HOW ENERGY OF CHARACTERISTIC X RAY, REVOLUTION ORBIT AND ENERGY OF SHELL ELECTRON, REVOLUTION ORBIT AND ENERGY OF PROTON IN NUCLEUS, REVOLUTION ORBIT AND ENERGY OF NEUTRON, A OF FIELD WHERE NEUTRON CLUSTER AS BASE OF CHEMICAL ELEMENT WAS MADE IN FIRST GENERATION STAR, AND NEUTRON CLUSTER IN FIRST GENERATION STAR WERE, AND HOW CHEMICAL ELEMENTS WERE ABOUT SIX BILLION YEARS AGO

摘要

PROBLEM TO BE SOLVED: To show that electron loves of the M, L and K shells have different energies and revolution orbits, that the difference in the energies of the electron loves indicates a difference in the energies of proton loves because the electron loves and the proton loves are made from the neutron loves, that the loves of protons in a nucleus also have different energies and revolve in different orbits, and that the loves of neutrons in a nucleus also have different energies and revolve in different orbits; and solve the problems of how an interior of a nucleus is and how a neutron decayed into electron and proton loves is.;SOLUTION: A neutron decayed into electron and proton loves was made in a first generation star. One chemical element is made from one neutron cluster. The energy of one neutron in a neutron cluster is equal to (the energy of one neutron in a nucleus)×(A of a field where the neutron cluster was present). From the energies of the loves of shell electrons of a chemical element, the energy of the love of the neutron in the nucleus is obtained, and the energy of one neutron in the neutron cluster is obtained.;SELECTED DRAWING: Figure 2;COPYRIGHT: (C)2018,JPO&INPIT