MILLIY STATISTIKANI RIVOJLANTIRISH TEXNOLOGIYASI

Ergashev, J., & Berkinov, A. (2020). Amorf ferromagnit qotishmalarda termo-e. yu. k va elektr o’tkazuvchanlik. Архив Научных Публикаций JSPI, 1-2.

Nurmatov K., Berdiqulov E. Quyosh elementlari konstruksiyalari //Физико-технологического образование. – 2021. – №. 5.

Ergashev, J. K., Berkinov, A. A., Mominov, I. M., Nurmatov, K. D., & Hotamov, J. A. (2020). Study of transmission of electric energy through ac and dc currents and their analysis in a specially assembled layout. ACADEMICIA: An International Multidisciplinary Research Journal, 10(10), 939-943.

Dildora Haydarkulovna Toshpulatova, Alisher Abdurashidovich Berkinov, Bekzod Tirkashev. Energy parameters of heterostructural solar photocells // Academic research in educational sciences. 2021. №11.

Berkinov, A. (2019). Technologies For The Development Of Educational And Creative Activities Of Students In The Process Of Solving Problems In Molecular Physics. European Journal of Research and Reflection in Educational Sciences Vol, 7(12).

Berkinov A. Molekulyar fizikada talabaningijodiy qobilyatini rivojlantirishda chet tillarining ahamiyati //Архив Научных Публикаций JSPI. – 2020.

Berkinov, A. (2020). Molekulyar fizikada talabaning ijodiy qobilyatini rivojlantirishda chet tillarining ahamiyati.

Tashpulatova, D., Ergashev, J., & Berkinov, A. (2020). Molekulyar fizikadan masalalar yechishda talaba 0 ’quv-ijodiy qobilyatlarni rivojlantirishning ba’zi muammolari va uni hal qilish yo’llari.

Berkinov, A. (2020). Некоторые проблемы развития творческих способностей студентов в решении молекулярной физики и проблем.

Ergashev, J., & Berkinov, A. (2020). Study of transmission of electric energy through ac and dc currents and their analysis in a specially assembled layout.

Ergashev, J., & Berkinov, A. (2020). Quyosh batereyasidan olingan elektr energiyasining afzalliklari.

Berkinov, A. (2019). Technologies for the development of educational and creative activity of students in the process of solving tasks on molecular physics.

Berkinov, A. (2021). Uzluksiz ta’lim tizimida fizikani o‘qitishda o‘quvchilarni kasbga yonaltirish imkoniyatlari.

Saydayev, O. (2021). Yer radiatsiya mintaqalarining umumiy xarakteristikalari. Физико-технологического образование, 4(4).

Saydayev, O., & Raimqulov, H. (2021). Yer radiatsion belbogʻlarining tuzilishi. Физико-технологического образование, (5).

Nurmurodovich, B. R., Qarshiboyevich, T. F., Mamajon, Z., Razzoqovich, Q. A., Obid, S., & Marjona, M. (2020). The development of the scientific outlook of students in the study physics course. ACADEMICIA: An International Multidisciplinary Research Journal, 10(10), 926-930

Toshpo'latova, D., & Igamqulova, Z. (2021). Умумий ўрта таълим тизимида ўқитувчининг инновацион фаолияти. Физико-технологического образование, (5).

Toshpo'latova, D., Hamdamov, B., Eshto'xtarova, O., & Taylanov, N. (2021). Изучение свойств солнечной станции на основе гетероструктурированного фотоэлемента. Физико-технологического образование, 4(4).

Toshpo'latova, D., & Isroilova, G. (2021). Об эволюции магнитного потока в сверхпроводниках второго рода. Физико-технологического образование, (3).

Taylanov, N., Toshpulatova, D., O’rozov, A., & Narimanov, B. (2021). Flux jumping in type-II superconductors. Физико-технологического образование, (3).