Temperature dependence of the NO super plus plus e dissociative- recombination-rate coefficient.
NO dissociative-recombination rate coefficient temperature dependence, assuming constant transition probability at potential crossing
Hansen, C. F.↗
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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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Atomic spectroscopy with the shock tube.
Shock tube applications in atomic spectroscopy, discussing relative and absolute line strengths for atomic species, transition probabilities and atomic excitation
Bengtson, R.↗
Group algebra, convolution algebra, and applications to quantum mechanics.
Hamiltonian symmetry group role in quantum theory in stationary states classification, transition probabilities and selection rules
Loewdin, P.-O.↗
On the distorted-wave Magnus approximation in nonreactive molecular collision.
Distorted wave Magnus /DWM/ approximation for nonreactive molecular collisions, noting applicability in inelastic transition probabilities computation
Levine, R. D.↗
Yttrium abundance in the sun.
Solar abundance of Y derived from Y II lines by computing transition probabilities and oscillator strength involving several configurations
Aller, L. H.↗
Measurements of radiative lifetimes in the extreme ultraviolet.
EUV emission line radiative lifetime measurement by foil-excitation technique, noting correction for cascading, He II and transition probabilities for N II and O III
Heroux, L.↗
Molecular collisions. IX - Restricted distorted-wave approximation for rotational excitation and scattering of diatomic molecules.
Rotational excitation and scattering cross sections for rigid diatomic molecules reduced to yield distorted wave approximation, resulting in inelastic transition probabilities
Bernstein, R. B.↗
Multiple scattering in the Kapitza-Dirac effect.
Multiple scattering in Kapitza-Dirac effect describing electron scattering by standing electromagnetic wave, noting transition probability less than unity
Schappert, G. T.↗
Radiative decay of polyatomic molecules.
Radiative decay of polyatomic molecules, applying Green function form for transition probability to decay of manifold of closely spaced coupled levels
Freed, K. F.↗
Atomic spectroscopy with the shock tube.
Shock tube application to transition probability measurements with emphasis on thermodynamic state of radiating gas, noting temperature dependence of level population
Bengtson, R.↗
Intercombination oscillator strengths in the helium sequence.
Helium sequence ions spin forbidden transitions electric dipole oscillator strengths and transition probabilities evaluated by variational procedure
Dalgarno, A.↗
Semiclassical theory of elastic perturbations.
Stueckelberg formulation for transition probabilities to interpret perturbation effects in elastic scattering differential cross section measurements
Marchi, R. P.↗
Energy levels and transition matrix elements of paramagnetic crystals for maser applications
Univac computer programs for energy levels and transition probabilities for ruby and emeralds
Berwin, R. W.↗
Excitation of N2 and N2/+/ systems by electrons. 2 - Excitation cross sections and N2 1PG low pressure afterglow
Characteristics of Meinel systems excited by electrons and measurement of transition probabilities, excitation cross sections, and afterglow effects
Broadfoot, A. L.↗
Magnetic-quadrupole radiation and solar coronal de-excitation
Transition probabilities computed for spectral lines due to magnetic quadrupole radiation, discussing deexcitation of excited atoms in solar corona
Garstang, R. H.↗
A new method of absolute intensity calibration
Transition probability and Stark profile of H alpha standards for absolute intensity calibration of spectroscopic data from thermal shock tube plasma
Bengtson, R. D.↗
Mean lives of some excited levels in He I
Mean lives of excited levels in neutral He by beam foil method testing calculations for radiative transition probabilities
Bergstroem, I.↗
Vibrational excitation in collisions involving oxygen ion beams
Inelastic energy losses in oxygen ion beams collisions with neutral molecules, determining vibrational transition probabilities
Cosby, P. C.↗