Experimental study on the effects of pressure loss on uniformity, application rate and velocity on different working conditions using the dynamic fluidic sprinkler von Zhu, Xingye, Fordjour, Alexander, Agyen Dwomoh, Frank, Kwame Lewballah, Joseph, Anim Ofosu, Samuel, Liu, Junping, Dai, Xiu, Oteng, James

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Hydraulic performance assessment on dynamic fluidic and complete fluidic sprinklers under indoor and outdoor conditions von Zhu, Xingye, Konng, Jing, Fordjour, Alexander, Lewballah, Joseph Kwame, Dwomoh, Frank Agyen, Ofosu, Samuel Anim, Liu, Junping

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Experimental study on t he effects of pressure loss on uniformity, application rate and velocity on different working conditions using the dynamic fluidic sprinkler von Zhu, Xingye, Fordjour, Alexander, Agyen Dwomoh, Frank, Kwame Lewballah, Joseph, Anim Ofosu, Samuel, Liu, Junping, Dai, Xiu, Oteng, James

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Modelling of Water Drop Movement and Distribution in No Wind and Windy Conditions for Different Nozzle Sizes von Zhu, Xingye, Lewballah, Joseph, Fordjour, Alexander, Jiang, Xiaoping, Liu, Junping, Ofosu, Samuel, Dwomoh, Frank

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