ELECTRON-FUSION CRYSTALLINE MOLECULAR ENERGY

摘要

PURPOSE:To produce infinite clean energy from an unknown field by a method wherein the fused crystalline molecular structure of a metal such as soft metals belonging to IVb group or bauxide, zinc, lead and the like is divided by crushing. CONSTITUTION:The elements of a tin alloy belonging to IVb group are 90% tin, 5% bauxide, 3% zinc and 2% lead. The solid body of IVb is mechanically crushed in the state that the solution crystal body dissolves. When the atoms and electrons generated by dissolving are separated by forcible fusion-fissioning, since said substances are electron-element with nucleus together with a friction heat caused by attraction force of electrons in the manner similar to the nuclear reaction theory, free mobility of electrons is enabled when the substances reach their melting point. However, in this case, because the attraction force among moleculars of solid crystal is great, a tremendously great force is necessitated for the desired operation. In this case, an energy being generated during the crushing of the crystallized body consisting of soft molecular is utilized. In executing said operation, dissolving the substrance reduces the force necessitated for crushing, while the liquefied crystal is made to flow in convection which generates friction heat.