Calculations of the interactions of diatomic molecules with solid surfaces.
Interactions of homonuclear diatomic gas molecules with fcc solid surfaces calculated by digital computer
MOLECULAR COLLISION↗
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Excitation of hydrogen molecule by electron impact. III.
Dissociation cross section of hydrogen molecule exchange excited by electron impact from ground to triplet state, using one-center wave functions
ELECTRON IMPACT↗
Experimental investigations of ion-molecule reactions of D sub 2 super plus with D sub 2 and H sub 2.
Ion-molecule reactions of diatomic deuterium cation with diatomic deuterium and diatomic hydrogen
HYDROGEN↗
Photodestruction of hydrogen molecules in H I regions.
Photodissociation of hydrogen molecules in H I regions of interstellar medium, evaluating lifetime and density
INTERSTELLAR GAS↗
Estimate of the Total Energy of the Beh(sub 2) Molecule
The existence of gaseous BeH 2 , predicted from simple valence theory, has still not been established experimentally. We have estimated the total energy of this molecule, assumed linear symmetric, as the sum of four negative terms; the calculated SCF energy, the SCF error to the Hartree-Fock limit, the correlation energy to the exact nonrelativistic energy, and the relativistic energy.
Molecular energy↗
A feasible satellite experiment for gas molecule-solid surface interaction studies Final report
Satellite experiment for nitrogen gas molecule- solid surface interaction studies
Pearl, J. C.↗
Absorption cross sections of electronic band systems of diatomic N2, O2, N plus over 2, NO, C2, and CN molecules at high temperatures
Absorption cross sections of electronic band systems of diatomic nitrogen, oxygen, carbon, nitrogen oxide, and carbon-nitrogen molecules at high temperatures
Baula, G. G.↗
Calculation of capture cross sections for ion polar molecule collisions involving methyl cyanide
Numerical calculation of capture cross sections between ions and polar molecules
Dugan, J. V., Jr.↗
Transfer of excitation energy from nitrogen molecules to sodium atoms
Transfer of excitation energy from nitrogen molecules to sodium atoms
Fite, W. L.↗
Photodissociation of C Sub 2 Molecules in Comet Atmosphere
Photodissociation of carbon molecules in comet atmosphere
Mokhnach, D. O.↗
Capture collisions between ions and polar molecules.
Capture cross sections for collisions between ions and neutral polar molecules, noting permanent dipole effects in case of HCl
Dugan, J. V., Jr.↗
Sudden approximation applied to rotational excitation of molecules by atoms. III - Angular distribution and energy dependence of the inelastic scattering.
Diatomic polar molecule rotational excitation by atomic impact to obtain transition cross section angular distribution and energy dependence
Bernstein, R. B.↗
Formation and chemical pumping of OH molecules.
Maser amplification as intense OH lines cause in small radiation sources, discussing OH molecules formation and chemical pumping
Solomon, P. M.↗
Production of OH molecules in interstellar shock waves.
OH molecule production in interstellar shock waves, discussing rapid hydrogen production on grains
Aannestad, P. A.↗
Direct measurements of predissociation probabilities in CH and CD molecules.
CH and CD molecule predissociation probabilities measured directly and compared with radiative transition probability
Hesser, J. E.↗
Partition function of the Morse vibrating- rotator model of a diatomic molecule.
Diatomic molecules vibration-rotation partition function calculation by model with Morse potential
Patch, R. W.↗
Accurate perturbation-variation treatment of the hydrogen molecule.
Rayleigh-Schroedinger perturbation-variation treatment of electron repulsion in H molecule ground state to determine energies, noting series convergence
Brown, W. B.↗
Internuclear separation derivatives of the energy of a diatomic molecule.
Higher order derivatives of energy with respect to internuclear separation for diatomic molecules derived from ordinary and integral Hellmann- Feynman theorems
Kim, H.↗