PHYSICAL SYSTEM OF SIMPLE SUBSTANCES AND THEIR ISOTOPES AND MATHEMATICAL MODEL OF PROPERTIES IDENTIFICATION
Abstract
Physical system of simple substances and their isotopes is formed on the basis
of known quantitative values of physical parameters: the atomic number, atomic mass,
the number of neutrons in the nucleus, nuclear pattern of decomposition, half-life period,
spin, parity, neutron energy in allocation. A mathematical model of a physical system
allows to express each physical parameter as a function in the form of an analytical
expression of the remaining parameters and to calculate their values, even if it is unknown.
They are given the results of model calculations of unknown values for half-life
isotopes of oxygen, argon and vanadium, and neutron energy in allocation of isotopes of
hydrogen, helium, lithium and boron.
of known quantitative values of physical parameters: the atomic number, atomic mass,
the number of neutrons in the nucleus, nuclear pattern of decomposition, half-life period,
spin, parity, neutron energy in allocation. A mathematical model of a physical system
allows to express each physical parameter as a function in the form of an analytical
expression of the remaining parameters and to calculate their values, even if it is unknown.
They are given the results of model calculations of unknown values for half-life
isotopes of oxygen, argon and vanadium, and neutron energy in allocation of isotopes of
hydrogen, helium, lithium and boron.
Keywords
stable system of isotopes and substances,
atomic number,
atomic mass,
neutrons,
scheme of isotopes decomposition,
energy of electron allocation,
spin,
parity,
half-life period,
mathematical model of unknown parameter values identification,
results of half-life period calculation and neutron energy in allocation
References
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