INVESTIGATION OF COMBINED EFFECTS OF RADIATION AND VACUUM ON ENGINEERING MATERIALS
Investigation of combined effects of radiation and vacuum on structural materials for nuclear space- craft components - materials science
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Investigation of combined effects of radiation and vacuum on structural materials for nuclear space- craft components - materials science
Combined effects of radiation and vacuum, and of radiation and cryogenic temperature on engineering materials
Measured effects of various combinations of nuclear radiation, vacuum, and cryotemperatures on component parts of nuclear-powered spacecraft
Equations for predicting aerodynamic stability of bodies of revolution with offset centers of gravity at supersonic and hypersonic speeds
Effect of axially symmetrical initial imperfection on buckling load of circular cylindrical shell under axial compression loading
Businessmen review space programs
Explanation of how cryogenic cooling helps create supermagnetic fields of 200,000 gauss
Chemical and fluid dynamic parameters effecting the flame spreading process downstream from a bluff-body flame holder
Flame stabilization in a deflected jet with particular reference to the concept of an ignition-delay time
Corrosion problems associated with use of titanium fasteners to connect aluminum components
Friction and bearing problems in vacuum and radiation environments of space
Friction of metals, lubricating coatings, and carbons in liquid nitrogen and hydrogen
Liquid metals as working fluids for power- generation systems
Central difference numerical differentiation formula derived for minivar
Flight evaluation of vehicle bending data for saturn i launch vehicle - structural vibration, dynamic response