Gravitational bremsstrahlung in nonrelativistic collisions.
Colliding particles system gravitational bremsstrahlung, calculating Fourier spectral resolution and total radiation
Carmeli, M.↗
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Results for “GRAVITATION”
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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The behavior of gravitational systems.
N particle Newtonian gravitational system behavior as time becomes infinite
Pollard, H.↗
Positive definiteness of gravitational field energy.
Total gravitation field energy functional with one extremum
Brill, D.↗
The secular perturbations of the orbit of a satellite due to the oblateness of the central body for the 2m-th zonal harmonics and due to the gravitational attraction of a third body.
Satellite orbit secular perturbations resulting from central body oblateness for 2m-th zonal harmonics and gravitational attraction of third body
Krause, H. G. L.↗
Detection of gravitational waves by stellar scintillation in space.
Space-time correlation of stellar scintillation effect on gravitational waves generated by quasars, discussing radiation detection by sensitive photocounters in space
Wintergerb, F.↗
Radar observations of breaking gravitational waves in the visually clear atmosphere.
Breaking gravitational waves in visually clear atmosphere from radar observations of horizontally braid-like atmospheric structures
Angell, J. K.↗
Geophysical implications of satellite determinations of the earth's gravitational field.
Gravitational field variations determined from satellite orbit perturbations, suggesting stiff lower mantle as source
Kaula, W. M.↗
Gravitational waves.
Gravitational wave detection covering principles and technique for measuring Riemann curvature tensor, noting gravimeter system diagram
Weber, J.↗
Gravitationally induced electric fields in conductors.
Gravitationally induced electric field in conductor including effect of lattice compressibility
Dessler, A. J.↗
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.↗
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.↗