Application of New Mass-Energy Concept in Computation of Q - Values of Nuclear Fission and Fusion Reactions

Abstract

In the past century, it is crucial to note that the Einstein’s mass-energy theory has been continuously evolving in energies computations of massive particles. However  this research work, Present the computational analysis and graphical difference between Einstein’s relativistic theory (mc²), Bahjat mass-energy relation (mbc) and  new mass-energy concept (mvc) when employed in calculations of the Q-values of nuclear fission and fusion reactions. The new mass-energy concept with energy converting factor vc, where v = 1.8 and Bahjat mass-energy relation with energy conversion bc, where b = 0.6 are to be applied on massive particle rather than c² which would have been applied perfectly on Photon or massless particles. The computational analysis depicted that, the new mass-energy concept (mvc) used in nuclear reactions fail below the predictions of Einstein’s relativistic mass-energy theory mc². Additionally, these results suppress the Bahjat mass-energy relation mbc due to the difference in the energy conversion factor. In this regard, the new mass-energy concept mvc is recommended in studying atomic structures and any area related to massive particle that employed Einstein’s relativistic mass-energy theory.