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首页> 外文期刊>Pollution research >DESIGN OF DRIP IRRIGATION SYSTEM IN STRAWBERRY PLANT (FRAGARIA SP): CASE STUDY IN PANDANREJO VILLAGE, BUMIAJI SUB-DISTRICT, BATU CITY
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DESIGN OF DRIP IRRIGATION SYSTEM IN STRAWBERRY PLANT (FRAGARIA SP): CASE STUDY IN PANDANREJO VILLAGE, BUMIAJI SUB-DISTRICT, BATU CITY

机译:草莓植物滴灌系统设计(Fragaria SP):Bandanrejo村,Bumiaji Sub区,Batu City案例研究

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摘要

The engineering and technological innovation of drip irrigation systems is a very important development for farmers. Increasing the quality and quantity to achieve export products in agriculture, especially in horticultural products can be achieved through this innovation. Through this innovation, it is expected to increase regional income, and bring many multiplier effects, for example improving quality, the stability of market prices to the welfare of farmers. Application of drip irrigation systems are in Pandanrejo Village, Bumiaji Sub-Distric, Batu City. Based on this research, that was tested five influence consists of average of the emitter output, head losses, coefficient uniformity, variation in debit emitter, flow variations in the emitter. Drip irrigation system is suitable for plants such as strawberry plants. The results in this research are an average emitter output of L2 is 1.768 lt/hr and the lowest value is L3 with average emitter output 1.704 lt/hr, average head losses of L3 more higher than L2 and L1, the highest value of coefficient uniformity produced by L2, The value of average coefficient variation L3 0.250 and the lowest average is L2 with the value of average coefficient variation 0.180, P3 has higher more than P2 and P1. Increased pressure make flow variation value increased.
机译:滴灌系统的工程和技术创新是农民的一个非常重要的发展。提高达到农业出口产品的质量和数量,特别是在园艺产品中可以通过这一创新实现。通过这一创新,预计将增加区域收入,并带来许多乘数效应,例如提高质量,市场价格稳定对农民的福利。滴灌系统的应用在Pandanrejo Village,Bumiaji Sub Station,Batu City。基于这项研究,测试了五个影响,由发射器输出的平均值,头部损耗,系数均匀性,借方发射器的变化,发射器的流动变化。滴灌系统适用于草莓植物等植物。该研究的结果是L2的平均发射器输出为1.768 LT / HR,最低值为L3,平均发射器输出1.704 LT / HR,L3的平均头部损耗更高,均匀的均匀性最高值由L2产生,平均系数变化L3 0.250的值和最低平均值为L2,其值平均系数变化0.180,P3具有高于P2和P1。增加压力使流动变化值增加。

著录项

  • 来源
    《Pollution research》 |2020年第2期|322-326|共5页
  • 作者

    BAMBANG SUHARTO; IFA FAJARIKA;

  • 作者单位

    Lecture of Environmental Engineering Study Program Faculty of Agricultural Technology Brawijaya University Veteran Street Malang 65145 Indonesia;

    Agricultural Engineering Master Program - Department of Agricultural Engineering Faculty of Agricultural Technology - Brawijaya University Veteran Street - Malang 65145 Indonesia;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    Drip irrigation; Engineering and Technology; Strawberry plant;

    机译:滴灌;工程与技术;草莓植物;

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