1)  thrift lock
节水船闸
2)  storage thrift lock
节水船闸
3)  water conservation
节水
1.
Process system engineering methods for water conservation;
节水减排的过程系统工程方法
2.
The shower facilities in press section of high speed paper machine and water conservation technology;
高速纸机压榨部喷淋设备与节水技术
4)  saving water
节水
1.
Experiment of saving water and reforming scheme of the circulating cooling water system;
循环冷却水系统节水试验及改造方案
2.
Analyzing the important problems appeared from the course of saving water in Jinnan borough;
浅析津南区节水过程中存在的主要问题
3.
Engineering benefit analyses on the construction of attach ment set and saving water transformation in Pishihang Irrigation Area;
淠史杭灌区续建配套和节水改造工程效益分析
5)  water-saving
节水
1.
Discussion on water-saving and design of water supply for fire control;
浅议节水与消防供水设计
2.
Discussion about water-saving measures on College building;
高等学校建筑节水技术措施探讨
3.
Research on a Wide Pinping Water-saving Siphonic W.C.Pan;
一种粗管径虹吸式节水坐便器的研制
6)  Save water
节水
1.
In order to assure generation units steady operation must optimize the link of purifying water : adopt best ways of mud discharge by D100M radial flow precipitation tank , D29M mechanical agitation settling pond to save water.
2003年黄河断流量为往年的50%左右,水资源日趋匮乏,为确保大坝电厂机组的稳发、满发,必须在净水环节上下功夫,即采用直径为100m的幅流式沉淀池和直径为29m的机械加速澄清池最优排泥方式,达到节水的目的。
2.
Especially it is the reasonable estimate of the new increase water supply gain by measure of excavation water supply capability to the existence engineering, save water, circle using of regeneration water, optimize collocate to water supply, and it has active signification to enhance the manage of water resource.
尤其是现有工程供水能力挖潜、节水、再生水回用、供水优化配置等措施获得新增可供水量的合理评价,对加强水资源管理和供水能力建设具有积极的意义。
3.
The results indicated that subsoil irrigation could save water and prevent waterlogging and that it could increase soil porosity and soil nutrient content.
对金水梨树进行工程渗灌和的漫灌对比试验结果表明 :工程渗灌能节水并可防涝 ,可增加土壤孔隙度 ,提高土壤养分含量 ,增加吸收根数量 ,促进树体的生长发
7)  water saving
节水
1.
Water enviromental impact and water saving countermeasures in Zhongzhou Branch;
中州分公司水环境影响与节水对策
2.
Application of industrial circulating water saving technology;
工业循环冷却水节水成套技术的应用
8)  water-saving effects
节水效果
1.
Next,an evaluation of promoting production and water-saving effects are given of each irrigation methods.
用温室小区栽培番茄的试验方法,研究渗灌、滴灌、沟灌及其灌水技术参数与番茄生育期内耗水量及产量的累积状况,对每一灌溉方法的增产和节水效果进行评价;由于这一温室小区试验是在以相同方案、于同一地块上连续8年进行节水灌溉试验研究基础上完成的,因此,通过测定土壤水吸力变化、水分利用效率并比较其在灌水处理间的异同,探讨了不同灌溉方法在保护地应用的番茄需水特点。
9)  water-saving technology
节水技术
1.
Construction of water engineering and water-saving technology system of Ningxia;
宁夏节水型社会水工程及节水技术体系建设
2.
Establishment of water-saving society in Haihe River Basin and utilization of foreign water-saving technology;
海河流域节水型社会建设与国外节水技术借鉴
3.
In order to push the application of water-saving technology,this paper analyzes five kinds of water-saving technologies which used in public toilet in Beijing contrastively.
为了推进节水公厕技术的应用,对北京市在公厕改建中,采用的五种节水技术进行比较分析。
10)  industry water saving
工业节水
1.
According to the pollutants indexes of several drain arteries,the potential of industry water saving is explained.
从昆明钢铁公司的几个排水干道的污染物指标分析说明工业节水的潜力。
2.
The principal goal of the transferring water projects from south to north China is to supply water requirement of cities Most of the water supply is for industry utilization that is approximately 656 percent of city water utilization in the received area Therefore, it is very important to analyze industry water saving in the received areas.
遵照朱基总理关于南水北调工程"先节水后调水"的指示,开展受水区工业节水的分析工作意义重大。
补充资料:节水耐寒易养护的佛甲草
    佛甲草属景天科景天属多年生草本,原产我国东北,生长于山坡或岩石上。它生命力强,耐旱,极
    易栽种。茎匍匐,覆盖地面,碧绿的小叶宛如翡翠,整齐美观,既可作为盆栽欣赏,也可作为露天观赏地
    被栽植。
    佛甲草株高20至25厘米,茎纤细而光滑,肉质多汁,柔软,匍匐生长,着地部分节节生根。叶三片轮生,长圆形,翠绿有光泽。春夏季开黄色小花,聚伞花序,花瓣5枚,雄蕊10枚。
    佛甲草适应性极强,不择土壤,喜湿润,怕涝,耐寒力极强。在我国北方栽培,严寒期即使地上部茎叶冻枯,翌年土壤一解冻就能萌发新芽,茁壮生长,早春即能覆盖地面。在长江以南地区栽种,一年四季郁郁葱葱,翠绿晶莹,十分惹人喜爱。
    佛甲草的繁殖主要采用扦插方法。由于茎节着地生根,故繁殖很容易。春夏季将茎叶切成6至7厘米长的小段,撒在已耕耙整平的地面上,再用三齿耙在土壤表面轻轻锄几下,使茎节呈半掩埋状态植入土壤,然后喷两遍水,保持土壤湿润,约一周左右即生根。佛甲草的扦插繁殖系数为1:20,即生长良好的1平方米佛甲草可扩繁20平方米。
    佛甲草是优良的地被植物,它不仅生长快,扩展能力强,而且根系纵横交错,与土壤紧密结合,能防止表土被雨水冲刷,故作为护坡草更为适宜。此外,它的耐阴能力也较为突出,在园林绿地中可以与乔木、花灌木等配置在一起,在荫蔽度70%以上的树丛下仍然生长良好。
    近年来,园林部门把佛甲草作为屋顶绿化植物,具有理想的效果。佛甲草种植在屋顶上,可以生长在较薄的基质上(3至5厘米厚),而且能抗高温。夏天屋顶温度高达60℃,它也能承受,基本不用浇水。而在冬季寒冷的北方,严寒时基质冻结。佛甲草呈休眠状态。开春后气温回升,很快又能萌发,恢复生机。佛甲草长成后无需修剪,很少有病虫害,自然成型,四季常绿。(源自《中国花卉报》2004.10.26)
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