Lorentz-invariant method of gravitational perturbation.
Lorentz invariant method for obtaining motion equations from Einstein gravitational field equations, assuming metric tensor and field functions expansion into power series
Carmeli, M.↗
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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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Mutual gravitational and collisional scattering of bodies in the asteroid belt.
Mutual gravitational and collisional scattering of bodies in asteroid belt, calculating orbital perturbations cumulative effect
Wetherill, G. W.↗
Vibrational mode behavior of rotating cruciform gravitational gradient sensors.
Vibrational mode behavior of rotating cruciform gravitational gradient sensors
Bell, C. C.↗
Global existence of spin structures for gravitational fields.
Spin structure motion for gravitational field in general relativity, showing conditions for global existence
Bichteler, K.↗
Self-gravitational instability of a fluid layer with finite resistivity.
Stability of self gravitating fluid of variable density and finite resistivity, using variational techniques
Sundaram, A. K.↗
Cauchy problem in the scalar-tensor gravitational theory.
Cauchy problem for scalar-tensor gravitational theory, splitting field equations into initial value equations and evolution equations
Cocke, W. J.↗
Radar observations of gravitational waves in a clear atmosphere.
Breaking gravitational waves as evidence of responsibility for braided appearing structure observed by radar in clear air
Hicks, J. J.↗
Gravitational equilibria of a rigid body containing symmetric rotors.
Existence and stability of equilibrium orientations of rigid body with gyrostat in nonuniform gravitational field
Hooker, W. W.↗
The lunar gravitational field as determined from the tracking data of the Lunar Orbiter series of spacecraft.
Lunar gravitational field determination from analysis of Lunar Orbiter spacecraft tracking data
Blackshear, W. T.↗
Problems of intense magnetic field in gravitational collapse.
Electron Dirac and Schwinger magnetic moments behavior in magnetic fields during gravitational collapse, discussing electron pair creation effects
Canuto, V.↗
Can the redshifts of quasi-stellar objects be gravitational?
Quasar models examined for gravitational red shift
Zapolsky, H. S.↗
Gravitational collapse of rotating bodies.
Gravitational collapse of rotating bodies and effect on induced rotation of inertial frames
Cohen, J. M.↗
Effects of gravitational changes on RNA of cerebral neurons and glia. I - RNA changes of Deiters' cells and glia.
Centrifuge gravitational effects on RNA of Deiters cells and glia of rats
EINBERG↗
Statistical mechanics of a collisionless self- gravitating system.
Computer experiments with one dimensional model, determining self gravitating system approach to Lynden-Bell distribution
Campbell, J. W.↗
On the possibility of measuring the gravitational red shift using a synchronous satellite, a laser and a Fabry-Perot interferometer.
Gravitational red shift measurement using synchronous satellite, argon laser and Fabry- Perot interferometer
Ransford, G.↗
A study of the degree to which satellite- derived gravitational data can be related to the anomalous surface gravity field and other anomalous geophysical parameters Final report
Satellite-derived gravitational data related to anomalous surface gravity field and other geophysical parameters of Solomon Islands area
Khan, M. A.↗
Formulas for long period radiation pressure, lunar and solar gravitational effects on the motion of artificial satellites
Analytic formulations for satellite perturbations due to solar radiation pressure and lunar and solar gravitational forces
Fisher, D.↗
Effect of gravitational-model selection on accuracy of lunar orbit determination from short data arcs
Effect of gravitational model variations on accuracy of lunar orbit determination from data arcs
Hamer, H. A.↗