THE HISTORY OF THE DEVELOPMENT OF KNOWLEDGE ON IONIZING RADIATION AND ITS APPLICATIONS
Keywords:
ionizing radiation, medicine, industry, innovative methods, X-rays, gamma rays, ultraviolet radiation, radioactive decay, nuclear reactors, cosmic rays.Abstract
Ionizing radiation refers to high-energy electromagnetic or particle radiation that has the ability to completely eject electrons from atoms or molecules, thus ionizing them. These radiations, depending on whether they originate from natural sources or are artificially produced, are utilized in numerous scientific and technological fields. The discovery of ionizing radiation and its development for various applications have provided humanity with new opportunities, leading to positive changes in crucial sectors such as medicine, industry, ecology, and safety.
Furthermore, ionizing radiation has biological effects and, if used incorrectly or with excessive exposure, can harm human health. Therefore, ensuring safety when working with these radiations and developing both scientific and practical knowledge is crucial. Today, new and innovative methods of utilizing ionizing radiation are being explored, with ongoing scientific research aimed at improving its effectiveness and ensuring its safety.
This article discusses the study of ionizing radiation, its potential applications, and the associated risks, as well as the scientific research conducted in this field and the prospects for future development.
References
1. Roentgen, W.C. (1895). "Über eine neue Art von Strahlen." Sitzungsberichte der Würzburger Physikalisch-Medizinischen Gesellschaft.
2. Becquerel, H. (1896). "Sur les rayons invisibles émis par les corps phosphorescents." Comptes Rendus de l'Académie des Sciences.
3. Rutherford, E. (1903). "Radioactive transformations." Philosophical Magazine.
4. Curie, M., Curie, P. (1903). "Recherches sur les substances radioactives." Annales de Chimie et de Physique.
5. Max von Laue (1912). "Beitrag zur Röntgenstrahlen-Theorie." Annalen der Physik.
6. R.G.Lister, H.D.Doss, G.K.Slater. "The Science of Radiation" (New York, 1997).
7. I.K. Mikhailov, N.S. Anishchenko, V.P. Biryukov. "Radiation and Its Biological Effects" (Tashkent, 2002).
8. "Ionizing Radiation and Its Effects". Physics Textbook (Tashkent, 2018).
9. J. L. Heilbron (2013). "The Dangers of the Radium Era." Physics Today.
10. B.Sh.G‘ulomov, M.I.Masharipov (2008). "The History of Radiology and Radiotherapy in Uzbekistan." Physics and Medicine.
11. R.Saidov, A.Asqarov (2015). "Structural and Optical Properties of Crystals under Ionizing Radiation." Uzbekistan Journal of Physics, 45(6).
12. S.Rakhimov, K.Jumayev (2018). "Enhancing the Radiation Resistance of MgF₂ Crystals." Tashkent: Science and Technology Publishing.
13. S.Jabborov, A.Ergashev (2017). "Ionizing Radiation and Its Effect on Crystal Structure." Scientific Reports of the Uzbekistan Academy of Sciences, 31(3).
14. B.Turganov, D.Fayzullayev (2019). "Fluoride Crystals and Their Radiational Properties." Journal of Radiation and Energy Services, 10(2), 68-75.
15. Sobirjonov, M.M. (2026). "BALNEOLOGICAL RESOURCES AND ISSUES OF THEIR USE." INTERNATIONAL SCIENTIFIC JOURNAL: LEARNING AND TEACHING, 3(1), 44–69. https://doi.org/10.5281/zenodo.18314501
16. Internet data.
