irrigation solution 中文意思是什麼

irrigation solution 解釋
灌洗液
  • irrigation : n. 1. 灌溉;水利。2. 【醫學】沖洗(法),〈pl. 〉沖注洗劑。adj. -al ,-ist n. 灌溉者,水利專家。
  • solution : n. 1. 溶解;溶液,溶體,溶劑。2. (補輪胎用的)橡膠水;〈美國〉藥水。3. 解決,解答 (of; for; to); 解釋;(數學等的)解法,解式。4. 免除,解除。5. 【醫學】消散,消退。
  1. Method of use : first dissolve the irrigation in solution as per the specified proportion, then push the irrigating nozzle to the focus, and place the absorbing tube into the solution bottle ; hold the air cell and pinch it repeatedly to wash the focus area with the solution passing through the nozzle

    使用方法:先將沖洗劑按規定比例化成溶液,沖洗咀推入患處,吸液管放入存放溶液的容器中,手握氣囊反復捏擠,沖洗液即可通過沖洗咀沖洗患處
  2. Its scope of business covers fields such as pleasure garden, agriculture, golf and waterscape engineering and it has the ability to provide its customers with one - stop integrated solution for irrigation and waterscape system and turn - key project

    主要從事灌溉與水景設備的生產、銷售、工程承包以及灌溉水景系統的設計、技術咨詢和培訓,業務范圍涉及園林、農業、高爾夫、水景工程等領域,能為用戶提供灌溉與水景系統一站式整體解決方案及交鑰匙工程。
  3. It consists of an agitator tank and an injector pump that siphons off the saturated solution and introduces it into the irrigation line

    這種注射器由一個攪拌容器和一個用於虹吸飽和溶液並注入灌溉系統中的注射泵組成。
  4. An empirical solution of characteristic values of wetted solum under surface drip irrigation

    地表滴灌土壤濕潤體特徵值的經驗解
  5. On the point of system, this paper mainly studies the optimal distribution of load in the machines of irrigation and drainage pumping station, the mathematical model and it ' s solution are studied among the machines in pumping station with two types of axial pump : full regulation or semi - regulation. this paper also studies the problems of the optimal day - operation of pumping station and the economical operation of grading pumping station. at the end, jiangdu pumping station is taken as a practical example to show the theory on economical operation of irrigation and drainage pumping station

    本文從系統的觀點出發,以排灌站機組間負荷的優化分配研究為主,分別對全調節和半調節軸流泵兩種泵型的排灌站機組間負荷優化分配的數學模型及其求解方法進行了研究,同時對排灌站最優日運行方式及梯級泵站的經濟運行也進行了初步探索,最後以江都排灌站為例,建立了排灌站經濟運行的實用模型。
  6. It can reflect soil water stress and salt stress. ( 6 ) choosing soil solution relative concentration as suitable variable established a funct - ion about crop relative yield, soil water and salt. using the way of testing model with actual data to valid its higher precision, it can reflect the relationship of crop yield, soil water and salt, and be considered as reference in water saving irrigation management

    ( 6 )選取試驗條件下的適宜自變量-土壤溶液相對濃度建立作物相對產量與土壤水分鹽分水鹽響應模型,通過實測資料檢驗確認模型具有較高的精度,可以較準確地揭示作物產量與土壤水分鹽分的量化關系,為含鹽土壤的節水灌溉研究提供了一定的基礎研究,可供灌溉規劃管理參考。
  7. Rather, the solution would be promote production structure changes among regions or implement inter - basin water transfer projects on the basis of upgrading the efficiency of utilizing irrigation water

    解決的辦法還在提高灌溉用水效率的基礎上,對農業生產進行合理的區域布局或是分批分期地實施跨流域調水工程。
  8. Application amp; amp; solution of jensen model in unsufficient irrigation schedule

    模型的求解與應用
  9. We use time domain reflectometry ( tdr ) to simultaneously estimate volumetric soil water content, soil solution electrical conductivity, and soil nitrate concentrations in combination with porous ceramic cup solution samplers to follow no3 - n transport in soil exposed to different irrigation, fertilizer quota and temperature. the experiment was conducted with nondestructive soil colums

    本研究中以原狀土為研究對象,利用時域反射技術隨時測定土壤含水量和電導率的特點結合多孔陶瓷杯抽濾技術,研究在不同灌水、施肥和溫度下硝態氮的變化。
  10. Based on the fundamental theory of dynamics of soil moisture and the condition of water storage pit irrigation, numerical modeling of soil moisture movement of single water storage pit in heterogeneous soil is established. adi ( alternating direction implicit method ) and gauess - seidel iterative method are used to solve it. by using the simulated value of modeling, the relation of water injection volume and maximum horizental distance of moisture frontal are concluded. according to the relation, interval of pits are derived. then, after analyzing the infiltration characteristic of soil moisture under the condition of interference infiltration in multi storage pit, numerical modeling of soil moisture movement of multi water storage pit in heterogeneous soil is established, and its numerical solution is also acquired

    利用adi (交替方向隱式差分法)結合gauess ? seidel迭代法對模型進行數值求解。利用模型的計算結果得出了單坑注水量與濕潤鋒最大水平推進距離之間的關系,並據此確定了坑距。在此基礎上,通過對多坑干擾入滲條件下土壤水分入滲特性進行分析,太原理工大學碩士研究生學位論文建立了蓄水多坑非均質土壤水分運動數學模型,並對其進行數值求解。
  11. It showed that the simulated value are in accordance with the experimental value by contrast of them. it indicates that the numerical modeling can reflect the status of soil moisture movement under the condition of water storage pit irrigation, and its method of solution is feasible

    3 .將計算結果與實測結果進行對比,可以看出兩者有較好的一致性。說明所建立的數學模型能夠反映蓄水坑灌條件下的土壤水分運動狀況,其數值求解方法也是可行的。
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