电子半径

E. David
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引用次数: 1

摘要

中子系统中的一个电子将其2.2 Mev的能量分配给该系统中的质子和另一个质子形成氘核,两个带负电荷和正电荷的电子形成伽马射线,实验上将氘核中的中子和质子分离。利用我们的通用常数U,我们可以根据众所周知的卢瑟福的历史结果,确定1-第一状态的中子核半径作为宇宙中的基本核半径,2-第一次确定第二状态的电子半径。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Radius of Electron
: One electron inside neutron's system divides its 2.2 Mev energy between its proton in this system and another proton forming deuteron nucleus, and two electrons with negative and positive charges forming gamma ray that separated the neutron from the proton in deuteron nucleus experimentally. Using our universal constant U, we can determine 1-the radius of neutron nucleus in the first state as the basic nuclear radius in the universe according to the well known historical result of Rutherford, and 2-Determine, for the first time, the radius of the electron in the second state.
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