays reachable will be presen...
Proton transfers in a number of systems are investigated using ab initio molecular orbital methods. ...
The thioketenyl (HCCS) radical and its related cation, HCCS+, and anion, HCCS-, have been investigat...
Implementation of very accurate ab initio methods on the one hand and improvements in computer facil...
none2The molecular structures and energetics of diazirine molecule (H2CN2), diazirinyl (HCN2), diazo...
Recent developments in ab initio coupled cluster (CC) theory and correlation consistent basis sets h...
Implementation of very accurate ab initio methods on one hand and improvements in computer facilitie...
The performance of several families of basis sets for correlated wave function calculations on molec...
This thesis presents computational studies of two main projects, the first concerning the structure ...
Author Institution: Molecular Science Research Center, Pacific Northwest $Laboratory^{\dag}$The basi...
Ammonia, phosphine and their related cations, anions and radicals have been investigated at a high l...
Using basis-set extrapolation schemes for a given data set, we evaluated the binding energies and ge...
none1noNowadays, ab initio calculations are able to provide very accurate predictions of molecular p...
Abstract. The highly accurate calculation of molecular electronic structure requires the expansion o...
Computational chemistry lies at the intersection of chemistry, physics, mathematics, and computer sc...
structure by means of quantum-chemistry as well as on the accuracy nowadays reachable will be presen...
Proton transfers in a number of systems are investigated using ab initio molecular orbital methods. ...