Presenting a New Equation that Accurately Determines the Size of a Moving Elementary Particle

F. Petrescu
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Abstract

: The paper briefly presents a new Eq. (9). The role of Eq. (9) is to accurately determine the size of a moving elementary particle, depending on its velocity (or particle energy). Although Eq. (9) has a general character, it can be applied to any elementary particle in motion to determine the size of that particle, in the study, it was applied only to the particles of hydrogen nuclei of its first three isotopes. The purpose of the application is to determine exactly the size of hydrogen isotopes according to their energy, to use in industrial systems for obtaining nuclear energy, fusion, fission, and, in the future, even the annihilation of matter-antimatter. In this way, it will be possible to achieve industrial-scale fusion with convenient efficiency in the coming years and a little later it will be possible to develop systems for obtaining energy from annihilations.
提出了一个新的方程,可以精确地确定运动基本粒子的大小
本文简要地提出了一个新的Eq.(9)。Eq.(9)的作用是根据运动的基本粒子的速度(或粒子能量)精确地确定其大小。虽然式(9)具有一般性质,但它可以应用于任何运动中的基本粒子,以确定该粒子的大小,但在本研究中,它仅应用于其前三个同位素的氢核粒子。该应用程序的目的是根据氢同位素的能量精确确定其大小,用于工业系统中获得核能,聚变,裂变,甚至在未来,物质-反物质的湮灭。通过这种方式,未来几年将有可能以方便的效率实现工业规模的核聚变,不久之后,将有可能开发出从湮灭中获取能量的系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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