Flat flames in tubes - Easy fundamental flame speed measurements
Flat flames in stationary gas in tubes useful for flame speed measurements without correction procedure
Fletcher, E. A.↗
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Results for “FUNDAMENTAL”
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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A fundamental approach to aircraft manufacturing cost estimating in the conceptual design phase
Aircraft manufacturing cost estimation in conceptual design phase, using structural synthesis program for cost buildup simulation
Gregory, T. J.↗
Fundamental design considerations for an earth-surface-to-orbit shuttle
Reusable earth surface-to-orbit shuttle, discussing cost and performance design considerations
Faget, M. A.↗
The space station - A fundamental element of the integrated space program
Orbital space station program, discussing common module design, support, space shuttles and objectives
Cramblit, D. C.↗
Fundamental spectrophotometry of the major planets Progress report, 1 Jun. 1970 - 1 Feb. 1971
Spectrophotometry of Neptune, Uranus, and Pluto
Neff, J. S.↗
A review of fundamental equations of the mixture of a gas with small solid particles
Fluid dynamics of gas-particle flow and solid particle behavior in mixed flow
Pai, S. I.↗
Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Jul. - 30 Sep. 1970
Oxygen dissolution reaction in fuel cells and properties of metal electrodes
Bockris, J. O.↗
Studies in fundamental chemistry of fuel cell reactions Quarterly report, 1 Jan. - 31 Mar. 1971
Numerical analysis of solvent reorganization energy and method for prevention of dendritic crystal growth and zinc electrode surface area decrease in silver batteries
Bockris, J. OM.↗
A Fundamental Study of Sublimation Through a Porous Surface
Sublimation, evaporation, mixed, and hypothesized cyclic sublimation modes of porous plate sublimator-evaporator
Chapman, A. J.↗
Molecular microscopy - Fundamental limitations
Limitations of electron and X ray microscopy concerning damage of biological molecules by observation
Breedlove, J. R., Jr.↗
The fundamental mechanism of humidity degradation in silver-titanium contacts
Solderless Ag-Ti solar cell contacts humidity degradation mechanism
Bishop, C. J.↗
A fundamental investigation of the phenomena that characterize liquid-film cooling
Mass transfer net rate /evaporation plus entrainment/ from thin liquid film, using methanol, water, butanol and RP-1 as coolants
Gater, R. A.↗
The fundamentals of coherent optical data processing. I
Coherent optical data processing principles, discussing lens, diffraction, focused wave front, intensity vs amplitude and spectrum analyzer
Shulman, A. R.↗
The fundamentals of coherent optical data processing. II
Coherent optical data processing techniques, discussing diffraction phenomena, spectral analysis and holography
Shulman, A. R.↗
Fundamentals of aeronomy
Book on aeronomy covering earth upper atmosphere structure, tidal oscillations, gravity waves, airglow, aurora, ionospheric disturbances, electric currents and turbulence
Poppoff, I. G.↗
Absorption coefficients for hydrogen. II - Calculated pressure-induced H2-H2 vibrational absorption in the fundamental region
Pressure induced hydrogen collisions vibrational spectra absorption coefficients at high temperatures and local thermodynamic equilibrium
Patch, R. W.↗
A critical review of the fundamental equations of a mixture of a gas and small solid particles
Gas-solid particles flow pseudofluid equations, discussing difference of species and partial density and various flow phases
Pai, S. I.↗
Electromagnetic compatibility fundamentals applied to spacecraft radio communication systems
A design guide for minimizing electromagnetic interference in aerospace communication equipment for ground stations is presented. Specifically treated are the mechanisms of generating unwanted radio emissions that may affect station operations as well as other communications services, the mechanisms by which sensitive receivers become susceptible to interference, means for reducing interference, standard methods of measurement, and the problems of site selection. The sources of interference are viewed primarily as originating from communications transmitters aboard spacecraft and aircraft, ground transmitters within and outside the ground stations, and other electrical sources on the ground that are not intended to radiate.
Haber, F.↗