maximum water中文是什么意思

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中文翻譯
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油井固井中最高水灰比

maximum n. (pl. maximums, -ma ) 極點，最 ...
water n. 1.水；雨水；露；〔常作 pl. 〕礦泉，溫泉； ...
maximum available water 土內最大效含水量
maximum capillary water capacity 最大毛管持水量
maximum daily consumption of water 最大日用水量; 最高日用水量
maximum duty of water 最大灌溉率; 最大灌水定額
maximum high water 最高高水位
maximum high water neaps 小潮最高潮位
maximum high water springs 大潮最高潮位
maximum high-water 最高水位
maximum hourly water consumption 最大時用水量
maximum molecular water capacity 最大分子持水量
maximum molecular water content 最大分子吸水量
maximum operationg water depth 最大工作（水）深度; 最大工作深度; 最大工作壓差
maximum water capacity 最大含水量; 最大含水容量
maximum water consumption 最大耗水量; 最大用水量; 最高耗水量
maximum water holding capacity 土壤最大持水量; 最大保水量; 最大持水量
maximum water level 最高水位; 最高壅水位
maximum water need 最大需水量
maximum water stage 最高水位
maximum water surface elevation 最高水位
maximum water vapor tension 最大水汽張力
maximum water vapour tension 最大水汽張力
maximum water-holding capacity 最大持水量
probable maximum water level 概率最高水位

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例句與用法

The maximum water - tight grade can be up to p40
適用于薄壁結構和灌注樁混凝土施工。
For a single jet plunging into a cushion pool , a method of calculating depth of the pool is introduced according to the maximum water pressure on the pool bottom and the jet theory ; 7
對于單股水舌入射水墊塘的情況，以射流理論為依據(jù)，建立了以水墊塘底板上所受動水壓力為控制參數(shù)的水墊塘深度的計算方法； 7
( 4 ) the maximum water quantity becomes greater , the better is the filtering bed permeability , the higher the river hydraulic conductance , the higher the river level , the larger the water - collecting area and the bigger the distance between collecting pipes . the water quantity varies directly with drawdown
( 4 )濾床的滲透性能越好，河床水力傳導系數(shù)越高，河水水位越高，取水面積越大，取水管之間的間距越大，則最大取水量越大；水位降深與取水量成正比關系。
Article 9 in order to verify the functioning of an enterprise ? s wastewater , sewage and sludge treatment facilities , competent authorities at all levels shall , when performing inspection work pursuant to article 26 , paragraph 1 , subparagraph 1 of this act , notify the enterprise 14 days prior to the inspection to , on the day of inspection , increase its production to conditions of reported or already actually achieved routine maximum water pollution output volumes and to operate its wastewater , sewage and sludge treatment facilities in order to facilitate inspection
第9條各級主管機關，依本法第二十六條第一項第一款規(guī)定檢查時，為查證事業(yè)廢（污）水或污泥處理設施之操作功能，應于檢查十四日前，通知事業(yè)于檢查當日，將其生產提高至申報或實際已達之經常最大水污染產生量之狀態(tài)下，操作廢（污）水或污泥處理設施，以供檢查。
( 5 ) the maximum water level risen by the enclose tideland cultivation around the reservoir is 0 . 66m , the responding quality is 2000mvs , which heavily effect the environment around the reservoir . the reservoir " s water level is risen because cross section and flood canal become narrow , which caused by building dam , this makes groundwater unsmooth , drainage , even flow from a lower to a higher space and soil salinized
66m ，且為2000m ’兒的常年洪水，對庫區(qū)周邊環(huán)境的影響較大，因打壩筑堤縮小過水斷面和行洪通道造成水庫水位進一步抬升，致使庫區(qū)周邊灌區(qū)地下水排水不暢，乃至倒灌，型成士地鹽堿化。
In this paper , a set of medium - and - long - range hydrologic forecast models were established for predicting water regime in shanghai , including three hydrological series , annual rainfall and rainfall during flood season for one representative station and annual maximum water tide level at huang - pu park . the prediction models includes two parts . one is quantitative ones which are mainly studied in the paper , including ar ( p ) , gm ( l , l ) , modified gm ( 1 , 1 ) and threshold ar modeling ; the other is markov chain qualitative modeling
研究分兩個方面，一是定量預測，是本論文的主要研究內容，共建立了四個預測模型，分別是ar ( p )模型、 gm ( 1 ， 1 )模型、改進gm ( 1 ， 1 )模型及tar模型；其二是建立了馬爾柯夫定性預測模型，給出分級預測結果。
The model combines simulation method and optimization method to regional water supply and utility system , analyzing long series water supply and demand system with the object of the annual maximum water supply , counting water shortage capacity and its distributing probability , describing water shortage risk with risk character indexes . 4 . when the water shortage risk is calculated , the input and output macro - economic model of water resource is employed to evaluate economic losses due to water shortage
該模型綜合模擬方法和優(yōu)化方法的優(yōu)點，在對區(qū)域供用水系統(tǒng)進行模擬的同時，采用年最大供水量為目標函數(shù)對水資源系統(tǒng)進行長系列的供需分析，然后統(tǒng)計區(qū)域水資源系統(tǒng)的缺水量及其概率分布，同時用水資源系統(tǒng)的風險性能指標對水資源短缺風險進行描述。