灌溉定额的英文

• irrigation norm
• irrigation requirement
• water duty

• "灌溉"英文翻译    irrigate; irrigation; wateri ...
• "定额"英文翻译    quota; quantum; norm; allotm ...
• "灌溉" 英文翻译 :    irrigate; irrigation; watering 提水灌溉 irrigation by pumping; 节水灌溉 water-efficient irrigation; 由许多河流灌溉的土地 a land irrigated by many streams; 干旱地区需要灌溉才能使作物生长。 irrigation is needed to make crops grow in dry regions.; 灌溉标准 irrigation norm; 灌溉抽水站 irrigation pumping station; 灌溉地 irrigated land; 灌溉方法 irrigation method; 灌溉干渠 main irrigation canal; 灌溉工程 irrigation project; 灌溉机械 irrigation machinery; 灌溉技术 irrigation technique; 灌溉面积 irrigated area; 灌溉农业 irrigation farming; humid farming; 灌溉渠 feed ditch; channel for irrigation; irrigation canal; zanja; 灌溉设备 irrigation equipment; irrigation plant; 灌溉枢纽 irrigation junction; 灌溉土壤 irrigation soils; 灌溉网 irrigation network; 灌溉系统 irrigation system; 灌溉效益 irrigation benifit; 灌溉站 irrigation station; 灌溉装置 irrigation rig; water applicator
• "定额" 英文翻译 :    quota; quantum; norm; allotment standard 生产定额 production quota; 定额包工 fixing work according to quotas;contracting work quotas to; 定额包工制 quota contract system; 定额补贴 setting quotas for subsidies; 定额成本 norm cost; 定额抽样 quota sampling; 定额分配制 quota system; 定额负荷 rated load; 定额负载 normed liability; 定额工资 wages based on work quotas; 定额工资制 quota wage system; 定额工作 fixed quotas of work; 定额管理 giving workpoints on the basis of work quotas; system of fixed production quotas; norm management; control over work quotas; fix quotas to control production; 定额计酬 paying commune members on the basis of work quotas; paying remuneration according to quotas;payment on the basis of fixed quotas; 定额记工分 registering workpoints on the basis of standard quotas; 定额降低 derating; 定额津贴 flat rate allowance; 定额领料单 normed requisition; 定额流动资金 normed current fund; 定额饲养 restricted feeding; 定额温度 rated temperature; 定额制度 system of rating
• "灌溉坝" 英文翻译 :    anaicut; anicut; annicut
• "灌溉泵" 英文翻译 :    irrigation pump
• "灌溉场" 英文翻译 :    irrigation field
• "灌溉车" 英文翻译 :    irrigator
• "灌溉的" 英文翻译 :    irrigationiirgative; irrigative
• "灌溉地" 英文翻译 :    irrigated land; irrigating land; irrigation field
• "灌溉洞" 英文翻译 :    irrigation tunnel
• "灌溉阀" 英文翻译 :    irrigation valve
• "灌溉沟" 英文翻译 :    catch feeder; corrugation; feed ditch; irrigation ditch; irrigation furrow
• "灌溉管" 英文翻译 :    irrigation pipe
• "灌溉坏" 英文翻译 :    irrigation machinery
• "灌溉局" 英文翻译 :    bureau of reclamation
• "灌溉率" 英文翻译 :    dusty of water; duty of water
• "灌溉畦" 英文翻译 :    irrigation border
• "灌溉区" 英文翻译 :    ayacut; irrigated area; irrigation canal; irrigation district
• "灌溉渠" 英文翻译 :    absorption field trench; absorption trench; auwai; catchwork; channel for irrigation; feed canal; feed ditch; irrigation canals; irrigation channel; irrigation ditch; irrigationcanal; zanja
• "灌溉水" 英文翻译 :    irrigating water; irrigation water
• "灌溉塔" 英文翻译 :    irrigation tower
• "灌溉田" 英文翻译 :    sewage farming
• "灌溉网" 英文翻译 :    irrigating network; irrigation network; irrigation system
• "灌溉站" 英文翻译 :    irrigation station

• Irrigation quota can be calculated by irrigation water requirement per time and irrigation times
  灌溉定额由灌水定额及灌水次数决定。
• In the most ration of water supplying , yield of crop was enhanced when irrigation ration was increased no matter what planting pattern was applied
  无论哪种种植方式，在最大供水量的范围之内，灌溉定额大，作物的产量水平就高。
• Considering the water use efficiency , salt balance and crops water requirement as a whole , the suitable quota of salt water irrigation was 120 m3 / 667m2
  就水分利用率、年内盐分平衡以及作物需水规律综合考虑，小麦生育期适宜灌溉定额为120m3 / 667m “ 。
• Based on the data of tarim river basin , this paper combines experiential and academic methods to calculate the irrigation quota of representative crops , and develops relevant calculation system
  摘要利用塔里木河流域相关数据，采用经验与理论相结合的方法计算研究区代表作物的灌溉定额，并开发相应的计算系统。
• The grass irrigation system means that , under the certain condition of climate , soil and planting technology , supplying water in time , watering times and hours for higher output were guaranteed
  摘要牧草灌溉制度是指牧草在一定气候、土壤和栽培技术条件下，为保证饲草料种植地土壤水分的适时供给并获得稳产高产所确定的灌溉定额、灌水定额、灌水次数和灌水时间。
• The results showed that adi provided smaller stomata opening to reduce the useless luxury transpiration loss , the height of cotton under adi was restricted under low irrigation level , but not significant under high level
  结果表明，交替滴灌处理棉花叶片气孔开度减小，减少了奢侈的蒸腾损失，灌溉定额较小时根系分区交替滴灌对棉花的株高抑制作用较明显，灌水定额较大时限制作用不显著。
• Through calculation , the models are feasible . at last , measures and suggestions about water rights initial allocation are advanced , in aspect of evaluating and researching on amount of water resource , working out domestic water quota , irrigation quota and water use quota of different industries etc
  最后，本文从进行水资源量的评价调查，制定生活用水定额、农业灌溉定额、各行业生产用水定额等方面提出了水权初始分配的相关保障措施和政策建议。
• ( 2 ) aiming at the bigger irrigation quota of fall irrigation system and the complicacy of the salt movement in soil , the paper applies reservoir leaching model bring forwarded by w . h . van der molen to hetao irrigation district located in aridity area , and establishes salt leaching simulational model under the fall irrigation system . through calculating , the feasible fall irrigation quota is 100 - 120m2 / 667m2 in light salinization soil , and the feasible fall irrigation quota is 120 - 150 m2 / 667m2 in mild salinization soil . the model is reasonable and exact , and it can be researched deep
  ( 2 )针对在秋浇灌溉制度中秋浇定额较大，土壤中盐分运移规律复杂的特点，利用w ? h ? vandermolen提出的水库冲洗模型，建立了地处干旱地区的河套灌区区域内的秋浇制度盐分淋洗模拟模型。经计算在轻度盐渍化土壤中秋浇的灌溉定额以100 120m ~ 3 667m ~ 2为宜；中度盐渍化土壤秋浇的灌溉定额以120 150m ~ 3 667m ~ 2为宜，模型合理可靠，准确可行，可进一步向纵深方向进行研究。
• In this passage , author has studied the quota of irrigation that can make water used economically for various plants , if the irrigation quota can be lowered from 6795 m3 / a to 4500 m3 / a during the processes of irrigation , there will be a saving water amount of 3 . 386million m3 / a , in shiyang river basin . there is no doubt that we can open the second source of river water that can provide the possibility of transporting 300 million m3 / a water amount to lower reaches of the river . in this paper , there are some analysis and prospects for the future situation of supply and demand of water resources in 2010
  民勤水资源减少的主要原因是人为因素，如全流域人口增加、中上游耕地面积扩大，用水量增加，造成灌区重心上移；没有树立可持续发展观，在经济中搞短期行为；对石羊河流入民勤水量不断减少、地表水、地下水转化活跃、生态用水问题突出等方面进行了分析论证；对目前开发利用现状、供需状况进行了较为详细的计算和评价；通过对各种农作物节水灌溉定额的研究，若从现状灌溉定额6795m ~ 3 ha降低到4500m ~ 3 ha实施灌溉，石羊河流域将节水3 . 3867亿m ~ 3 ，这无疑于开辟了第二水源，提供了向下游调水3亿m ~ 3的可能性。
• At the same time , using the results of model , the paper provides the optimization irrigation quota and the aim of high yield and high benefit based on the principle that the net benefit of unit water is highestusing the model , we can reasonably distribute the irrigation water for spring - wheat during growing period on the condition of different irrigation quota . through evaluating the comparative yield by the model , the paper gains that the reduction of spring - wheat output is biggest when the irrigation quote is between 100 and 200 . the thesis also gains that the corresponding economic irrigation quota is 170 - 120m3 / 667m2 . above results can provide scientific reference for irrigation water optimization distribution for crops in the individual irrigation area and the programming of irrigation district
  在现有的生产条件下，可以利用模型在不同的灌溉定额下对春小麦生育期灌水进行合理的分配，并可以利用模型进行作物相对产量的评估，得出当灌溉定额在100 m 200范围内时，春小麦的产量下降幅度较大，最后得出相应的经济灌溉定额为170 120m ~ 3 667m ~ 2 ，为今后河套灌区各灌域多作物灌溉水量最优分配以及灌区的规划设计方面提供了科学参考依据。