Determination of Radius of the Black Hole
Issue:
Volume 2, Issue 2, March 2014
Pages:
18-21
Received:
22 January 2014
Published:
20 March 2014
Abstract: Offered a theoretical calculation of the radius of the Black Hole, based on vortex theory of gravity. Proposed substantiation that the volume of the Black Hole independent of the mass or density of its material. Shown conflicting decisions on the definition of the radius of the Schwarzschild Black Hole, which prove that this decision can not be taken for scientific research.
Abstract: Offered a theoretical calculation of the radius of the Black Hole, based on vortex theory of gravity. Proposed substantiation that the volume of the Black Hole independent of the mass or density of its material. Shown conflicting decisions on the definition of the radius of the Schwarzschild Black Hole, which prove that this decision can not be tak...
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Periodic Orbits around Triangular Points in the Restricted Problem of Three Oblate Bodies
Jagadish Singh,
Sunusi Haruna
Issue:
Volume 2, Issue 2, March 2014
Pages:
22-26
Received:
29 December 2013
Published:
20 March 2014
Abstract: This paper performs a semi-analytic study of the periodic orbits around stable triangular equilibrium points when the three participating bodies are modeled as oblate spheroids, under effect of, radiation of the main masses and small change in the Coriolis and centrifugal forces. This study generalizes the one studied by AbdulRaheem and Singh, with the inclusion that the third body, due to rapid spinning, changes its shape from being a sphere, to an oblate spheroid. The orbits around these points are ellipses with long and short periodic orbits. The period, orientation, eccentricities, the semi-major and semi-minor axis of the elliptic orbits have been given. The consideration of the particle as an oblate spheroid affects all these outcomes. We clarify the discrepancies between our study and related previous studies.
Abstract: This paper performs a semi-analytic study of the periodic orbits around stable triangular equilibrium points when the three participating bodies are modeled as oblate spheroids, under effect of, radiation of the main masses and small change in the Coriolis and centrifugal forces. This study generalizes the one studied by AbdulRaheem and Singh, with...
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