Potential Energy Surfaces for Air Triatomics. Volume I. Literature Review. (2005)
Krauss,M., Hopper,D. G., Fortune,P. J., Wahl,A. C., Tiernan,T. O.
An extensive literature review on the potential energy surfaces of fifteen atmospheric triatomic molecular systems has been made. The systems are water, nitrogen dioxide, ozone, carbon dioxide,...
Fortune,P. J., Hopper,D. G., Rosenberg,B. J., England,W. B., Das,G.
Computations at the SCF and MCSCF levels have been made on the vertical excitation energies and some of the ground and excited state potential surfaces of the fifteen air triatomic molecules: water,...
Rosenberg, Bruce J., England, W., Fortune, P. J., Hopper, D. G., Das, G., Wahl, Arnold C.
This work was supported, in part, by Aerospace Research Laboratory, Wright-Patterson Air Force Base, Ohio, 45433. Preseint address of D. G. Hopper: Wright-Patterson Air Force Base, Ohio, 45433.""
England, W., Fortune, P. J., Hopper, D. G., Rosenberg, Bruce J., Das, G., Wahl, Arnold C.
This work was supported, in part, by Aerospace Research Laboratory, Wright-Patterson Air Force Base, Ohio, 45433.""
Fortune, P. J., Rosenberg, Bruce J., Das, G., Wahl, Arnold C.
Author Institution: Chemistry Division, Argonne National Laboratory
THEORETICAL STUDIES ON ATMOSPHERIC MOLECULES: POTENTIAL ENERGY SURFACES (1975)
Hopper, D. G., England, W., Fortune, P. J., Rosenberg, Bruce J., Benioff, P., Das, G., ...
Author Institution: Chemistry Division, Argonne National Laboratory