Contribution of corpuscular radiation to the ionization of ionosphere's D-layer
Corpuscular radiation in ionization of ionospheres- D region
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Corpuscular radiation in ionization of ionospheres- D region
Respective roles of ground, optical, and radar astronomy observations for Mars and Moon studies
Scientific advances from space research in communications astronomy, electronics, transportation, etc
Multispectral orbital photography used to obtain urban land-use data
Balloon flight and satellite observations of cosmic ray particles - NASA program on high energy astrophysics
Solution to modified Chapman-Enskog kinetic equation for calculating electrical conductivity of nonequilibrium plasma
Bootlegging and entrepreneurship by scientists in research organizations
Light scattering and refraction effects of aerosol particles on Mars atmosphere
Jovian atmospheric models using infrared and millimeter wave observations
Formula for frequency shift of maser clock in orbit to identical maser on earth
Background radiation in space and synchrotron X radiation in galaxy and pulsars
Application of spacecraft technology to aircraft for improvement in systems, materials, and performance
Light scattering calculations for brightness effect in Mars atmosphere caused by aerosols
Atmospheric aerosols role in Martian opposition effect, applying Mie theory to integrated scattering intensities calculation for submicron particles
Traveling wave propagation, modal vibrations and elastic transmission medium studies from theoretical seismograms for realistic gravitating heterogeneous spherical earth model
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The problem of determining the small-disturbance flow about two-dimensional airfoils at transonic speeds has been successfully treated by the process of matching a numerical solution of the near field to analytic expressions for the far field. The three-dimensional problem, it would appear, can be treated in a similar way with the aid of algorithms adapted to high-speed and high-capacity computers. The far-field potential for both lifting and nonlifting three-dimensional wings at transonic speeds is developed herein for a subsonic free stream. This potential could be used for a three-dimensional-wing computation similar to the computation made for the two-dimensional wing.
Balloon and satellite measurements on solar and galactic cosmic ray compositions