MATERIALLARNING ELEKTROMAGNIT TO‘LQINLARNI O‘TKAZUVCHANLIK XUSUSIYATLARINI FIZIK-MEXANIK PARAMETRLAR ORQALI ANIQLASH
Keywords:
Radioshaffoflik, kompozit materiallar, elektromagnit to‘lqinlar, dielektrik doimiysi, yo‘qotish tangensi, yutish koeffitsienti, kalibrovka, fizik-mexanik ko‘rsatkichlar, elektromagnit model, diagnostika vositalari.Abstract
Mazkur ishda turli sohalarda qo‘llaniladigan materiallarning radioshaffoflik xususiyatlarini o‘lchashning fizik va mexanik ko‘rsatkichlari o‘rganiladi. Radioshaffoflik materiallarning elektromagnit to‘lqinlarni o‘tkazish, yutish va aks ettirish qobiliyatlari bilan bog‘liq bo‘lib, bu xususiyatlar aviatsiya, kosmonavtika, telekommunikatsiya va mudofaa sohalarida muhim ahamiyat kasb etadi. Ishda materiallarning dielektrik doimiysi, yo‘qotish tangensi, yutish koeffitsienti va mexanik mustahkamlik kabi parametrlarini aniqlash hamda ularning o‘zaro bog‘liqligi tahlil qilinadi. O‘lchash jarayonida fizik va elektromagnit modellar, kalibrovka usullari hamda zamonaviy diagnostika vositalari qo‘llanadi. Tadqiqot natijalari radioshaffof kompozit materiallarning sifatini baholash, ularning amaliyotdagi qo‘llanish samaradorligini oshirish va yangi texnologiyalarni ishlab chiqishda muhim ilmiy asos bo‘lib xizmat qiladi.
References
1. Jumamuratov B.A., Abduqayumov A.A., Eshmuradov D.E. Kompozit materiallarning radioshofonligini nazorat qiluvchi vositaning metrologik ta’minoti // “Milliy standart” ilmiy-texnik jurnali, Toshkent, 2024, 3-son. b. 1-5. (OAK Ro‘yxatining 2020 yil 5 iyundagi 280/6.2-son qarori)
2. Jumamuratov B.A., Aytbayev.T.A., Rakhimova N.M. Metrological Supply of the Repair and Testing of the Nose of the Aircraft (Radom) // International scientific and practical “Smart cities and sustainable development of regions” LLC Conference Proceedings, Institute of Digital Economics and Law [OOO «Institut tsifrovoy ekonomiki i prava»], Moskva, 2024. – 1005 p. 978-5-6050374. pp.522-526. ( https://ide-rus.ru/last#smartgreens2024) (3, Scopus, IF=0.7)
3. Jumamuratov B.A. Metrological support of the repair and testing of the nose of the aircraftparameters of an aircraft // Science and Education in Karakalpakstan, 2024, №2/1 ISSN 2181-9203., pp.123-130. (OAK Ro‘yxatining 2017 yil 24 maydagi 24.05.2017 №5/2-son qarori)
4. Jumamuratov B.A., Eshmuradov D.E., Nabikhanova A.D. Kompozit materiallarning radioshaffofligini monitoring qilishning zamonaviy tizimlari va vositalari: holati va rivojlanish istiqbollari // “Raqamli texnologiyalar obyektlarini energiya bilan ta’minlashning zamonaviy muammolari va rivojlanish istiqbollari” xalqaro ilmiy jurnalining maxsus 1-soni, mart, Toshkent, 2024. https://doi.org/10.5281/zenodo.10724550- pp.438-441. (OAK Ro‘yxatining 2022 yil 13 iyundagi 01-07/1368 qarori)
5. Jumamuratov B.A., Sharipov G‘.N., O‘rolov J.A. Metrological support for the repair and testing of the nose of the aircraft (obtekatel) // International scientific journal science and innovation special issue “Modern problems and prospects of development of energy supply of digital technology facilities”, March, Tashkent, 2024 https://doi.org/10.5281/zenodo.10719692 pp.49-53. (OAK Ro‘yxatining 2022 yil 13 iyundagi 01-07/1368 qarori)
6. Jumamuratov B.A., Eshmuradov D.E., Azizov O.X. The future of aeronautical processing opportunities and challenges of automation // Science and innovation international scientific journal volume 2 issue 4 april, Toshkent, 2023 uif-2022: 8.2 | issn: 2181-3337 | scientists.uz-pp.231-236. (OAK Ro‘yxatining 2022 yil 13 iyundagi 01-07/1368 qarori)
