Fluid dynamics in a cylindrical container after gravitational body force vanishes abruptly.
Euler equations of fluid motion in cylindrical container after gravitational force vanishes abruptly
FLUID BOUNDARY↗
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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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Sextant measures spacecraft altitude without gravitational reference
Horizon-sensing sextant measures the altitude of an orbiting spacecraft without gravitational reference by optically measuring the dip angle to the horizon along a line of sight in each of two planes. The sextant scans over a relatively limited field of view.
Source record↗
Research on gravitational mass sensors Research contract status report, 15 Sep. - 15 Oct. 1965
Gravitational mass sensor - piezoresistive and barium titanate transducers, and torsional stress sensors
GRAVITY↗
An experimental investigation of the dynamic behavior of the liquid-vapor interface under adverse low-gravitational conditions
Liquid vapor interface dynamics under adverse low gravitational conditions
INTERFACE STABILITY↗
Two-stream instability in gravitating plasmas with magnetic field and rotation
Instability propagation direction for self- gravitating gas clouds or contrastreaming plasma streams with magnetic field and rotation
PLASMA INSTABILITY↗
Research on gravitational mass sensors Quarterly progress report no. 1, 15 Oct. 1964 - 14 Jan. 1965
Lunar orbiter and deep space probe gravitational sensor for determining mass distribution of moon and asteroids
MEASURING APPARATUS↗
Gravitational waves in the presence of an electromagnetic field. II
Gravitational waves in presence of electromagnetic field, deriving Einstein-Maxwell equations
GRAVITY WAVE↗
Effect of inertia product terms on satellite gravitational torques.
Inertia product terms effect on satellite gravitational torques
TORQUE↗
The N-body gravitational problem and the simulation of galactic clusters
Many-body gravitational problem and galactic star cluster simulation
STAR CLUSTER↗
The precession and nutation of deformable bodies IV - Deformation of self-gravitating elastic solids
Equivalent equations which govern deformations of self-gravitating elastic bodies of nonuniform internal temperature
SOLIDS↗
Effect of gravitational and inertial forces on pleural and esophageal pressures.
Effect of posture and of gravitational and inertial forces on pleural and esophageal pressures of dogs
DOG↗
Lectures on gravitation and relativity, volume 2
These notes were taken from a series of seminars on Gravitation and Relativity presented at the Institute for Space Studies, NASA Goddard Space Flight Center during the academic year 1961-1962. Professor R. H. Dicke of Princeton University organized the series as an introduction to the subject for non-experts, emphasizing the observable implications of the theory and the potential contribution the space sciences may make towards a better understanding of general relativity.
R. H. Dicke↗
The significance for the solar system of time varying gravitation
Significance for solar system of time varying gravitation
Dicke, R. H.↗
On the motion of remote artificial earth's satellites in the gravitational fields of the earth and of the moon
Remote artificial earth satellite motion in earth and moon gravitational fields
Dolgachev, V. P.↗
Analysis of Geodetic Satellite Tracking Data to Determine Tesseral Harmonics of the Earth's Gravitational Field Final Report
Photographic and Doppler tracking of geodetic satellites to determine tesseral harmonics of earth gravitational fields
Kaula, W. M.↗
Computer solutions of the gravitational N-body problem
Computer solutions of gravitational N-body problem
Hohl, F.↗
A proposed test of the Einstein theory of gravitation by means of an unshielded orbiting gyro using passive telemetry
Proposed test of theory of gravitation by an unshielded earth orbiting gyroscope using passive telemetry
Cooper, D. H.↗
Preliminary Results on the Lunar Gravitational Field from Analysis of Long Period and Secular Effects on Lunar Orbiter 1
Lunar gravitational field from analysis of long term and secular variations of Keplerian orbital elements from Doppler tracking data for Lunar Orbiter 1 satellite
Blackshear, W. T.↗