Photoelectron excitation of atomic-oxygen resonance radiation in the terrestrial airglow
Photoelectron impact vs dissociative excitation cross sections of atomic oxygen resonance radiation in terrestrial airglow
Stone, E. J.↗
Engineering topics
Zipf, E. C.
Publications and source records attributed to Zipf, E. C..
Electron-impact excitation of nitric oxide
The absolute cross sections for the excitation of the NO(+) bands, two nitric oxide beta' bands, and several atomic nitrogen multiplets in the vacuum ultraviolet by electron impact on NO were measured over an energy range extending from threshold to 3000 eV. The variation of the dipole transition moment for the NO(+) band system was also determined.
Stone, E. J.↗
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.↗
Deactivation of N2A 3 Sigma u plus molecules in the aurora
Analysis of N2A 3 Sigma u positive molecule deactivation in auroras using atmospheric model based on mass spectrometer measurements
Shemansky, D. E.↗
Excitation of the OI/super 3 S/ and NI/super 4 P/ resonance states by electron impact on O and N
Excitation cross sections for resonance states by electron impact on atomic nitrogen and oxygen over aeronomical energy range
Stone, E. J.↗
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.↗
Photoelectron excitation of atomic oxygen resonance radiation in the terrestrial air-glow
Photoelectron excitation of atomic oxygen resonance radiation in terrestrial airglow
Zipf, E. C.↗
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.↗
Excitation of O/super 1 S/ atoms in the day airglow
Dissociative recombination source of atomic oxygen green line excitation in day airglow, considering differential photoelectron flux
Doering, J. P.↗
Excitation of the CO Fourth Positive band system by electron impact on carbon monoxide and carbon dioxide
CO Fourth Positive band system excitation cross sections by electron impact on carbon monoxide and carbon dioxide
Mumma, M. J.↗
Lifetimes of metastable CO and N2 molecules
Metastable radiative lifetimes of molecular states of nitrogen and CO, using time of flight and high resolution electron gun techniques
Borst, W. L.↗
The auroral intensity ratio of OI/6300 A/ and OI/5577 A/
Oxygen red-green line emission intensity in quiet auroral arc, using rocket-borne photometers
Parkinson, T. D.↗
Differential electron flux as determined by auroral observations of the N2 positive and N2/+/ systems
Measurement of relative emission rates of auroral systems
Donahue, T. M.↗
Excitation of the OI/3S/ and NI/4P/ resonance states by electron impact on O and N
Excitation cross section of OI/3S/ and NI/4P/ resonance states by electron impact on O2 and N2 measured from threshold to 150 eV
Stone, E. J.↗
Calibration of vacuum-ultraviolet monochromators by the molecular branching-ratio technique
Vacuum UV monochromators calibration by molecular branching ratio technique based on electron transition probabilities
Mumma, M. J.↗
Energy spectra of metastable oxygen atoms produced by electron impact dissociation of O2
Kinetic energies of metastable oxygen atoms formed by electron impact dissociation of oxygen and measured in time of flight experiment
Borst, W. L.↗
A mass spectrometer observation of NO in an auroral arc
Rocket-borne mass spectrometer observation of NO in auroral arc
Borst, W. L.↗
Excitation of the CO fourth positive band system by electron impact on carbon monoxide and carbon dioxide
Excitation of carbon monoxide fourth positive band system by electron impact on carbon monoxide and carbon dioxide
Mumma, M. J.↗