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首页> 外文期刊>Ecology, Environment and Conservation >The potential use of mobile drag hoses with boom irrigation machines
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The potential use of mobile drag hoses with boom irrigation machines

机译:动臂式牵引软管在动臂灌溉机上的潜在用途

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The boom sprinkler irrigation machine was modified to boom irrigation machine with drag hoses. The theory depends on replacing the sprayers by polyethylene hoses. The main aims of this research are to investigate the performance of boom sprinkler machine vs. boom machine with drag hoses. For this reason, laboratory experiments were carried out at Federal Research Institute for Rural Areas, Forestry and Fisheries, Johann Heinrich von Thiinen Institute, Germany to define the suitable diameter of orifices on the hose. The water discharge from drag hoses was measured at different levels of pressure. Metal plate with hole diameter of 4 mm was installed at the inlet of hose. After that, held experiments were conducted for comparing the performance of bothboom sprinkler machine before modification and after modification. The suitable operating pressure at the inlet of hose was ranged between 0.2 to 0.3 bar. The average depth of applied water was about 13 mm and the highest value of it was measured directly under the drag hoses. The results indicated that, using the boom machine with drag hoses can be an alternative to the use of boom systems in some crops and topographical conditions. The water losses could be minimized with this system. The boom with drag hoses has very important advantages in comparison to nozzle boom or sprinkler machines. As a conclusion, the boom machine with drag hoses is suitable for using to improve the water relations and energy saving.
机译:动臂喷灌机被改为具有拖水软管的动臂喷灌机。该理论取决于用聚乙烯软管代替喷雾器。这项研究的主要目的是研究动臂喷水机与带牵引软管的动臂机的性能。因此,在德国约翰·海因里希·冯·蒂嫩研究院的联邦农村,林业和渔业研究所进行了实验室实验,以确定软管上合适的孔口直径。在不同的压力水平下测量了牵引软管的出水量。软管入口处安装了孔径为4 mm的金属板。之后,进行了保持性实验,比较了两种动臂喷水机在改造前和改造后的性能。软管入口处的合适工作压力在0.2至0.3 bar之间。施加的水的平均深度约为13毫米,其最高值直接在牵引软管下测量。结果表明,在某些农作物和地形条件下,将动臂机与牵引软管一起使用可以替代动臂系统。用该系统可以使水的损失最小化。与喷嘴动臂或洒水机相比,带有牵引软管的动臂具有非常重要的优势。总之,带有牵引软管的动臂机械适合用于改善水关系和节能。

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