Low energy electron-atom and electron-molecule scattering theory circa 1964
Low energy electron-atom and electron-molecule scattering theory
ELECTRON SCATTERING↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Ion-molecule reactions studied by time-of- flight mass spectrometry. ii - reactions in co-d sub 2 and ch sub 4-d sub 2 mixtures.
Gas phase reaction between ions and molecules using mass spectrometry with time as kinetic variable, specifically methane-deuterium mixtures
MASS SPECTROMETRY↗
Density field for free-molecule flow through circular ducts.
Density field for free molecule flow through circular ducts assuming steady state Maxwellian velocity distribution
CHANNEL FLOW↗
Sphere drag in flows of almost-free molecules.
Kinetic theory of sphere drag in transition flows based on Boltzmann equation for Maxwellian molecules
KINETIC THEORY↗
Some excited states of the helium molecule. i - the lowest super 1 sigma sub u plus and super 3 sigma sub g plus states and the first excited super 1 sigma sub g plus states.
Potential curves for excited states of helium molecule computed from variational wave functions
EXCITED STATE↗
Ab initio calculation of the e super 1 sigma sub g and a super 3 sigma sub g super plus states of the hydrogen molecule.
Molecular orbital calculation of potential function for excited state of hydrogen molecule
MOLECULAR ORBIT↗
DENDRAL-64 - A system for computer construction, enumeration and notation of organic molecules as tree structures and cyclic graphs. Part II - Topology of cyclic graphs Interim report
System for computer construction, enumeration and notation of organic molecules as tree structures and cyclic graphs
TREE↗
Semiclassical approach to capture collisions between ions and polar molecules
Semiclassical approach to capture collisions between ions and polar molecules
IONIZATION CROSS SECTION↗
Interstellar molecule formation
Interstellar molecule formation by chemical exchange reactions between interstellar gas atoms and atoms chemically bound to interstellar grains
MOLECULAR FORMING↗
The Ground State Energy of a Molecule in the Adiabatic Approximation
Ground state energy of molecule in adiabatic approximation
GROUND STATE↗
Study of Inelastic Electron-molecule Collisions Progress Report No. 1, 21 Mar. - 30 Jun. 1966
Theory applied to calculating rate of dissociative nitrogen ion recombination in study of inelastic electron-molecule collisions
INELASTIC COLLISION↗
Energy transfer between molecules and electronically excited atoms. II.
Relative rate constants for energy transfer from excited argon atoms to various organic molecules
ENERGY TRANSFER↗
Molecules and memory.
Molecules and memory, discussing role of RNA as switching element in memory processes
NEURON TRANSMISSION↗
Stellar molecular abundances. I - Polyatomic molecules.
Abundance of molecules, ions and atoms in late- type dwarf, giant and supergiant atmospheres
ATMOSPHERE MODEL↗
Double-perturbation treatment of the ground state of the hydrogen molecule.
Ground state of hydrogen molecule treated by perturbation theory through second order, noting energy and wave function
GROUND STATE↗
The effect of the vibration-rotation interaction on the Franck-Condon factors for the band system of the RbH molecule.
Vibration-rotation interaction effect on Franck- Condon factors for band system of RbH molecule
VIBRATIONAL SPECTRUM↗
Radiative corrections to the energies of atoms and molecules.
Approximation method using sum rules for energy shift in atomic system due to interaction of electrons with vacuum electromagnetic field applied to hydrogen, helium and lithium atom ground states and hydrogen molecule
HYDROGEN ATOM↗
Excitation of hydrogen molecules by electron impact.
Excitation of hydrogen molecule from ground state to B and C electronic states by electron impact, using one-center wave functions of Huzinaga together with Born approximation
MOLECULAR ENERGY↗