Research on the geometric dimensions of fine pollutants in cotton

Abstract

This article is devoted to the study of the geometric dimensions of fine pollutants in cotton and the factors affecting them. Mass and quantitative fractions of small and large pollutants were compared. As an object of cotton cleaning, it was found that cotton contained different proportions in terms of the amount of fine pollutants. Although large pollutants exhibited a higher proportion of the total contamination in terms of weight, these pollutants were verified to exhibit a negligible proportion in terms of numbers. One gram of different selections and industrial varieties of cotton was obtained, in terms of contamination and harvesting type. The pollution amount was determined similar in terms of the total quantity and magnitude. The results of mathematical and statistical processing of the obtained results indicated that the number of pollutants per gram were statistically insignificant and differed among the experimental variants, but the value of the square inequality was higher. The results demonstrated that there exists a need to conduct a wide range of experimental tests in this area to determine the impact and interrelationships among all external factors on the size of the pollutant fraction and proportions.