1) ratio of drainage to irrigation
排灌比
1.
Taking Weigan River Irrigation District as a case and utilizing the monitoring data of many years, the ratio of drainage to irrigation was calculated based on hydro-salinity balance principle and its influencing factors were discussed profoundly.
该文以新疆渭干河灌区为例,利用多年的水盐监测资料,采用水盐平衡方法,确定了渭干河灌区的临界排灌比为9。
2) ratio of irrigation to drainage
灌排比
1.
The factors of affecting critical ratio of irrigation to drainage and the method of determining critical ratio of irrigation to drainage are also discussed profoundly.
根据灌区盐量平衡原理 ,采用实际监测资料 ,对渭干河及其所属的库车、沙雅、新和县平原绿洲灌区进行盐均衡分析 ,深入探讨了临界灌排比的影响因素及其确定方法。
3) irrigation and drainage
排灌
1.
Based on 7 Harbin middle,small model irrigation and drainage electric station as a research and analysis basic.
以对哈尔滨地区的7座中小型排灌电力泵站调研分析为基础,从新仁泵站的现状出发,通过总结该站目前存在的不足,提出了相应的节能技术改造措施,着重解决了该泵站在电气方面存在的突出问题,并对改造后的经济效益做出评估。
4) water irrigation and drainage
灌排
1.
Technology for restoration and treatment of water irrigation and drainage system in dynamic subsidence area of Zhangji Mine;
张集矿动态沉陷区灌排系统恢复治理技术
5) irrigation and drainage
灌溉排水
1.
Considering the current status of irrigation and drainage systems in China,the W.
结合我国灌溉排水系统的实际情况对该系统进行了改造,并在广西桂林开展了试验研究。
6) shaft irrigation and drainage
竖井排灌
1.
The shaft irrigation and drainage project in Aksu area of Wushi County,Xinjiang is a newly-built project in the Aksu River basin according to The Short-Range Comprehensive Planning Report in the Ta Limu River and Implementing Scheme of Water-Saving and Innovation Works in the Aksu River Basin Irrigated Area in Five Years,which have been approved by the State Council of China.
新疆阿克苏地区乌什县依麻木竖井排灌工程是根据国务院批准的《塔里木河近期综合规划报告》、《阿克苏河流域灌区节水改造工程五年实施方案》中提出的在阿克苏河流域内新建的竖井排灌工程项目。
2.
A certain shaft irrigation and drainage project in Xinjiang has such characteristics:groundwater embedding shallow,strongly evaporating,soil salinization,and the exceeding imbalance between the seasonal rain and the demand of development of agriculture and stock raising.
竖井排灌具有降低地下水位减少蒸发量、土壤脱盐、淡化地下水及地下水灌溉等重要作用,在我国北方干旱地区应用十分广泛。
3.
Based on the systematic analysis of controlling factors in soil salinization, the synthetic effect of shaft irrigation and drainage is discussed in detail,and furthermore, the optimum modal for saline-sodic s.
本文在系统分析土壤盐渍化的控制因素的基础上 ,论述了竖井排灌的作用和综合效应 ,并提出土壤改良的最优化模式。
补充资料：比昂斯滕·比昂松
比昂斯滕·比昂松
比昂斯滕·比昂松（1832～1910）挪威戏剧家、诗人、小说家。主要作品有剧作《皇帝》、《挑战的手套》，诗集《诗与歌》等。1903年作品《挑战的手套》获诺贝尔文学奖 。获奖理由： “他以诗人鲜活的灵感和难得的赤子之心，把作品写得雍容、华丽而又缤纷”。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。