Matching the Liquid Atomization Model to Experimental Data Obtained from Selected Nozzles

The spraying procedure is one of the most difficult operations in agricultural production. Achieving desired effectiveness dependent on obtaining an appropriate level and uniformity liquid distribution. aim this paper was to present a decomposition model generated basis experimental data. tests were carried out test stand, which consisted container with nozzles grooved table. experiments use selected standard, anti-drift, air-induction single-stream at constant pressure. optimization process Microsoft Excel Solver. Furthermore, order compare data by from virtual boom, we applied analysis correlation linear regression Statistica 13.1 software. Based results obtained, it can be concluded that good fit (R2 > 0.95). model, data, will facilitate control operation degree wear nozzles, contribute ensuring uniform spraying.