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Agzamov, M. (2018). Jinlash jarayonida mahsulot sifati yaxshilanadigan yangi tejamkor texnologik jarayon ko‘rsatgichlarini aniqlash [Identifying new cost-effective technological process indicators that improve product quality during ginning]. Tashkent.
Avazbek, O., Mirzaolim, S., Ibrohim, M., & Shokir, A. (2018). The Theoretical Studies of the Cultivation of Three Cotton Seeds along the Plain. Engineering(10), 514-520. doi:10.4236/ eng.2018.108037
Axmedxodjayev, K., Umarov, A., & Ortiqova, K. (2019, August). Investigation of the Ginning Process on DP series saw gin stands. Engineering, 11(8). doi:10.4236/eng.2019.118036
Axmedxodjayev, X., & Abduvaxidov, M. (2013). Paxta tozalash mashinalarini hisoblash va loyihalash [Calculation and design of cotton ginning machines]. Namangan.
Axmedxodjayev, X., Salimov, A., & Tuychiyev, T. (2020). Tabiiy tolalarni dastlabki ishlash texnologiyasi [Technology of preliminary processing of natural fibers]. Namangan.
Axmedxodjayev, X., Xodjiyev, M., & Abduvoxidov, M. (2020). Mashinalarni loyihalash asoslari [Fundamentals of machine design]. Tashkent.
Hardin, R. G., Barnes, E., Valko, T. D., Martin, W. B., & Clapp, D. (2018). Engineering and ginning: Effects of gin machinery on cotton quality. Journal of Cotton Science, 36-46. Retrieved from https:// www.cotton.org/journal/2018-22/1/upload/JCS22-036.pdf
Lascano, R., Baumhardt, R., Goebel, T., Baker, J., & Gitz III, D. (2017). Irrigation Termination Thermal Time and Amount on Cotton Lint Yield and Fiber Quality. Open Journal of Soil Science(7), 216-234. doi:10.4236/ojss.2017.79016
Mardonov, B., Ibrohimov, F., Akhmedkhojaev, K., Sharipov, H., & Tozhiboev, M. (2021). Theoretical study of the movement of cotton seed flow along the contour of the rib. Engineering(13), 526-535. doi:10.4236/eng.2021.1310037
Muradov, R., Sarimsakov, O., & Khusanov, S. (2014). O rezervakh povysheniya effektivnosti pnevmotransportirovaniya khlopka [On reserves for increasing the efficiency of cotton pneumatic conveying]. Mechanical problems.
Obidov, A. (2018). Investigation of the Properties of Fibrous Cotton Seeds, for Sorting on a Mesh Surface. Engineering(10), 572-578. doi:10.4236/eng.2018.109041
Obidov, A., & Sultonov, M. (2020). To Research the Method of Separating Fibers Suitable for Spinning on a Needle Drum. International Scientific and Practical Conference Cutting Edge-Science, 7 (4), pp. 128-131. Shawnee. Retrieved from https://journals.pen2print.org/index.php/ijr/article/ view/19897
Obidov, A., Mamatqulov, O., & Sultonov, M. (2018). Theoretical Analysis of the Movement of Cotton Piece on the Slope Surface. International Conference Science and Practice: A New Level of Integration in the Modern World, (pp. 151-156). Berlin – Warsawa. Retrieved from https://www.scirp. org/(S(czeh2tfqw2orz553k1w0r45))/reference/referencespapers.aspx?referenceid=2902477
Sarimsakov, A. (2018). Tola ajratish jarayoni samaradorligini oshirish maqsadida arrali jin ishchi kamerasini takomillashtirish [To improve the efficiency of the fiber separation process, improve the working chamber of the saw gin]. Namangan.
Sarimsakov, O. (2021). Paxta sanoatida ayerodinamika va pnevmotransport [Aerodynamics and pneumatic transport in the cotton industry]. Namangan: Navro’z Publ.
Sharipov, K., Akhmedxodjayev, K., Tojiboyev, M., & Sarimsakov, O. (2020). The mathematical model of seed movement on a concave profile rib. Engineering(12), 216-227. doi:10.4236/ eng.2020.123017
Sulaymonov, R., Karimov, U., & Marufkhanov, B. (2016). Study and recommendations on foreignmade technologies and equipment for raw cotton ginning, seed linting, fiber and lint cleaning, operated at domestic ginneries. Ташкент: Paxtasanoat ilmiy markazi.
Sultonxodjayeva, A. (2012). Paxtani saklash va tayyorlash texnologiyasi [Cotton storage and preparation technology]. Tashkent: Mekhnat Publ.
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]. Namangan.