Charge of ions emitting spectral lines
Ion charge determination from emitting spectral lines using beam foil light source technique
Bashkin, S.↗
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Charge identification for spectral lines in nitrogen
Ion charge identification for spectral lines in nitrogen by beam foil light source technique
Bashkin, S.↗
Effects of cold work and aging on the substructure and precipitation phenomena in the cobalt-base alloy L-605
Using thin-foil electron microscopy to study effects of cold working and aging on substructure and precipitation in cobalt-base alloy L-605
Andrews, C. W.↗
Development of improved plaque material for aerospace nickel-cadmium cells Final progress report, 17 Nov. 1969 - 17 Nov. 1970
Electroforming thin nickel foil electrodes of porous honeycomb structure to increase nickel-cadmium battery service life
Goebel, F.↗
Thermal radiation shielding Patent
Development and characteristics of thermal radiation shielding of refractory metal foil used for induction furnace
Ebihara, B. T.↗
The solar-wind composition experiment
Aluminum foils for measuring solar wind ion composition
Buehler, F.↗
Mean lives of excited levels in fluorine
Fluorine ions excited levels mean lives from beam- foil line spectrum analysis
Berry, H. G.↗
Transitions and level lifetimes in Ne II, III, Ar II, III, Kr II, III and Xe II
Ne, Ar, Kr and Xe ionized states transition and level lifetimes from photographically recorded beam foil spectra, discussing particle energies
Bashkin, S.↗
Stark-induced quantum beats in H Ly alpha emission
Stark induced quantum beats in H Ly alpha emission, using beam foil excited hydrogen
Andrae, H. J.↗
Lifetime measurements and absolute oscillator strengths for some vacuum-ultraviolet transitions in O I and O II
O I and II resonance transitions radiative lifetimes in vacuum UV, using beam foil method
Berry, H. G.↗
Energetic ions produced by laser pulse
Laser pulse produced energetic ion and plasma measurements fore and aft side of targets including Al and Au foils
Linlor, W. I.↗
Design considerations for Gardon heat flux sensors
Centerline loss, transient sink temperature and thermal conductivity design constantan considerations for thin foil copper-Gardon heat flux sensors
Ash, R. L.↗
Reduction of Doppler broadening of spectral lines in fast-beam spectroscopy
Spectral lines Doppler broadening reduction in spectroscopy using foil and gas excited accelerator beams as light sources
Leavitt, J. A.↗
Mean lives of excited levels in O I-O VI
Ion beam-foil produced oxygen spectra in wavelength range between 450 and 2200 A, determining mean radiative lives of O I - O VI excitation levels
Berry, H. G.↗
Charge identification for spectral lines in nitrogen
Spectral line emission from nitrogen ions, identifying charge by Doppler shift technique application to beam foil light source
Bashkin, S.↗
Measurement of g-factors for levels in Ne II, III
Lande g factors measurement of excited electronic states in Ne 20 II and III, using alignment of radiating particles in beam foil light source
Church, D. A.↗
An improved ion thinning apparatus
Ion bombardment thinning apparatus for preparing electron microscope foils of inorganic nonmetallic samples including ceramics, minerals and rocks
Christie, J. M.↗
Flexible thermal device
Fabrication of expansion joint, vibration isolator device with sufficient cross sectional area for high thermal conductivity is discussed. Device consists of multiple layers of metal foil which may be designed to meet specific applications. Thermodynamic properties of the device and illustration of construction are provided.
Wallace, S. D.↗