1) Branch canal of irrigation area
灌区支渠
2) canals and wells irrigation district
渠井灌区
1.
In order to make the decision adjusted to the practice, this paper presents new fuzzy theory for sequential decision for irrigation mode in canals and wells irrigation district; this theory can help rational using the limited water resources.
为使渠井灌区地表、地下水联合调度决策与实际结合更紧密,合理利用水资源,建立了灌溉序贯多指标模糊决策理论,提出考虑时段指标变权重的渠井灌区灌溉方式选择的多指标模糊关系优选模型,并进一步提出确定多指标变权重的主客观结合法。
4) canal irrigated region
渠灌类型区
1.
Present situation and countermeasures of developing saving water irrigation in canal irrigated region;
渠灌类型区节水灌溉发展的现状及对策
5) Nanyang canal irrigation area
南阳渠灌区
1.
With the Nanyang canal irrigation area as an example, a reasonable scheme for water resourc.
针对西北干旱半干旱地区日益严重的水资源短缺和生态环境问题,以系统分析的思想为基础,建立了面向生态和节水的灌区水资源优化配置序列模型系统,提出了综合考虑节水、水权、生态环境等因素的多目标多情景模拟计算方法,并以南阳渠灌区为例,得出了比较合理的水资源优化配置方案。
6) Jinghuiqu irrigation district
泾惠渠灌区
1.
Impact of Climate and Discharge Change on Sustainable Development in Jinghuiqu Irrigation District and Countermeasures
气候与径流变化对泾惠渠灌区可持续发展的影响与对策研究
2.
Jinghuiqu Irrigation District are locats in the central of the Guanzhong plain.
泾惠渠灌区地处关中平原中部,是一个引泾河水自流灌溉的大型灌区。
补充资料：支渠
1.灌溉系统中，从干渠引水到斗渠的渠道。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条