Coupled Hartree-Fock perturbation theory is employed to compute electric dipole hyperpolarizabilities of water, ammonia and methane with three different GTO basis sets. The results were extremely sensitive to the form of zero-order HF wave-functions. In some cases large discrepancies between computed and experimental values suggest that the latter ones must be reviewed. A comparison with other computations is also made
Uncoupled and coupled Hartree–Fock perturbation theories are employed to calculate the electric dipo...
Coupled Hartree-Fock perturbation theory is applied in extended ab initio calculations of molecular ...
CHF Perturbation theory has been applied to develop an ab initio computational approach to electric ...
Coupled Hartree-Fock perturbation theory is employed to compute electric dipole hyperpolarizabilitie...
Coupled and uncoupled Hartree-Fock theories are used to compute the electric dipole polarizability o...
Coupled Hartree–Fock perturbation theory has been applied to evaluate the first hyperpolarizability ...
A new computational scheme for electric dipole hyperpolarizabilities has been devised within the c...
A new computational scheme for electric dipole hyperpolarizabilities has been devised within the cou...
Coupled Hartree–Fock perturbation theory has been applied to obtain accurate predictions of electric...
Coupled Hartree-Fock perturbation theory has been applied to computing first- and second-order corre...
Coupled Hartree-Fock perturbation theory has been applied to computing first- and second-order corre...
Hartree-Fock electric polarizabilities have been calculated for H2, He, Li, Be, LiH, and N2. Perturb...
The third-rank electric hypershielding at the nuclei of eight diatomic molecules and carbon dioxide ...
Uncoupled and coupled Hartree–Fock perturbation theories are employed to calculate the electric dipo...
Coupled Hartree-Fock perturbation theory is applied in extended ab initio calculations of molecular ...
CHF Perturbation theory has been applied to develop an ab initio computational approach to electric ...
Coupled Hartree-Fock perturbation theory is employed to compute electric dipole hyperpolarizabilitie...
Coupled and uncoupled Hartree-Fock theories are used to compute the electric dipole polarizability o...
Coupled Hartree–Fock perturbation theory has been applied to evaluate the first hyperpolarizability ...
A new computational scheme for electric dipole hyperpolarizabilities has been devised within the c...
A new computational scheme for electric dipole hyperpolarizabilities has been devised within the cou...
Coupled Hartree–Fock perturbation theory has been applied to obtain accurate predictions of electric...
Coupled Hartree-Fock perturbation theory has been applied to computing first- and second-order corre...
Coupled Hartree-Fock perturbation theory has been applied to computing first- and second-order corre...
Hartree-Fock electric polarizabilities have been calculated for H2, He, Li, Be, LiH, and N2. Perturb...
The third-rank electric hypershielding at the nuclei of eight diatomic molecules and carbon dioxide ...
Uncoupled and coupled Hartree–Fock perturbation theories are employed to calculate the electric dipo...
Coupled Hartree-Fock perturbation theory is applied in extended ab initio calculations of molecular ...
CHF Perturbation theory has been applied to develop an ab initio computational approach to electric ...