Self-diffusion in simple fluids.
Self-diffusion coefficients of simple liquids as predicted by Rice-Allnatt theory, noting friction coefficient and correlation function
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Self-diffusion coefficients of simple liquids as predicted by Rice-Allnatt theory, noting friction coefficient and correlation function
Complementary variational principles in neutron diffusion theory
A preliminary investigation was conducted in quiescent air on a translating cowl technique for improving the take-off performance of a sharp-lip supersonic diffuser. The technique consists of cutting the cowling in a plane normal to its axis and then translating the forepart of the cowling in the forward direction. The leading edge of the fixed portion of the cowling is rounded. Appreciable improved inlet performance was obtained with a cowling translation corresponding to a gap of only 1/4 inlet radius.
Mathematics of diffusion-controlled precipitation, homogeneously distributed sources and sinks
Concentration dependent diffusion from a fixed surface
Turbulent diffusion and anemometer measurements
Apparent flame strength - measure of maximum reaction rate in diffusion flames
Plasma diffusion coefficients and energy transport
Measurements of coefficient of diffusion in the upper atmosphere
Investigation of high subsonic turbine with high rotor blade suction-surface diffusion
Effects of ambient dissociation and species diffusion for nonequilibrium shock layers
Unsteady diffusion with recombination in ternary mixture of diatomic molecules, dissociated atoms, and an inert gas
Effects of gaseous diffusion on rate of oxidation of metal forming volatile oxide
Subsonic-diffuser data - exit flow, boundary-layer control, and inlet velocity
Two dimensional neutron-diffusion program pdq-5
Spherico-symmetrical laminar flow diffusion flame - structural analysis
Stabilization of flat diffusion flames - optical methods for analysis of structure at velocities up to blow-out
Radiant-energy emission of diffuse conical cavities