Axmedxodjaev, X., Adashboyev, D., Yo’ldashev, X., & To’xtaev, S. (2022). Investigation of foreign lint cleaning system. Proceedings of the International scientific conference: Economic, innovative, technological problems and international experience of increasing the efficiency of product production based on deep processing of raw materials in cotton textile clusters. 1. Namangan, Uzbekistan: Namangan Institute of Engineering and Technology.

Axmedxodjayev, X., Obidov, A., & Sarimsakov, O. (2020). Paxta chigitlarini ishlov berishni samarali texnologiyasini yaratish [Creation of effective cotton seed processing technology]. (A. Obidov, Ed.) Namangan, Namangan, Uzbekistan: Namangan.

Madumarov, S., Jurayev, Y., & Yuldashev, K. (2022, October 20). General information on the importance of feedstock density and speed in the fiber separation process. Proceedings of the International scientific-online conference: Academic research in modern science. 8, pp. 55-59. USA: Best Publication. doi:10.5281/zenodo.7229260

Sarimsakov, O.Sh. (2021). Paxtani uzatish va pnevmotransport yordamida tashish jarayonlarini nazariy asosalari. Namangan: Usmon Nosir Media.

Sarimsakov, O. (2018). Paxtani pnevmotransportga uzatish va xavo yordamida tashish jarayonini takomillashtirish [Improving the process of transferring cotton to pneumatic transport and air transportation]. Namangan: Namangan.

Sarimsakov, O. (2021). Aerodynamics and Pneumatic transport. Namangan: Namangan.

Sarimsakov, O., Kurbanov, D., Yo’ldashev, X., & Jurayev, Y. (2022). Investigation of losing fiber during cleaning cotton. Proceedings of the conference: Applied sciences in the modern world: problems and solutions (pp. 78-82). Uzbekistan: Bestpushlisher.

. Sarimsakov, А. (2017). Theoretical and practical justification of increasing the efficiency of the gin machine in the technology of initial processing of cotton. PhD thesis, 40-45. Namangan.

Sulaymonov, A., Inamova, M., & Yuldashev, K. (2022, May 15). Theoretical studies of the nature of the interaction of cotton seeds in the gap between the agitator blade and the saw cylinder. Eurasian Journal of Academic Research, 2(11), 666-672. doi:10.5281/zenodo.7218857

Tursunov, I., Yuldashev, X., & Madiyarov, O. (2022). Analysis of changes in air parameters in a cotton separator. Proceedings of the International scientific conference: Economic, innovative, technological problems and international experience of increasing the efficiency of product production based on deep processing of raw materials in cotton textile clusters (pp. 98-103). Namangan, Uzbekistan: NamMTI.

Umarov, A. (2018). Tola sifatini yaxshilash maqsadida arrali jinni taʼminlash jarayonini takomillashtirish [Improving the process of providing sawn gin in order to improve the quality of fiber]. PhD thesis, 77-95. Namangan: Namangan.

Yo’ldashev, X., Xoshimov, O., & O’rinboyev, B. (2021). Study of cleaning processing of seed cotton. Creative Teacher, 5(12), 209-213.

Yo’ldashev, X. (2022). Investigating of moisture content in storing, drying and cleaning the seed cotton. Proceedings of the International scientific conference: Economic, innovative, technological problems and international experience of increasing the efficiency of product production based on deep processing of raw materials in cotton textile clusters (pp. 77-82). Namangan, Uzbekistan: NamMTI.

Yuldashev, K., Abduraximov, K., Inamova, M., & Mirgulshanov, K. (2021). Development of the design of a feeder of vibration action for supplying cotton seeds to linter machines. Science, Education, Innovation in the Modern World, IV, pp. 44-50. USA. doi:10.37547/iscrc-intconf14

Yuldashev, K., Inamova, M., Qobilov, M., & Abduxaliqov, A. (2021). Effect of Moisture Continent in the Process Of Storing, Drying and Cleaning the Seed Cotton. Science, Education, Innovation in the Modern World, (pp. 34-39). USA.

Аxmedxodjayev, X., Xodjiyev, M., & Аbduvoxidov, M. (2020). Mashinalarni loyihalash asoslari [Fundamentals of machine design]. Tashkent: Navruz.