J. Espinosa-Garcia, J. Sanson, and J. C. Corchado J. Chem. Phys., Vol. 109, p. 466, 1998 MAX. AND ACTUAL NO. OF EXCITED SURFACES: 0 0 MAX. AND ACTUAL ORDER OF DERIVATIVES: 1 1 The potential routine in POTLIB assumes a default labeling of the atoms. The user has made the following selection of atomic labels: DEFAULT USER-SELECTED Atom 1 is H H Atom 2 is Si Si Atom 3 is H H Atom 4 is H H Atom 5 is H H Atom 6 is H H Atom 1 H is a member of Reactant #1 Atom 2 Si is a member of Reactant #1 Atom 3 H is a member of Reactant #1 Atom 4 H is a member of Reactant #1 Atom 5 H is a member of Reactant #1 Atom 6 H is a member of Reactant #2 The Potential Energy is Zero for the following geometric arrangement: The reactants are at their equilibrium geometries, widely separated. Reactant #1 H SiH H H Reactant #2 H The default units are: BOHR FOR DISTANCE HARTREE FOR ENERGY The user has chosen units : BOHR FOR DISTANCE HARTREE FOR ENERGY To reset the zero-of-energy, assign a non-zero value to the variable ANUZERO. The value of ANUZERO will be SUBTRACTED from the energy calculated by this routine. GS Energy 3.55454132610741 Derivative -.00096991577 .01247680776 .06086918628 Derivative -.38768401917 -.70935781693 -.37011316713 Derivative -.01036516923 .00446462616 -1.52392158506 Derivative -1.49419040526 -.03347992677 .50778868666 Derivative .71827170069 -1.31038314474 .51091551292 Derivative 1.17493780873 2.03627945452 .81446136634