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首页> 外文期刊>The Madras Agricultural Journal >Surge irrigation studies in maize (ii) water front advance in relation to geometry and T on - off timings
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Surge irrigation studies in maize (ii) water front advance in relation to geometry and T on - off timings

机译:玉米的浪涌灌溉研究(ii)与几何形状和T开关定时有关的水锋

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摘要

Water front advance in relation to crop geometry T on-off timing under continuous and surge flow was studied in Tamil Nadu Agricultural University. The soil was sandy clay loam. The slope was 0.5 per cent. Cost free surge layout was adopted using inlet pipes (50 X 7.5 cm) and manually operated. Water front advance took more time for continuous irrigation as compared to surge flow. Among the crop geometry, water front advance was faster under double row as compared to single row. Out of three T on-off timings there was not much difference in water front advance between 10 and 15 minutes. Water front advance was faster in 20 minutes. Surge irrigation in maize with single crop row geometry and T on-off timings of 10-15 with a flow rate 1.5 lps is optimum from the point of view of water front advance.
机译:在泰米尔纳德邦农业大学研究了连续流和浪涌流下与作物几何形状T开-关时间有关的水锋提前量。土壤是沙质壤土。斜率为0.5%。使用进水管(50 X 7.5厘米)采用无成本的调压布局,并手动操作。与浪涌流量相比,水位超前需要持续灌溉的时间更长。在农作物的几何形状中,与单行相比,双行下的水锋前进更快。在三个T开-关时间中,在10到15分钟之间水位前进的差异不大。水边前进在20分钟内更快。从水位超前的角度来看,单粒行几何,T开关定时为10-15,流量为1.5 lps的玉米的潮灌是最佳的。

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