Nuclear fusion reaction

摘要

PROBLEM TO BE SOLVED: To create an electron love + a proton love = a neutron love in a place where nuclear fusion is performed. The neutron love is a proton love (right rotation) + an electron love (left rotation), so why is it left rotation? Since the temperature at the center of the sun where the fusion reaction takes place is 15 x 106 ° C, A = (15 x 106) 1/2 = 3.873 x 103 in this place. So, in the place where nuclear fusion takes place, the attractive force between the electron love and the proton love = attractive force 2 ÷ distance 2 = (3.873 × 103) 2 × (3.873 × 103) 2 = (3.873 × 103) 4 = 2.250 × 1014, double. This is the principle that electron love + proton love = neutron love can be created in the field of nuclear fusion. If work energy = running distance x weight of the runner, then work energy of the electronic love = distance running on the ground surface in one minute x mass of the electronic love = 6.7036 x 105m x 9.109 x 10-31Kg = 6.106 x 10-25mKg .. Work energy of proton love = distance running on the surface of the earth in 1 minute x mass of proton love = 1.992 x 10-1m x 1.673 x 10-27Kg = 3.333 x 10-28mKg [Selection diagram] Fig. 1