Author(s)

Tao Lei¹, Siping Hu², Ling Zhang², Cai Wang², Feng Wen^2*

¹Wuhan University of Technology, Wuhan, China.
²Hubei University of Science and Technology, Xianning, China.

The traditional periodic table of chemical elements believes that the properties of chemical elements are closely related to the outer electrons. This paper introduces history and innovation and entrepreneurship thinking to explore the specific characteristics of each electron. Because the new arrangement cycle of electrons is exactly the same as that of the Chinese historical dynasties, the properties of each electron are mapped by the gradual evolution characteristics of the Chinese historical dynasties. For example, the first Chinese dynasty is the Yanhuang Dynasty that human beings begin to move from settlement to farming. This dynasty corresponds to the element H, which shows that the nature of the H electron also helps the H nucleus to settle in physical space and obtain external energy. The second dynasty is Xia, beginning from Dayu’s flood control, which shows that the electron nature of the corresponding He is to withstand the external shock wave and better to expand the energy absorption function of the atomic nucleus. With regard to sodium chloride, sodium (Na) represents drug development, and chlorine (Cl) stands for the activities aimed at eliminating adverse lesions such as cancer. There is an analogy between physiological function of sodium chloride (salt) and surgery and drug treatment in hospitals, and sodium chloride plays a role in the treatment and repair of natural substances. The content mentioned above is the historical principle of electronic motion. In this way, a deeper understanding of the properties shown by microscopic particles will be achieved.

Atom, Electronics, Proton, Chinese Culture, Historical Dynasties, Periodic Table of Elements

Lei, T., Hu, S.P., Zhang, L., Wang, C. and Wen, F. (2023) New Element Periodic Table 3: Historical Principles of Electronic Motion. Open Access Library Journal, 10, 1-7. doi: 10.4236/oalib.1109676.