Spectroscopy with gas targets.
Spectroscopy of fast atoms resulting from fast ion impact with gas targets and electron capture into excited state
Hughes, R. H.↗
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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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Beam spectroscopy at tandem energies.
Beam-foil spectroscopy above 5.5 Mev for multiply ionized atoms, noting use of Tandem accelerator, spectral resolution, beam intensity and Doppler effect
Jordan, J. A., Jr.↗
Beam-foil Spectroscopy, Proceedings of the Conference, University of Arizona, Tucson, Ariz., November 20-22, 1967. Volume 2.
Beam foil spectroscopy - NASA Conference, University of Tucson, November 1967, Volume 2
Bashkin, S.↗
Beam foil spectroscopy.
Beam foil spectroscopy for measuring wavelengths and spectral line intensities
Bashkin, S.↗
Charge deflection experiments in beam foil spectroscopy.
Static beam deflection in beam foil spectroscopy for determining parent ionization stage of emitting ions
Fink, U.↗
A study of sensitization in types 304 and 304L stainless steels using Mossbauer spectroscopy.
Stainless steel sensitization analyzed using Mossbauer spectroscopy and X ray diffraction, noting ferromagnetic phase
Albritton, O. W.↗
Electron and phonon tunneling spectroscopy in metal-germanium contacts.
Electron and phonon tunneling spectroscopy in metal Ge contacts, noting improved agreement with one electron model
Davis, L. C.↗
Paraelectric-resonance spectroscopy.
Paraelectric resonance spectroscopy on KCl, using bistable dipole model
Estle, T. L.↗
Some parameters affecting Auger and photoelectron spectroscopy as an analytical technique.
Auger and photoelectron spectroscopy for chemical analysis, noting effects of sample thickness, sample potential, surface contamination and X ray incident angle
Adler, I.↗
Determination of the structures of the ions produced in the single and double McLafferty rearrangements by ion cyclotron resonance spectroscopy.
Ion structure of keto and enol and McLafferty rearrangements determined by ion cyclotron resonance spectroscopy
Baldeschwieler, J. D.↗
Beam-foil spectroscopy - Lectures
Beam-foil spectroscopy in atomic physics, lifetime and wavelength measurements, and astrophysics
Bashkin, S.↗
Rocket spectroscopy of Zeta Puppis
Rocket spectroscopy of Zeta Puppis giving tentative identification of 102 multiplets
Smith, A. M.↗
Ultraviolet solid state spectroscopy in the spectral region 3000 - 300 A Final report, 1 Oct. 1960 - 1 Dec. 1969
Summary of research in solid state spectroscopy on variety of materials
Walker, W. C.↗
Theory of relativistic supermultiplets. Part 2 - Periodicities in hadron spectroscopy
Relativistic, higher hadron supermultiplets and periodicities in hadron spectroscopy
Kursunoglu, B.↗
Advanced evaluation of vacuum UV detector- spectroscopy systems for capsule reentry measurements
Vacuum ultraviolet detector evaluation - spectroscopy systems for capsule reentry measurements
Betz, H. T.↗
Far-ultraviolet spectroscopy of Jupiter
Far UV spectroscopy of Jupiter by rocket-borne spectrograph
Jenkins, E. B.↗
Collision spectroscopy. II - Inelastic scattering of He/plus/ by Ne
Inelastic scattering of He ions by Ne as function of angle, initial energy and energy loss using collision spectroscopy
Coffey, D., Jr.↗
Mass spectroscopy in solar system exploration
Mass spectroscopy for solar system exploration, discussing ion sources, mass analyzers and ion detectors meeting mission requirements
Herzog, L. F.↗