Blue toruses = 10 protons
Red toruses = 7 nuclear electrons
Atomic number of Li10 = protons (10) - nuclear electrons (7) = (3), with structure T H4 T
Lithium 10 decays by neutron emission (from the left side) of
Lithium 10
destabilized form
to Lithium 9 nucleus.
Lithium 9 decays by electron emission
(from the left side) of
Lithium 9
destabilized
form
to Be 9
(stable) nucleus.
Click on image for Lithium 9 (unstable) nucleus.
Photon and matter
Structure of atomic nuclei
| Li4 | Li5 | Li6 | Li7 | Li8 | Li9 | Li10 | Li11 | Li12 |
| H | He | Li | Be | B | C | N | O | F | Ne | Na | Mg | Si | S | Ar |
| Ca | V | Mn | Fe | Co | Ni | Zn | Ga | Ge | Se | Br | Kr | Rb | Sr | Y |
| Zr | Nb | Mo | Ru | Rh | Pd | Ag | Cd | In | Sn | Sb | I | Xe | Cs | Ba |
| Ce | Pr | Nd | Sm | Gd | Tb | Er | Yb | Ta | W | Os | Ir | Au | Hg | Pb |
Neutron emission decay of Lithium 10 nuclear structure. Mechanism of Lithium 10 decomposition and production of Lithium 9 isotope. Nuclear torus model. The strong nuclear force is simply a close electromagnetic interaction between nuclear electrons and protons. There is no gluons in nuclei. Nor quarks. Neutron is simply a proton-electron torus pair. Neutrons are in stabilized condition inside nuclei by parallel proton toruses.
