Davydbaev, Kh. K., et al. (1980). Separator for fibrous material (USSR Patent No. 720056). [In Russian].

Dzhabarov, G. D., et al. (1978). Primary processing of cotton. [In Russian]. Moscow: Light Industry

Kadyrkhodzhaev, S. Kh. (1986). Development of a separator for raw cotton to preserve its quality indicators and reduce �iber loss [Unpublished doctoral dissertation]. [In Russian]. Tashkent.

Khasanov, M. R., et al. (1986). Reducing the energy consumption of the vacuum valve of a separator. [In Russian]. Cotton Industry, 8, 14–17

Khasanov, M. R. (1989). Improving the technological reliability efficiency of elements of pneumatic cotton transport systems. [In Russian]. [Dissertation]. Tashkent.

Makhametov, T. D. (1972). Investigation of processes, establishment of modes, and search for optimal shapes and sizes of stone catcher elements [Unpublished doctoral dissertation]. [In Russian]. Tashkent.

Mamarasulov, Kh. K. (1993). On the main shortcomings of the design of the separator for raw cotton. [In Russian]. In Proceedings of the Conference of Young Scientists and Specialists. Tashkent Institute of Textile and Light Industry.

Muradov, R. (2000a). Method for reducing cotton impact on the mesh surface of the separator. [In Uzbek]. Problems of Mechanics, (3), 77-80.

Muradov, R. (2000b). Study of the effect of the separator on the qualitative characteristics of raw cotton. [In Russian]. Technology of the Textile Industry, (2), 27-29.

Muradov, R., Mamarasulov, Kh. K., & Sultanov, S. Yu. (1989). Separator for raw cotton (USSR Patent No. 1509425). [In Russian].

Saadi, R. A. (1961). Pneumatic transportation of raw cotton and seeds with a high concentration of mixture (Report No. 13). [In Russian]. Central Research Institute of the Cotton Industry

Salokhiddinova, M., & Muradov, R. (2022a). Research to reduce seed and fiber strain in cotton separator. AIP Conference Proceedings, 2650, 030018. https://doi.org/10.1063/5.0105476

Salokhiddinova, M., & Muradov, R. (2022b). Methods for increasing the efficiency of cleaning the transfer device. Engineering, 14, 54–61. https://doi.org/10.4236/eng.2022.141005

Salomova, M., Salokhiddinova, M., Muradov, R., & Kushimov, A. (2023). How to increase the effect radius of the cotton transport process in a mobile device. In Problems in the textile and light industry in the context of integration of science and industry and ways to solve them (AIP Conference Proceedings, vol. 2789, pp. 040045-1–040045-5). https://doi.org/10.1063/5.0145641

Ziyaev, Kh. A. (1982). On determining the conditions for effective operation of the vacuum valve of a raw cotton separator. [In Russian]. Cotton Industry, 5, 18–21.