ORBITAL ENERGY OF NUCLEAR SPIN AND NUCLEAR MAGNETIC MOMENT, BOHR NUCLEAR MAGNETON AND BOHR MAGNETON, AND ATOM AND NUCLEUS

摘要

PROBLEM TO BE SOLVED: To solve the problems of why the absorption of magnetism must be proton, what is a nuclear magneton is, what the Bohr nuclear magneton and the formula for determining it mean.;SOLUTION: Absorption of magnetism is the addition of photons which takes place only on a orbit close by. Photons cannot be added, if the difference in the orbit of photon is large between a proton and a neutron. A nuclear magneton is photons around the love of the outermost shell of a nucleus and photon on the outside. That photons produce spin and nuclear magnetic moment. The formula for the Bohr nuclear magneton is eh/4πm_pc, and the formula for the Bohr magneton is eh/4πm_ec. M_p/h is the number of photons inside a proton, and m_e/h is the number of photons inside an electron. Proton and electron are made of photons. 4πc means 2πrc×2. Here, r is ignored, because it is minimal and ×2 is the photons around the loves.;COPYRIGHT: (C)2004,JPO