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,...
Transition Energies and Electronic Spectra for the NO2 System. (2002)
Ab initio calculations of higher accuracy than previously done have been performed on NO2. The improvements include the use of a basis set which is larger than was previously used, more extensive...
Atmospheric Triatomic Molecular Studies. (2002)
A systematic study at the SCF and MCSCFCI level has been made of several of the fifteen triatomic atmospheric molecules which have formed the focus on this and previous work. In addition a powerful...
HOPPER, D.G., TIERNAN, T.O., WAHL, A.C.
$^{1}$J. W. Nebgen, A. D. McElroy, and N. F. Klodowski, Inorg. Chem. 4, 1796-1799 (1965). This work has been supported by the USAF Office of Scientific Research ""
THEORETICAL STUDY OF SOME PROMINENT BAND-SYSTEMS OF THE IODINE MOLECULE ($I_{2}$) (1977)
Author Institution: Chemistry Division, Argonne National Laboratory
THEORETICAL STUDY OF NON-REACTIVE $Li + H^{2}$ COLLISION DYNAMICS (1976)
KARO, A., KREJCI, R., WAGNER, ALBERT F., WAHL, A.C.
Author Institution: Lawrence Livermore Laboratory; Chemistry Division, Argonne National Laboratory
THEORETICAL STUDY OF THE RARE GAS-HYDRIDE: LOW ENERGY ELASTIC CROSS SECTION (1975)
DAS, G., WAGNER, A.F., WAHL, A.C.
Author Institution: Chemistry Division, Argonne National Laboratory
AB INITIO POTENTIAL CURVES FOR $Li_{2}$H: EXPLORATIONS OF POSSIBLE REACTION PATHS (1975)
ENGLAND, W., WAHL, A.C., SABELLI, N.H., KARO, A.
Author Institution: Chemistry Division, Argonne National Laboratory; Computer Center, University of Illinois at Chicago; Computer Center, Lawrence Livermore Laboratory,
MULTI-CONFIGURATION STUDIES OF SOME LOW-LYING BOUND STATES OF VH (1975)
HENDERSON, G.A., DAS, G., WAHL, A.C.
Author Institution: Chemistry Division, Argonne National Laboratory
THEORETICAL STUDY OF THE INELASTIC COLLISIONS OF $H_{2}$ WITH Li (1975)
WAGNER, A.F., WAHL, A.C., KARO, A.
Author Institution: Chemistry Division, Argonne National Laboratory; Chemistry Division, Lawrence Livermore Laboratory
ROSENBERG, B.J., ENGLAND, W.B., FORTUNE, P.J., HOPPER, D.G., DAS, G., WAHL, A.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., HOPPER, D., ROSENBERG, B., DAS, G., WAHL, A.C.
This work was supported, in part, by Aerospace Research Laboratory, Wright-Patterson Air Force Base, Ohio, 45433.""
PAUL, BENIOFF, DAS, G., WAHL, A.C.
This work was supported, in part, by Aerospace Research Laboratory, Wright-Patterson Air Force Base, Ohio, 45433.""
FORTUNE, P.J., ROSENBERG, B.J., DAS, G., WAHL, A.C.
Author Institution: Chemistry Division, Argonne National Laboratory
THEORETICAL STUDIES ON ATMOSPHERIC MOLECULES: POTENTIAL ENERGY SURFACES (1975)
HOPPER, D.G., ENGLAND, W.B., FORTUNE, P.J., ROSENBERG, B.J., BENIOFF, P., DAS, G., ...
Author Institution: Chemistry Division, Argonne National Laboratory
DAS, G., BERTONCINI, P., STEVENS, W., WAHL, A.C., KRAUSS, M., BILLINGSLEY, F.
Author Institution: Argonne National Laboratory Argonne; National Bureau of Standards