Nozzles transverse distribution model development: Effect of pressure and anti drift nozzle

Author:

Višacki VladimirORCID,Sedlar Aleksandar,Bugarin Rajko,Turan Jan,Kalajdžić Mladen,Ponjičan Ondrej,Ivanišević Mladen

Funder

Ministry of Education, Science and Technological Development of the Republic of Serbia

Publisher

Centre for Evaluation in Education and Science (CEON/CEES)

Reference11 articles.

1. Nowakowski, T. (2007). Interaction between selected spraying parameters on the variability coefficient of liquid transverse distribution. Inzynieria Rolnicza, 3(91), 135- 141.;

2. J.P. Douzals, A. Porte, P. Fernandez. Simulating CoV from nozzles spray distribution: a necessity to investigate spray distribution quality with drift reducing surfactants.. CIGRAgEng2012, Jul 2012, Valencia, Spain. CIGR-AgEng, 6 p., 2012.;

3. Alaa Kamel Subra, Józef Sawaa, Stanisław Parafiniuka (2015). Practical deviation in sustainable pesticide application process. Agriculture and Agricultural Science Procedia 7 (2015): 241-248.;

4. Sawa J. Wójcicki Z., Tabor S., Wajszczuk K., 2004. Wpływ nowych technologii na poziom i strukturę nakładów materiałowo-energetycznych na jakość surowców rolniczych. Sprawozdanie końcowe KBN Nr 3 P06R 037 22 AR Lublin (maszynopis).;

5. Sawa J. , Huyghebaert B. , Parafiniuk S. , 2012. Testing device for a complex measurement of the performances nozzles ,SPISE 4, Lana, Italy, 228-233.;

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