Open AccessDERIVATION OF A NEW EQUATION FOR CALCULATING THE NUMBER OF ELECTRONS CORRESPONDING TO DIFFERENT VALUES OF THE PRINCIPAL QUANTUM NUMBER
Author(s) -
N.K. Akhmetov
Publication year - 2021
Publication title -
international journal of advanced research
Language(s) - English
Resource type - Journals
ISSN - 2320-5407
DOI - 10.21474/ijar01/13173
Subject(s) - principal quantum number , electron , quantum number , atomic orbital , quantum , table (database) , quantum mechanics , physics , quantum state , state (computer science) , quantum chemical , atomic number , mathematics , atomic physics , quantum dissipation , molecule , computer science , algorithm , data mining
This paper deals with a new approach in the formation of periods in the Mendeleevs Periodic Table. Using a newly suggested formula and newly suggested quantum states for the external electron shells of atoms of chemical elements, the author proposed the reconfiguration of periods in the Mendeleevs table. The reducing of the number of periods in the table is assumed, andthe material represented in the paper proves it.The following order of formation of electron layers is suggested: the principle quantum number (n), followed by the quantum state of electrons (first and second) which constitute the electron configurations of subperiods, and only after that - the remaining quantum orbitals (s, d, f, and p).