β Scribed by G.P. Arrighini; M. Maestro; R. Moccia
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
## Abstract Coupled and uncoupled HartreeβFock theories are used to compute the electric dipole polarizability of water, ammonia, and methane with three different GTO basis sets. Bounds for the geometric approximation to uncoupled polarizabilities are also computed to examine the accuracy of calcul
Hartree-Fock perturbation theory is employed to compute electric dipole hyperpolarizabilities ofwater, ammo& and methane with three different CT0 basis sets. The results were extremely sensitive to the form of zero-order HT; wavefunctions. In mrne cases large discrepancies between computed and exper
Hartrex-Fock (DHF) theory hds been used with several different basis sels to evaluate the &pole. qundrupole and octupole polanzabiliGes of methane through the second dipole hyperpolanwbility. While [or aloms and cerlam dlatomic molecules. il is well estabhshed that dipole polarizab~lities and possib