The transport of flare plasma from the sun to the earth.
Plasma shock front shape in solar wind from solar flares, using gas dynamic analysis of data on size of sudden commencements of geomagnetic storms
Hirshberg, J.↗
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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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Effects of thermal compression on the performance estimates of hypersonic ramjets.
Thermal compression effects on hypersonic ramjets performance, discussing thermodynamic cycle calculation based on gas dynamic model
Billig, F. S.↗
Nonequilibrium gasdynamics
Nonequilibrium gas dynamics of hydrogen dissociation and recombination
Watt, W. S.↗
The dynamical state of the interstellar gas and field. VI - Instability and enhanced diffusion in a twisted field.
Interstellar gas field dynamic instability, discussing enhanced ambipolar diffusion in twisted field
Lerche, I.↗
Thermodynamic computations for the gasdynamic analysis of explosion phenomena
Gas dynamics analysis of explosion phenomena based on unsteady flow fields and thermodynamic properties of chemically reacting substance
Oppenheim, A. K.↗
Inelastic molecular collisions
Collision cross sections direct measurement for determining macroscopic reaction rates in inelastic molecular collision processes in gas dynamics
Utterback, N. G.↗
On the inadequacy of gasdynamic processes for triggering the transition to detonation
Gas dynamic processes insufficiency for triggering transition to detonation obtained from laser schlieren records of nonsteady flow field ahead of accelerating turbulent flame
Meyer, J. W.↗
Radiative-gasdynamic coupling, two-temperature, and chemical nonequilibrium effects behind reflected shock waves
Flowfields behind reflected shock waves, predicting end-wall radiative heat transfer and radiative gas dynamic coupling effects
Carlson, L. A.↗
Influence of controlled turbulence on gaseous discharges
Gas dynamics turbulence of controlled properties effect on electrical discharge across plasma stream, preventing filamentary nature
Argyropoulos, G. S.↗
Magnetic and electric fields in the magnetosheath
Steady state magnetic and electric fields in magnetosheath by linear superposition of field vectors, using axisymmetric velocity function from gas dynamics
Alksne, A. Y.↗
Molecular energy transfer by fluid mixing Progress report, 1 Jan. 1968 - 1 Jan. 1971
CW chemical laser development, N2-C02 electrically excited fluid mixing laser techniques, and gas dynamic mixing behind shock waves
Cool, T. A.↗
Calculation of supersonic flows at large distances from slender lifting bodies
Solving exact gas dynamic equations for supersonic flows far from axis of slender lifting bodies
Schorling, M.↗
A subsonic transonic and supersonic nozzle flow by the inverse technique
Inverse solution of two dimensional gas dynamic flow fields of rotational or irrotational character
Norton, David J.↗
Laser power at 5 microns from the supersonic expansion of carbon monoxide
Laser power from carbon monoxide supersonic expansion in nitrogen and argon mixtures, comparing to carbon dioxide gas dynamic lasers
Mckenzie, R. L.↗
Some analytic solutions to the linearized Boltzmann equation with the ellipsoidal model
Linearized Boltzmann equation analytic solutions for rarefied gas dynamic problems, using ellipsoid model
Giddens, D. P.↗
Radiative-gasdynamic coupling and nonequilibrium effect behind reflected shock waves
Flowfields behind reflected shock waves, predicting end-wall pressure, radiative heat transfer and radiative gas dynamic coupling effects
Carlson, L. A.↗
Pulsed gasdynamic lasers
Pulsed gas dynamic laser for radiation generation at high power levels, using shock tube
Christiansen, W. H.↗
Technology of nuclear-Brayton space power systems
The present technology of Brayton power systems is reviewed. The potential for even higher system efficiency at the 10 KWe level is assessed as well as the potential for comparable efficiency with an output of 1 or 2 KWe. Systems accommodation of isotope decay is briefly discussed. The salient features are described for a Brayton power system based on this technology and employing the ZrH reactor. Reactor lives for this and competitive systems are compared. Growth capability with an advanced reactor is assessed. A concept for application of this technology to driving a gas-dynamic laser is described.
English, R. E.↗