USE OF SOFTWARE IN PHYSICS LEARNING PROCESS

Farmonov, U. (2020). Teaching of physics for students of natural direction with innovation technologies. Физико-технологического образование, (1).

Farmonov, U. (2020). Geografiya yo’nalishi talabalariga fizikani o’qitish jarayonini innoyatsion texnologiyalar asosida takomillashtirish. Физико-технологического образование, (1).

Togaev, X., Doniyorov, S., Farmonov, U. M., Irmatov, F. M., & Boboqulov, Q. S. (2016). On the role of the physical concepts of the disclosure of the secrets of music. In The Eighth International Conference on Eurasian scientific development (pp. 184-189).

Bekmirzaev, R. N., Igamkulov, Z. A., Tuugalov, F. K., Khudajberdiev, G. U., Farmonov, U., Shukurov, E. K., ... & Olimov, K. (2004). Rapid distributions of protons in (d,{alpha}, C) TA-interactions at 4.2 GeV/S on nucleon; Bystrotnye raspredeleniya protonov v (d,{alpha}, C) TA-vzaimodejstviyakh pri 4.2 GEhV/S na nuklon.

Togaev, X., Doniyorov, S., Farmonov, U. M., Irmatov, F. M., & Boboqulov, Q. S. (2016). On the role of the physical concepts of the disclosure of the secrets of music. In The Eighth International Conference on Eurasian scientific development (pp. 184-189).

Bekmirzaev, R. N., Igamkulov, Z. A., Tuugalov, F. K., Khudajberdiev, G. U., Farmonov, U., Shukurov, E., ... & Olimov, K. (2004). Rapid distributions of protons in (d, α, C) TA-interactions at 4.2 GeV/S on nucleon.

Taylanov, N., Bekmirzaev, R., Hudoyberdiev, A., Samadov, M. K., Urinov, K. O., Farmonov, U., & Ibragimov, Z. K. (2015). Dynamics of magnetic flux penetration into superconductors with power law of voltage-current characteristic. Uzbekiston Fizika Zhurnali, 17(3), 126-130.

Фармонов, У. М. (2019). Методика преподавания предмета физики студентам направления естествовдения. Образование и наука в России и за рубежом, (16), 314-318.

Orishev, Jamshid (2021) "Project for training professional skills for future teachers of technological education," Mental Enlightenment Scientific-Methodological Journal: Vol. 2021 : Iss. 2 , Article 16.

Orishev, J. (2020). Глобаллашув даврида педагоглик масъулияти . Научно-просветительский журнал "Наставник", 1(1).

Abdaminov, A. B., Bekmirzaev, R. N., Bekmirzaeva, X. U., & Mamatkulov, K. Z. (2019). SEARCH AND RESEARCH MULTIBARYON CLUSTERING IN HADRON-NUCLEAR COLLISION AT HIGH ENERGY. In Труды конференции–конкурса молодых физиков (Vol. 25, No. S2, pp. 8-10). Общество с ограниченной ответственностью Издательский дом Московского физического общества.

Sultanov, M. U., Nodirov, G., Xalilova, X., Aliqulov, S. S., Bekmirzaev, R. N., Joniqulov, A., & Bekmirzaeva, X. (2012). Kinematical characteristics of secondary charged particles in CC and CTa interactions at 4.2 GeV/s per nucleon.

Bekmirzaev, R. N., Bekmirzaeva, X. U., Khudoyberdiev, G. U., Mustafayeva, M. I., & Nabiev, B. E. (2020). Formation of Δ0-izobar in nC-collisions at 4.2 GeV/c. Physics of Complex Systems, 1(3).

Bekmirzayeva, X., & Xudoyberdiyev, Q. (2021). Атом тарихига бир назар. Физико-технологического образование, (5).

Sultanov, M. U., Daminov, F., Aliqulov, S. S., Bekmirzaev, R. N., Bekmirzaeva, X., & Kholbutaev, S. (2012). Dependence of formation of secondary protons and π--mesons in dC, αC and CC-interactions at 4.2 A• GeV/s on the degree of centrality.

Bekmirzaev, R., Bekmirzaeva, X., Abdaminov, A., & Mustafaeva, M. (2021). Comparative analysis of various kinematical characteristics of protons in n12c and p12c collisions at 4.2 GeV/c. InterConf.

Xursanoy, B., & Marjona, M. (2021). Comparison of some properties of charged pions in p12C and n12C collisions at 4.2 GeV/c. Physics of Complex Systems, 2(3), 132-138.

Sultanov, M. U., Daminov, F., Aliqulov, S. S., Bekmirzaev, R. N., Bekmirzaeva, X., & Kholbutaev, S. (2012). Dependence of formation of secondary protons and {pi}{sup-}-mesons in dC,{alpha} C and CC-interactions at 4.2 A {center_dot} GeV/s on the degree of centrality.

Bekmirzaev, R., Bekmirzaeva, X., Sultanov, M., & Mustafaeva, M. (2021). Зависимость множественности протонов и пионов от их степени центральности в dc-соударениях. Физико-технологического образование, (2).