Nuclear matrix elements for forbidden beta decay of spheroidal-shaped nuclei.
Nilsson model used to derive expressions for nuclear matrix elements, considering forbidden beta decay of spheroidal-shaped nuclei
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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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Improvement of mean orbital elements for Vinti's spheroidal satellite theory
Method for improving mean orbital elements for VINTI spheroidal satellite theory without use of observational data
Walden, H.↗
Improvement of the spheroidal method for artificial satellites
Spheroidal method for calculating polar orbits of artificial satellites
Vinti, J. P.↗
Improvement of mean orbital elements for Vinti's spheroidal satellite theory.
Mean orbital elements for Vinti spheroidal satellite theory improved by iterative procedure
Walden, H.↗
Lateral sloshing of liquid in spheroidal containers.
Lateral sloshing of liquid in spheroidal containers
Abramson, H. N.↗
Small amplitude lateral sloshing in spheroidal containers under low gravitational conditions Final report
Small amplitude lateral sloshing in spheroidal containers under low gravitational conditions
Concus, P.↗
Improvement of the spheroidal method for artificial satellites.
Improved spheroidal method for calculation of almost polar orbit of artificial satellites, bypassing right ascension
Vinti, J. P.↗
Buckling and initial postbuckling behavior of spheroidal shells under pressure.
Elastic spheroidal shell of revolution under external pressure described by buckling and postbuckling theory
Danielson, D. A.↗
Theoretical seismograms of spheroidal type on the surface of a gravitating elastic sphere. III - Case of a homogeneous mantle with a liquid core.
Spheroidal disturbances theoretical seismograms on surface of gravitating elastic sphere with homogeneous mantle and liquid core, considering gravity and polar radial stress effects
Landisman, M.↗
The application of prolate spheroidal wave functions to the detection and estimation of bandlimited signals
Prolate spheroidal wave functions for solution of Fredholm equation for bandlimited signal detection
Rino, C. L.↗
Aeronautical characteristics of an oblate spheroid and a sphere at Mach numbers from 1.70 to 10.49
Drag coefficients of oblate spheroid and sphere at Mach numbers from 1.70 to 10.49
Jernell, L. S.↗
Low-gravity liquid-vapor interface configurations in spheroidal containers
Determining liquid-vapor interface configuration in oblate spheroids in low-gravity environments
Salzman, J. A.↗
Diffraction of electromagnetic waves on spheroids and disks
Electromagnetic wave diffraction on spheroids and disks
Source record↗
The relative motion of two spheroidal rigid bodies
Relative motion of two spheroidal homogeneous rigid bodies of isolated binary system, obtaining potential energy
Lanzano, P.↗
The application of prolate spheroidal wave functions to the detection and estimation of band-limited signals
Prolate spheroidal wave functions applied to detection Fredholm equation for band-limited noise and signals
Rino, C. L.↗
Lateral sloshing in oblate spheroidal tanks under reduced- and normal-gravity conditions
Natural lateral sloshing frequency of liquids in oblate spheroidal tanks in reduced- and normal- gravity conditions
Coney, T. A.↗
The relative motion of two spheroidal rigid bodies. II
Two spheroid rigid bodies rotational and translational motion, using linear and Hill type differential equations for angular variables and coordinates
Lanzano, P.↗
Potential expansion for a nonhomogeneous oblate spheroid
Spherical harmonic expansion of nonhomogeneous oblate spheroid mass distribution potential, giving convergence criterion
Levie, S. L., Jr.↗