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The nuclear geometry was developed by analogy with the fullerene geometry. On
the basis of this geometric approach, it was possible to design the structure of nitrogen,
oxygen, fluorine and neon isomers and their isotopes, which can be obtained by means of
nuclear synthesis. The most stable nuclei can be classed into two groups: basic nuclei having
equal number of protons and neutrons and isotopes having one or two more neutrons. The
latter ensure their mechanical stability with respect to shear stresses, sending their electron to
the external coat of mail created by the basic nuclei.
Keywords: fluorine, carbon, graph representation, isomer, isotope, neon, nitrogen, nuclear electron, nuclear geometry, nuclear reaction, nuclear synthesis, oxygen |
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