Spectroscopic reassignment and ground-state dissociation energy of molecular iodine
Molecular I ground state dissociation energy value, proposing spectroscopic reassignment
Leroy, R. J.↗
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Arc source for spectroscopic measurements of isothermal plasma samples at various pressures
Wall stabilized arc source for spectroscopic measurements of isothermal plasma at various pressures
Klein, L.↗
Simple spectroscope used with solid state image amplifier over wide spectral range
Prism plus image amplifier panel provides visual image of many infrared spectral lines from carbon arc impregnated with metal compound. Different metal compounds generate various desired spectra. Panel also aligns and focuses simple spectroscopes for detecting spectral lines inside and outside visible region.
Brown, R. L., Sr.↗
Spectroscopic studies of interstellar grains
Spectroscopic analyses of interstellar matter
Johnson, F. M.↗
Spectroscopic reassignment and ground state dissociation energy of molecular iodine
Spectroscopic reassignment and ground state dissociation energy of molecular iodine
Le Roy, R. J.↗
Spectroscope equipment using a slender cylindrical reflector as a substitute for a slit Patent
Cylindrical reflector for resolving wide angle light beam from telescope into narrow beam for spectroscopic analysis
Goodwin, R. A.↗
Advanced turbine engine mainshaft lubrication system investigation. Part 2 - Detailed face seals performance, mass spectroscopic study of a test fluid, and supplementary test data Final report
Face seal performance, mass spectroscopic test fluid study and supplementary test data for supersonic turbine engine mainshaft lubrication system
Peacock, L. A.↗
Spectroscopic study of a uranium arc plasma
Spectroscopic diagnostics used for measurements of temperatures, particle densities, emission, and absorption coefficients of uranium arc plasma
Campbell, H. D.↗
Spectroscopic observations of the planets
Spectroscopic observations of planets showing absorption variations in NH3 and CH4 bands
Binder, A. B.↗
High-dispersion spectroscopic observations of Venus. IX - The carbon dioxide bands at 12,030 and 12,177 A
High dispersion spectroscopic observations of Venus carbon dioxide bands for deriving rotational temperature
Schorn, R. A. J.↗
Spectroscopic study of ion-neutral coupling in plasma acceleration
Ion-neutral coupling in plasma acceleration revealed by velocity disparities determined spectroscopically
Libby, D. R.↗
Spectroscopic observations of Scorpius X-1
Sco X-1 optical spectroscopic and photometric observations, noting H alpha and H ion emission lines pattern-continuum brightness relationship
Hiltner, W. A.↗
Spectroscopic determination of surface pressure and elevation differences on Mars
Mars surface pressure and elevation differences determined by spectroscopic observation of carbon dioxide band
Cruikshank, D. P.↗
The spectroscopic search for water on Mars - A history
Spectroscopic search for water on Mars during 1963-1970, summarizing conclusions concerning quantity and variations with location, season and from year to year
Schorn, R. A.↗
Spectroscopic investigation of combustion- driven spherical implosion waves
Spectroscopic study of imploding shock waves in hemispherical chamber filled with O-H-He mixture at high pressure
Glass, I. I.↗
Infrared vibrational spectroscopic studies of minerals from Apollo 11 and Apollo 12 lunar samples
IR vibrational spectroscopic analysis of Apollo 11 and 12 rocks and dust isolated silicate minerals, using LF absorption bands
Estep, P. A.↗
High dispersion spectroscopic observations of Venus during 1968 and 1969. I
High dispersion spectroscopic observations of Venus, finding carbon dioxide band rotational temperature
Barker, E. S.↗
Spectroscopic investigation of electric field fluctuations in a steady plasma
The electric fluctuations caused by plasma oscillations of a steady plasma were investigated. In order to observe this phenomenon electric field fluctuations are created in a helium plasma by an electron beam. Spectroscopic analysis reveals satellite lines disposed symmetrically in pairs about a forbidden atomic line and separated from it by the frequency of the electric field oscillations.
Druetta, M. P.↗