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Scientific Bulletin of Namangan State University

Abstract

The article discusses the methods of performing virtual laboratory studies and the results obtained in atomic physics. The hydrogen atom is based on the Schrödinger equation. The article describes the modeling and modeling of models for calculating the quantum-mechanical model and the quantum-mechanical parameters of the hydrogen atom. Developed on the basis of information and communication tools. The Schrödinger equation and its solution are based on this. This makes it possible to explain the "cloud model" of the hydrogen atom in a lecture on quantum physics in universities, covering practical and laboratory classes.

First Page

352

Last Page

359

References

1. Jalolova P.M. The plotting of the atom orbit using the Maple program. Science and world, Wolgograd, 2018, pp. 19-23. 2. Jalolova P.M. Quantum mechanical models of the spectrum and orbital of the hydrogen atom. // Eastern European Scientific Journal.–Germany, 2018. (№ 1). 3. Jalolova P.M. «Nablyudenie za izmeneniem sostoyaniya elektronov v atomnix orbitax»Agentstva po intellektualnoy sobsvennosti Respubliki Uzbekistan, 2019. DGU 06048. 4. Jalolova P.M. Turaev S.J. Vodorod atomidagi elektronlar holat va to‘lqin funksiyasini o‘rganish uchun elektron dastur // O‘zbekiston Respublikasi Intellektual mulk agentligi.– Toshkent, 2019–№ DGU 05952 raqamli guvohnomaMultanovskiy V.V, Vasilevskiy A.S. Kurs teoreticheskoy fiziki. Kvantovaya mexanika. M.: «Prosveshenie», 1991.c-127,130 5. Jalolova P.M. Quantum mechanical structure of hydrogen atom. International Conference «Science, research, development» // Berlin, 2018.–P.242-247. 6. Jalolova P.M. Kvantovanie vodorodobnogo atoma v sfericheskoy sluchae // Mejdunarodnaya konferensiya «Nauka i obrazovaniya v XXI veke»–Astana, 2018.–18-19 iyun.–S.34-38. 7. Jalolova P.M. Atom orbitallarining 4f- holati uchun kvant parametrlarini yoritish va kompyuter grafikasida modellashtirish // O‘zbekicton Milliy univercitetining 100 yilligiga bag‘ishlangan respublika ilmiy-amaliy anjumani materiallari. – Toshkent, 2018. – B. 64-66. 8. Tixonenko A.V. Kompyuterniy rraktikum po obshey fizike. CHast5. Kvantovaya fizika: Uchebnoe posobie po kursu «Obshaya fizika».-Obninsk: IATE, 2004.-67, 70b. 9. E.Rasulov, i dr. Kvant fizikasi.T.: Fan va texnologiya, 2009–17b.

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