A full configuration interaction study on the BH molecule is presented. The potential energy curves of 20 different electronic states have been calculated correlating the four valence electrons. On the two most important states, i.e. the X1Sigma+ and A1Pi states, a complete study has been performed. This includes the effect of core electron correlation, estimated via truncated configuration interaction techniques. The dissociation energy of the molecule in the two states and the height of the predissociative barrier in the A1Pi state have been determined with basis sets of increasing quality
Full Configuration Interaction (Full-CI) and Valence Bond Self-Consistent Field (VBSCF) methods have...
Full Configuration Interaction (Full-CI) and Valence Bond Self-Consistent Field (VBSCF) methods have...
To investigate the relative importance of various small sources of error in theoretical predictions ...
A full con ® guration interaction study on the BH molecule is presented. The potential energy curves...
Author Institution: Department of Chemistry Building 148--72, California Institute of TechnologyThe ...
Author Institution: Battelle Memorial InstituteA set of full valence-electron configuration interact...
Antisymmetrized geminal product wavefunctions with several limited basis sets were calculated for th...
The electronic 1\Sigma+ states and potential energy curves have been studied with a view to obtainin...
Results of calculations using a configuration interaction LCAO-MO method are presented for the X 2Σ+...
Author Institution: Chemistry Division, Argonne National LaboratoryAb initio calculations using self...
An all-electron full configuration interaction (FCI) calculation of the adiabatic potential energy c...
© 2004 American Institute of Physics. The electronic version of this article is the complete one and...
International audienceThe electronic structure of the MgH molecule is investigated using a pseudopot...
Wavefunctions possessing effective nuclear charges which are explicitly angularly dependent have bee...
Accurate electronic potential energy curves have been computed for the ∞H−2 (2Σ+u) negative ion stat...
Full Configuration Interaction (Full-CI) and Valence Bond Self-Consistent Field (VBSCF) methods have...
Full Configuration Interaction (Full-CI) and Valence Bond Self-Consistent Field (VBSCF) methods have...
To investigate the relative importance of various small sources of error in theoretical predictions ...
A full con ® guration interaction study on the BH molecule is presented. The potential energy curves...
Author Institution: Department of Chemistry Building 148--72, California Institute of TechnologyThe ...
Author Institution: Battelle Memorial InstituteA set of full valence-electron configuration interact...
Antisymmetrized geminal product wavefunctions with several limited basis sets were calculated for th...
The electronic 1\Sigma+ states and potential energy curves have been studied with a view to obtainin...
Results of calculations using a configuration interaction LCAO-MO method are presented for the X 2Σ+...
Author Institution: Chemistry Division, Argonne National LaboratoryAb initio calculations using self...
An all-electron full configuration interaction (FCI) calculation of the adiabatic potential energy c...
© 2004 American Institute of Physics. The electronic version of this article is the complete one and...
International audienceThe electronic structure of the MgH molecule is investigated using a pseudopot...
Wavefunctions possessing effective nuclear charges which are explicitly angularly dependent have bee...
Accurate electronic potential energy curves have been computed for the ∞H−2 (2Σ+u) negative ion stat...
Full Configuration Interaction (Full-CI) and Valence Bond Self-Consistent Field (VBSCF) methods have...
Full Configuration Interaction (Full-CI) and Valence Bond Self-Consistent Field (VBSCF) methods have...
To investigate the relative importance of various small sources of error in theoretical predictions ...