Atmospheric diffusion of fluorine from spills of fluorine-oxygen mixtures Summary report, 5 Mar. 1965 - 31 Jan. 1966
Atmospheric diffusion of fluorine from spills of fluorine-oxygen mixtures
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Atmospheric diffusion of fluorine from spills of fluorine-oxygen mixtures
Quality determinations of liquid-solid hydrogen mixtures from mass fraction of vapor pumped off in freeze-thaw process
Static and dynamic reactivity of fluorine and fluorine-oxygen mixtures with polymer materials
Fluorine-liquid oxygen mixture and injector design effects on JP-4 jet fuel performance in rocket engines
Meteorological considerations in handling liquid fluorine and liquid oxygen mixture
Increased performance of rocket engine using fluorine-oxygen mixture with RP-1 fuel
Thermoconductivity measurements of high polar gases and equimolar mixture at various temperature ranges
Chemical system and reaction rates behind strong shock waves in mixtures of carbon dioxide and nitrogen used to study entry conditions into Mars atmosphere
Dissociation and reassociation reactions of hemocyanin mixtures analyzed by electron microscopy, noting original molecular structures
Concentration profile of heavy species for binary fluid mixture under body force from uniformly mixed upstream condition, considering inviscid hydrodynamical model
Heat transfer coefficients over range of Reynolds numbers for solid-vapor mixture of parahydrogen discharge below triple point pressure
Electrical conductance and activation energy measurements on mixtures of calcium and potassium nitrate show the hydrated form to be a new class of molten salt. The theoretical glass transition temperature of the hydrate varied in a manner opposite to that of the anhydrous system.
Laboratory investigations show that water-free mixtures of Freon MF /trichlorofluoromethane/ and methanol vigorously attack aluminum alloys which contain significant amounts of copper. Freon MF alone did not attack the aluminum alloys at room temperature. Pure methanol had only a slight corrosive effect on the alloy.
Program computes solutions for flow parameters in arbitrary gas mixtures behind a normal and a reflected normal shock, for in-flight and shock-tube stagnation conditions. Equilibrium flow calculations are made by a free-energy minimization technique coupled with the steady-flow conservation equations and a modified Newton-Raphson iterative scheme.
Thermal conductivities of ordinary and deuterated gaseous hydrogen fluoride and their equimolar mixture
Equilibrium thermodynamic properties of high- temperature nitrogen - alkali metal vapor mixture
Scattering amplitude for multipole mixtures in Mossbauer effect determined, from which can be derived absorption cross section and complex refractive index
Vacuum deposition and mechanical properties of magnetic thin films of ferrite-borate mixtures