Instrumentation and preliminary results from shipboard measurements of vertical incidence ionospheric absorption
Shipboard instrumentation of vertical incidence ionospheric absorption
INSTRUMENTATION↗
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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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Reynolds number and incidence-angle effects on inducer cavitation.
Reynolds number and incidence angle effects on inducer cavitation in water
WATER FLOW↗
Determination of net thermal energy incident on a satellite.
Computer program for determining net thermal energy incident on satellite by computing projected surface area
SURFACE ENERGY↗
Experimental shock-tube investigation of conditions behind incident and reflected shocks in air for shock Mach numbers between 8.5 and 16.5.
Incident and reflected shocks from laminar and turbulent boundary layers measured over various Mach numbers
WAVE REFLECTION↗
A method for predicting solar cell current- voltage curve characteristics as a function of incident solar intensity and cell temperature.
Computer program for predicting silicon solar cell current-voltage characteristics as function of incident solar intensity and cell temperature over heliocentric distances
PERFORMANCE PREDICTION↗
Collimation of concave gratings at glancing incidence
Collimation of concave gratings at glancing incidence
Peerlkamp, P. K.↗
Thermodynamic parameters of cesium behind incident and reflected shock waves
Thermodynamic parameters of cesium behind incident and reflected shock waves
Zaytsev, S. G.↗
Calculations of non-diffuse infrared radiation from the lunar surface incident onto a unit element above the surface
Calculations of nondiffuse infrared radiation from lunar surface incident onto unit element above surface
Harrison, J. K.↗
Comparison of calculated radiochemical cross sections with experimental results for incident protons and negative pions in the 50 to 400 MeV region - Effect of varying a few nuclear parameters in the calculations
Effect of varying nuclear parameters in calculating radiochemical cross sections for incident proton and negative pion reactions in 50 to 400 MeV region
Bertini, H. W.↗
Experimental measurements of thermal radiation properties by cyclic incident radiation
Cyclic incident radiation method for measuring thermal emittance and absorption properties of metals at cryogenic temperatures
Jack, J. R.↗
The response of a simply supported plate to transient forces. Part 2 - The effect of N-waves at oblique incidence
Effect of N waves at oblique incidence on response of simply supported plate to transient loads
Craggs, A.↗
The response of a simply supported plate to transient forces. Part 1 - The effect of N-waves at normal incidence
Numerical method for determining transient response of simply supported plate to n waves at normal incidence
Craggs, A.↗
Report on sonic boom studies - Part 2 - Incidence of N-waves on structures
Computer program for pressure distribution of standing wave incident on two dimensional rectangular body
Pan, Y. S.↗
Measurement of electron scattering in aluminum at 1.0 MeV for non-normal incidence
Electron scattering in aluminum target at 1.0 MeV for non-normal incidence - spectral energy mapping
Rainwater, W. J., Jr.↗
Electron bremsstrahlung produced in thick targets at incident electron energies of 0.2, 1.0, 2.0, and 2.8 MeV
Electron bremsstrahlung produced in thick targets of Al, Au, Be, Fe, and Sn at incident energies between 0.2 and 2.8 MeV
Dance, W. E.↗
Comparison of calculated radiochemical cross sections with experimental results for incident protons and pi super minus mesons in the 50- to 400-Mev region - Effect of varying a few nuclear parameters in the calculations.
Calculated radiochemical cross sections compared with experiment for incident protons and pions in high energy range, noting nuclear parameter variations effect
Bertini, H. W.↗
Diurnal variation of the intensity and energy spectrum of low-energy electrons incident at Fort Churchill, Canada.
Low energy incident electron intensity and energy spectrum diurnal variations, measuring cut-off values
Webber, W. R.↗
Measurement of electron scattering in aluminum at 1.0 MeV for non-normal incidence, part 1
Electron scattering in aluminum and gold targets at 1.0 MeV for non-normal incidence
Rainwater, W. J., Jr.↗