Minimum two-impulse transfer between coplanar circular orbits.
First-order perturbation solution to problem of minimum-fuel orbit transfer in form of equal slope guidance constraint
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First-order perturbation solution to problem of minimum-fuel orbit transfer in form of equal slope guidance constraint
Lifetimes of orientation and alignment of excited atomic states examined in level crossing and optical double resonance experiments employing polarized light
Analytic solution for minumum impulse transfer between two neighboring low eccentricity orbits
Analytic solution obtained for minimum impulse transfer between two neighboring low eccentricity orbits
Attitude continuous instability regions in parameter space and resonance frequency of spinning unsymmetrical satellite noting periodic processes
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No abstract available
A fixture is described for making normal-pressure tests of flat plates 5 inches in diameter in which particular care was taken to obtain rigid clamping at the edges. Results are given for 19 plates, ranging in thickness from 0.015 to 0.072 inch. The center deflections and the extreme-fiber stresses at low pressures were found to agree with theoretical values; the center deflections at high pressures were 4 to 12 percent greater than the theoretical values. Empirical curves are derived of the pressure for the beginning of permanent set as a function of the dimensions of the plate and the tensile properties of the material.
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