DEFECT OF MASS FORMATION AT MERGE OF INTERACTING OBJECTS IN A SINGLE WHOLE
Abstract
Theoretical approach to determination of defect of mass of material object and binding energy of the parts making it is stated. It is shown that formation of defect of mass at merge of the interacting objects in a single whole is the universal phenomenon
irrespective of the spatial scale of process of merge. Regularities of formation of defect of mass are fair for all cases of exchange interactions, irrespective of their intensity. In particular – for strong interaction. Formulas for calculation of defect of mass of
material object in approach of pair and threefold interactions of the particles making object as whole are received. Values of binding energy of protons in a nucleus 2He3and neutrons in a nucleus 1H3, and also value of distance between protons in a nucleus 2He3 are defined.
About the Authors
Yu. A. Trutnev
Russian Federal Nuclear Center – All-Russian Research Institute of Experimental Physics
Russian Federation
academician of RAS
Russian Federation
academician of RAS
I. V. Shamanin
National Research Tomsk Polytechnic University
Russian Federation
doctor of sciences: physics and mathematics, professor
Russian Federation
doctor of sciences: physics and mathematics, professor
References
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2. Muhin K.N. Èksperimental'naâ âdernaâ fizika: učebnoe posobie: v 2-h t. M.: Ènergoatomizdat, 1983.
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Review
For citations:
Trutnev Yu.A., Shamanin I.V. DEFECT OF MASS FORMATION AT MERGE OF INTERACTING OBJECTS IN A SINGLE WHOLE. Alternative Energy and Ecology (ISJAEE). 2015;(3):13-16. (In Russ.)
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