Journal of Physics Conference Series · 2019 · 15 citations · 1 references
AgricultureAgricultural EngineeringAgronomyIrrigation EngineeringIrrigation ManagementSoil-water RelationsIrrigated Cropping SystemsIrrigationIrrigation ControlIrrigation For EstablishmentIrrigation SystemsWater InfiltrationFluid InfiltrationFurrow IrrigationInfiltrationInfiltration In IrrigationInfiltration ModelingIrrigation AmountIrrigation System ModelingMineral Fertilizers
Abstract This article discusses the mathematical model of furrow irrigation to establish irrigation rates when watering cotton through a screen from an interpolyme complex (IPC) with the addition of mineral fertilizers. By the change in “I” when watering cotton through a surface screen from IPC with the addition of mineral equations, we can say that physically the effect of the screen will affect the amount and rate of infiltration «I» and “ ϑ I ”, other relations do not change. In the case of placing the screen in the form of a thin film (as experiments show), soil infiltration decreases by approximately 3-3.5 times.
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Darryl Macer · Books in soils, plants, and the environment · 1997 · 44 citations