JP Journal of Heat and Mass Transfer
Volume 14, Issue 4, Pages 547 - 558
(November 2017) http://dx.doi.org/10.17654/HM014040547 |
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THEORETICAL DETERMINATION OF THE MASS DEFECT OUTSIDE THE SPACETIME GEOMETRY PROPERTIES
Igor V. Shamanin and Yuriy A. Trutnev
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Abstract: The article describes a theoretical approach to determining the mass defect of a tangible object and cohesive energy of its constituent parts. It is shown that the mass defect emergence at the interacting objects’ fusion into a unified whole is a common phenomenon regardless of the fusion process spatial scale. The mass defect emergence regularities are true for all cases of exchange interactions regardless of their intensity. In particular, for strong interaction, for the verification purposes, the derived equations are used to calculate a tangible object’s mass defect in approximation of pairwise and triple interactions of particles comprising the object as a whole. The determined values are: the cohesive energy of protons in nucleus and neutrons in nucleus as well as the distance between protons in nucleus
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Keywords and phrases: interacting components, fusion, mass, Maclaurin’s series, exchange interactions, mass defect. |
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