Alford, J; Miller, P C H; Goulson, D; Holland, J M (1998): ‘ Predicting susceptibility of non- target insect species to different insecticide application in winter wheat.’ Proc Brighton Conf – Pests and Diseases. pp 599 – 604.
Chapple, A C; Downer, R A; Hall F R (1993): ‘Effects of spray adjuvants on swath patterns and droplet spectra for a flat fan hydraulic nozzle.’ Crop Protection, 12. pp 579 –590.
Combellack, J H; Miller, P C H (2001): ‘Effect of adjuvants on spray patternation and the volume of air inducted by selected nozzles.’ Proc Sixth Int Symposium on Adjuvants for Agrochemicals. pp 557 – 562.
Czacyk, Z; Kramer, H; Kleisinger, S (2002): ‘Comparison of two abrasive materials for testing nozzle wear.’ Aspects of Applied Biology, 66. pp 457 – 461.
Dorr, G J and Pannell, D J (1992): ‘Economics of improved spatial distribution of herbicide for weed control in crops.’ Crop Protection, 11. pp 385 – 390.
Downer, R A; Ebert, T A; Thompson, R S; Hall, F R (1997): ‘Herbicide spray distribution, quality and efficacy interactions; conflicts in requirements .’Aspects of Applied Biology, 48. pp 79 – 89.
Enfalt, P; Engqvist, A; Alness, K (1997a): ‘Assessment of the dynamic spray distribution on a flat surface using image analysis.’ Aspects of Applied Biology, 48. pp 17 – 24.
Enfalt, P; Engqvist, A; Bentsson, P (1997b): ‘The influence of spray distribution and drop size on the dose response of herbicides.’Proc Brighton Crop Protection Conf – Weeds. pp 381 – 389.
Ford, M G and Salt, D W (1987): ‘The behavior of insecticide deposits and their transfer from plant to insect surfaces.’ In ‘Pesticides on plant surfaces. Critical reports in applied chemistry.’ Ed H Cottrell. John Wiley.
Hagenvall, H (1981): ‘Uneven spraying – effects on yield and weeds.’ Proc 22nd Swedish Weed Conf (Reports). pp 96 – 105.
Herbst, A; Wolf, P (2001): ‘Spray deposit distribution from agricultural boom sprayers in dynamic conditions.’ ASAE Meeting Paper 01 – 1054.
Holland, J M; Jepson, P C; Jones, E C; Turner, C (1997): ‘A comparison of spinning disc atomisers and flat fan pressure nozzles in terms of pesticide deposition and biological efficacy within cereal crops.’ Crop Protection, 16. pp 179 – 185.
Koch, H (1992): ‘Uber die Bedeutung von geratetechnisch determinierten and stochastisch ablaufenden Prozessen des Applikationsvorgangs für Dosierung und Veritelung von Pflanzenschuzmitteln.’ Gesunde Pflanzen, 44. pp 350 – 360.
Koch, H; Weisser, P (1996): ‘Dosierung und Applikationsqualitat bei Verwendung einer Laborspritzbahn in der Prufung von Pflanzenschutzmitteln.’Nachrichtenbl. Deut. Pflanzenschutzd, 48. pp 176 – 180.
Knott, L (1978): ‘Einfluss horizontaler Spritzgestangeschwankungen auf die Langsverteilung.’ Gesunde Pflanzen, 30. pp 42 – 48.
Krueger, H R; Reichard, D L (1985): ‘Effect of formulations and pressure on spray distribution across the swath with hydraulic nozzles .’Pesticide Formulations and Application Systems: Fourth Symposium. pp 113 – 121. ASTM.
Lloyd, G A; Bell, G J; Howarth, J A; Samuels, S W (1988): ‘Rotary atomisers: comparative spray drift study.’ MAFF.
Lund, I; Jensen, P K (2002): ‘Application technology for band spraying: Correlation between liquid band distribution and biological efficacy.’ Aspects of Applied Biology, 66. pp 107 – 114.
Murphy, S D; Miller, P C H; Parkin, C S (2000): ‘The effect of boom section and nozzle configuration on the risk of spray drift.’ Journal of Ag Engineering Research, 75. pp 120–137.
Nilars, M S (2002): ‘Some nozzle performance considerations when using wide booms at higher spraying speeds.’ Aspects of Applied Biology, 66. pp 95 – 106.
Nordbo, E; Taylor, W A (1991): ‘The effect of air assistance and spray quality (drop size) on the availability, uniformity and deposition of spray on contrasting targets.’ BCPC Mono 46. pp 113 – 124.
Nordbo, E (1992): ‘Effects of nozzle size, travel speed and air assistance on deposition on artificial vertical and horizontal targets in laboratory experiments.’ Crop Protection, 11. pp 272 – 278.
Ozkan, H E; Reichard, D L and Sweeney, J S (1992a): ‘Droplet size distribution across the fan patterns of new and worn nozzles.’ Trans of the ASAE, 35 (4). pp 1097 – 1102.
Ozkan, H E; Reichard, D L and Ackerman, K D (1992b): ‘Effect of orifice wear on spray patterns from fan nozzles.’ Trans of the ASAE, 35 (4). pp 1091 – 1096.
Richards, M D; Hislop, E C and Western, N M (1997): ‘Static and dynamic patternation of hydraulic pressure nozzles.’ Aspects of Applied Biology, 48. pp 201 – 208.
Richardson, R G; Combellack J. H and Andrews, L (1985): ‘Evaluation of a spray nozzle patternator.’ Crop Protection, 5. pp 8 – 11.
Richardson, B; Schou, W C and Kimberley, M O (2000): ‘Defining acceptable levels of spray deposit variation from aerial herbicide applications. ’ASAE Meeting Paper 00 –1054.
Ringel, R; Taylor, W A and Andersen, P G (1991): ‘Changing spray deposits from horizontal to vertical surfaces at ground level within cereal rows using air assistance. ’BCPC Mono 46. pp 297 – 298
Sehsah E.M.E. and S. Kleisinger (2009): Study of some parameters effect on spray uniformity distribution pattern. Misr J.Ag.Eng., 26 (1): -
Sehsah E.M.E. and S. Ganzelmeier (2010): Comparison study on Low Pressure EMTF Nozzles based on Droplets Size Characteristics, Misr J.Ag.Eng., 27 (2): -
Sinfort, C and Herbst, A (1996): ‘Evaluation of the quality of spray distribution from boom sprayers in practical conditions.’ EPPO Bull 26. pp 27 – 36.
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