UZ
RU
Keywords: pawls, screw, cotton rows, laboratory apparatus, cord divice, irrigation, cotton
RESEARCH IN LABORATORY OF THE TECHNOLOGICAL PROCESS OF THE SCREW EQUIPMENT FOR FORMATION OF LONGITUDINAL PAWLS BETWEEN COTTON ROWS AND SIMULATION OF THE OBTAINED RESULTS
Kh. Olimov, A. Tukhtakuziyev, Kh. Nuriddinov, K. Sobirov
Kh. Olimov, A. Tukhtakuziyev, Kh. Nuriddinov, K. Sobirov
Abstract
In this article research results are analyzed the process of working with a screw device for the mechanization of longitudinal burns in laboratory conditions, which are still formed manually between cotton rows in cotton farms on irrigated areas. In it, the results obtained in laboratory experiments were obtained by processing them through mathematical modeling. Through the developed multi-factor mathematical model, the results of the experiment obtained in a special laboratory device were mathematically processed and the determination of the most optimal values was achieved. From the article, it is possible to analyze the method of mathematical processing and determine the optimal value for the results of experiments obtained in the laboratory apparatus. At the same time, the article provides a method of summing the interconnectedness of different sizes in different ranges by means of variability in a combined small range. The resulting value allows the detection and application of cord devices in any interrelated parameters, and taking into account the proximity of the received optimal values to the real value, it is recommended that the presented methods be used to solve similar issues.
In this article research results are analyzed the process of working with a screw device for the mechanization of longitudinal burns in laboratory conditions, which are still formed manually between cotton rows in cotton farms on irrigated areas. In it, the results obtained in laboratory experiments were obtained by processing them through mathematical modeling. Through the developed multi-factor mathematical model, the results of the experiment obtained in a special laboratory device were mathematically processed and the determination of the most optimal values was achieved. From the article, it is possible to analyze the method of mathematical processing and determine the optimal value for the results of experiments obtained in the laboratory apparatus. At the same time, the article provides a method of summing the interconnectedness of different sizes in different ranges by means of variability in a combined small range. The resulting value allows the detection and application of cord devices in any interrelated parameters, and taking into account the proximity of the received optimal values to the real value, it is recommended that the presented methods be used to solve similar issues.
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