Formation of highly dispersed droplets with harmless effect on the environment and the results of their mathematical and statistical processing

Abstract

In this article, given density, diameter, and dispersion of high-dispersion drops in the process of processing plant leaves with an improved cutter were studied. Digital drip cards 9950-0028, which are liquid sensitive, were used and analysed using Deposit Scan software. As a result of the mathematical-statistical processing of the data collected, the number of lines of variation, the diameter of the largest and smallest drops, the arithmetic mean, the standard deviation, and the coefficient of variation were determined. On the volumetric dimensions of the droplets, an integral curve line of the curve and distribution of the differential function of the Gaussian distribution law was constructed. It was observed in the tests that the limit of distribution by volume measurement of drops was equal to 53-149 mkm. With the agro technical reduction of the size of the drops that is with an increase in the quality of the spray, the working fluid consumption can be saved, and the negative effect on other plants in the environment, on products consumed by the people, can be reduced.