Production of CO(a 3 Pi) and other metastable fragments by electron impact dissociation of CO2
Dissociative excitation of CO(a 3 Pi) and other metastable fragments such as O(5S) produced by electron impact on CO2
Wells, W. C.↗
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Yield of O/super 1 D/ by dissociative recombination of O2/plus/ from night airglow observations
Singlet-D atomic O yield per oxygen ion dissociative recombination from night airglow observations
Forbes, J. M.↗
Analytical investigations of hypersonic flow with nonequilibrium oxygen dissociation around blunt and pointed bodies
Hypersonic flow with nonequilibrium oxygen dissociation around blunt and conical bodies, considering temperature, pressure, density and compressibility factor behind normal shock
Hermann, R.↗
Mass spectrometric determination of the dissociation energy of ScC2 and ScC4
Mass spectrometric determination of vapor phase dissociation energies of scandium dicarbide and scandium tetracarbide
Kohl, F. J.↗
Correlation of excess energies of dissociative electron attachment processes with the translational energies of their products
Dissociative electron attachment excess energy correlation with fragment ion translational energies, determining radical affinity
Bafus, D. A.↗
Embrittlement of a ferrous alloy in a partially dissociated hydrogen environment
Quenched and tempered steel, investigating embrittlement as function of temperature in partially dissociated atomic hydrogen environment
Nelson, H. G.↗
Dissociation energies and long-range potentials of diatomic molecules from vibrational spacings - The halogens
Ground state dissociation energies and long range internuclear potentials of diatomic molecules of halogens from spectroscopic vibrational spacings
Bernstein, R. B.↗
Shock tube investigation of bromine dissociation rates in the presence of helium, neon, argon, krypton, and xenon
Bromine dissociation rates in presence of He, Ne, Ar, Kr and Xe, determining rate constant expressions from light absorption measurements behind incident shock waves
Warshay, W.↗
Shock-tube study of nitrogen dissociation rates using pressure measurements
Thermal dissociation rate of undiluted nitrogen in shock tube over 5700 to 12,000 K range, using pressure measurements
Baganoff, D.↗
Time-dependent solutions of nonequilibrium dissociating flow past a blunt body
Nonequilibrium dissociating gas flow past blunt body using time dependent shock layer analysis
Li, C. P.↗
The dissociation of shock heated carbon monoxide studied by two wavelength infrared emission
Pure carbon monoxide dissociation rate behind incident shock wave in high temperature environment, using two wavelength IR emission data
Chackerian, C., Jr.↗
Energy spectra of metastable oxygen atoms produced by electron-impact dissociation of O2
Time of flight energy spectra of high lying and Rydberg metastable atoms by electron impact dissociation of molecular oxygen, noting atmospheric applications
Borst, W. L.↗
Dissociative excitation of vacuum ultraviolet emission features by electron impact on molecular gases. I - H2 and O2
Vacuum UV emission features dissociative excitation by electron impact on molecular hydrogen and oxygen, measuring excitation cross sections from threshold to 350 eV
Mumma, M. J.↗
Dissociative excitation of O2 in the vacuum ultraviolet by electron impact
Molecular oxygen dissociative excitation in vacuum UV by electron impact, discussing resonance triplet atomic emission cross section
Ajello, J. M.↗
Dissociative excitation of vacuum ultraviolet emission features by electron impact on molecular gases. 3: CO2
Vacuum ultraviolet multiplets of C I, C II, and O I were produced by electron impact of CO2. Absolute emission cross sections for these multiplets were measured from threshold to 350 eV. The electrostatically focussed electron gun used in this series of experiments is described in detail. The atomic multiplets which were produced by dissociative excitation of CO2 and the cross sections at 100 eV are given. The dependence of the excitation functions on electron energy shows that these multiplets are produced by electric-dipole-allowed transitions in CO2.
Mumma, M. J.↗
Dissociative excitation of vacuum ultraviolet emission features by electron impact on molecular gases. 3: CO2
Vacuum ultraviolet multiplets of C I, C II, and O I were produced by electron impact on CO2. Absolute emission cross sections for these multiplets were measured from threshold to 350 eV. The electrostatically focused electron gun used is described in detail. The atomic multiplets which were produced by dissociative excitation of CO2 and the cross sections at 100 eV are presented. The dependence of the excitation functions on electron energy shows that these multiplets are produced by electric-dipole-allowed transitions in CO2.
Mumma, M. J.↗
Interpolation constants for calculation of transmittance and rate of dissociation of molecular oxygen in the mesosphere and lower thermosphere
Values of band oscillator strengths and rotational line widths for the Schumann-Runge band system have been used to derive interpolation constants from which the transmittance and rate of dissociation of molecular oxygen can be calculated. These constants, valid for temperatures between 150 and 300 K and for column densities between 1 x 10 to the 17th power/cm sq and 7 x 10 to the 24th power/cm sq, cover the wavelength range 1750 and 2050A.
Hudson, R. D.↗
Production of CO /a 3Pi/ and other metastable fragments by electron impact dissociation of CO2.
The dissociative excitation of CO (a 3Pi) and other metastable fragments produced by electron impact on CO2 has been investigated from threshold to 50 eV. The observed threshold for CO (a 3Pi) production at 11.9 (plus or minus 0.5) eV was near the minimum required energy of 11.5 eV.
Wells, W. C.↗