Nuclear Fission Reaction Lab Report

2441 Words10 Pages
Nuclear fission reaction is an impotent scientific discovery all over the world. The process of emission of energy is known to all. The scientists are trying to get best result from uranium fission. Here, new processes want to be adopted through the equation of unification of physics. When the equation of mass of a photon turns to unification, this equation is applicable to all fields from the particle to the universe as a hole. Here is the example of energy emission that in what way the fission be possible. To find this, we should clarify first the mass of a photon and the equation of unification physics. Key words: mass of a photon, unification of physics, value of Pi at excited state, unknown weight of radioactive elements, fission reaction…show more content…
As a result, 92U235 changes to 92U236 and it will change to 141Br and 92Kr elements10. The NEW process: On putting the mass 235.1175 amu into the equation (8) at rest when π0 = π = 3.141592654 & (10) at excited state when π = πe = 3.152506608, we get the difference of mass in terms of energy 1.2159333 Mev. So, the equation of unification of physics is true. Determination of different energies of fission of uranium: Reference values: Mass of Uranium 92U235 = 235.1175 amu Loss of mass = 236.12648 – 235.91104 = 0.21544 amu Mass of neutron 1n0 = 1.00898 amu = 0.21544x931.49432 Mev = 200.6811363 Mev. Out of Total initial mass = 236.12648 amu this energy, 170 Mev is carried by the fission fragments Mass of Barium 56Ba141 = 140.9577 amu as kinetic energy, 5 Mev by fission of neutrons, 15 Mev Mass of Krypton 36Kr92 = 91.9264 amu by β and γ rays and 10 Mev by the neutrons
Open Document