A method for computing extremal maximum-range thrust-limited rocket trajectories with application to lunar transport
Extremal, maximum-range, thrust limited rocket trajectory computing method with lunar transport applications
Armstrong, E. S.↗
SEARCH · Engineering Papers
Results for “Extremism”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Extreme temperature requirements for spacecraft electronics parts FY 1971 the orbiter case
Determining temperature extremes in electronic components of spacecraft on interplanetary orbiter and flyby missions
Swanson, J.↗
Extremal statistics in computer simulation of digital communication systems
Extremal statistics for signal and noise error probabilities estimation and computer simulation of digital feedback communication systems
Schwartz, M.↗
Experimental biology of extreme environments and its significance for space bioscience
Biological performance studies under extreme environmental stresses for gaining insight into potential of earth-type life here and in universe
Siegel, S. M.↗
Solar radiation in the extreme ultraviolet and its variation with solar rotation
Solar extreme UV radiation measurements over rotation period onboard satellite OSO-3, using atmospheric absorption correction
Hall, L. A.↗
Optical design of glancing incidence extreme ultraviolet telescopes
Glancing incidence extreme UV telescopes optical design in solar physics applications, employing surfaces of revolution
Mangus, J. D.↗
Hazards of the G-suit in lower extremity thrombophlebitis
G-suit hazards in lower extremity thrombophlebitis in pilots
Allen, W. H.↗
A 7.6m /25-ft/ extreme environments simulator
Stainless steel cylindrical simulation chamber permits testing equipment under extreme cold, high partial vacuums, and intense solar radiation. Applications include heat balance and temperature distribution studies, investigations of subsystem interactions, tests of attitude control equipment and sensors, and acceptance tests of complete systems.
Argoud, M. J.↗
The performance and capabilities of terrestial organisms in extreme and unusual gaseous and liquid environments
Inhibitor effects of psilotin, MnO2, and D2O on substances existing in nature to determine performance of terrestrial organisms in extreme and unusual gaseous and liquid environments
Siegel, S. M.↗
Investigation of arc plasma at extremely high pressures
Cascade arc technique for investigating arc plasma at extremely high pressures in selected gases
Bauder, U. H.↗
Extreme ultraviolet flashes of solar flares observed via sudden frequency deviations
High frequency sudden deviations caused by extreme ultraviolet flashes from solar flares in ionosphere
Donnelly, R. F.↗
Extreme-ultraviolet spectra of Sc XIV, Ti XV, and V XVI
Extreme UV spectra of Sc XIV, Ti XV and V XVI, identifying and classifying lines in 18-25 A range
Cohen, L.↗
The extreme-ultraviolet spectrum of the quiet sun
Quiet sun extreme UV spectrum measurements by OSO-4 Harvard scanning spectrometer, discussing instrument design and experimental results
Dupree, A. K.↗
Continuous discharge line source for the extreme ultraviolet
High intensity continuous gas discharge line source for extreme UV with low electromagnetic interference
Bowyer, C. S.↗
Extreme eigenvalues of Toeplitz matrices associated with certain orthogonal polynomials
Extreme eigenvalues of Toeplitz matrices associated with Laguerre and Jacobi polynomials, using finite difference operators
Baxley, J. V.↗
Studies of the electron transport chain of extremely halophilic bacteria. V
Electron transport chain of extremely halophilic bacteria, investigating cytochrome oxidase activity dependence on pH
Lanyi, J. K.↗
Technology of planetary extreme environment simulation
Four test chamber systems were devleoped to simulate the extreme atmospheric environs of Venus and Jupiter, in order to assure satisfactory performance of scientific entry probes and their experiments.
Wakefield, M. E.↗
Extreme ultraviolet and X-ray spectroheliograph for OSO-H
A complex scientific instrument was designed, fabricated, tested, and calibrated for launch onboard OSO-H. This instrument consisted of four spectroheliographs and an X-ray polarimeter. The instrument is designed to study solar radiation at selected wavelengths in the X-ray and the extreme ultraviolet ranges, make observations at the H-alpha wavelength, and measure the degree of polarization of X-ray emissions.
Sterk, A. A.↗