earth reservoir 中文意思是什麼

earth reservoir 解釋
土質水庫
  • earth : n 1 〈常E 〉 地球。2 大地,陸地,地面,地上。3 土壤,土。4 【化學】土類;泥。5 世界人類;人的軀體...
  • reservoir : n. 1. 貯藏所;貯氣筒;貯水池,水庫;貯水槽,水槽;貯存器;貯油器,油筒,油箱;貯墨管;【解剖學】貯液囊。2. (知識、精力等的)貯藏,蓄積。vt. 貯藏;在…設貯藏所[貯水槽]。
  1. Calculation of water surface profile for earth dam with core wall during level fall of reservoir

    水庫水位降落期心墻土壩水面線計算
  2. Baf has many advantages, such as small volume, little covering earth and hydraulic retention time ( hrt ), high treatment efficiency and effluent water quality, low investment and running cost etc. baf has been used widely for many years in the world and been used to treat several wastewater in our country. in this paper, baf was studied on guanting reservoir water source treatment with pilot scale and homemade expanded clay as filtration media

    曝氣生物濾池( biologicalaeratedfilter ,簡稱baf ,或biologicalfiltrationoxidizationreactor ,簡稱biofor )工藝具有體積小、容積負荷高、水力負荷大、水力停留時間短、所需基建投資少、處理出水水質好等特點,國外已廣泛應用,國內也在多個行業的水處理中成功應用。
  3. In lights of the calculation of stress field of water pressure, the stress caused by water is utterly small in contrast to earth stress field, so it cannot directly induce large reservoir

    通過對水壓應力場的分析發現,水體靜載引起的應力場相對于大地應力場來說微不足道,它不可能直接誘發較大的水庫地震。
  4. Hydrometeorology is concerned with the study of these atmospheric processes which affect the water resources of the earth and which are of interest to the meteorologist and the hydrological engineer. measurements of rainfall and water loss as a result of evaporation are essential for various applications in connection with water resources planning, drainage design, water quality control, reservoir design and operation, irrigation as well as hydrological forecasting and flood control

    水文氣象的研究范圍包括所有影響地球水利資源而氣象學家和水文工程師又有共同興趣的大氣過程。量度雨量及因蒸發作用而引致水的損耗非常重要,所得結果可以應用於水利資源策劃、排水系統設計、水質控制、水塘設計和管理、灌溉、水文預報及防洪等。
  5. A lot of results are made from calculating of case for geothermal reservoir property of earth energy within 200 2000 ( m. ) , it is helpful to analysis influence of permeability coefficient, kinematic viscosity and thermal diffusion coefficient of soils and rocks on heat transfer performance

    在地表熱能熱儲物性為200 - 2000 ( m . )的范圍內進行的理論計算,得到了許多重要結果,為分析巖土層滲透系數、流體運動粘度和導溫系數等對傳熱量的影響打下了良好基礎。
  6. " field observation of high rock - fill dams and feedback data analysis " and " dynamic analysis of high earth and rock - fill dams and aseismatic measures ", the concepts and methods obtained in the above two consulting items were creative and evaluated by the ministry of electric power as being of international level. the research findings were adopted in such large - scale projects as the tianshengqiao water contral project, ming tombs water control project. dahe water contral project, ming tombs water control project, dahe water control project and lianhua water control project and awarded the second prize of scientific and technical advancement of the ministry of electric power. ( 2 ) the research on the stress - strain correlation of dam construction materials was awarded the second prize of scientific and technical advancement of the ministry of electric power. ( 3 ) the result of the field observation test and computational analysis for the tailing dam improvement project of xuzhou power plant was adopted by the east - china design institute of electric engineering with considerable economic benefit. ( 4 ) the result of the geotechnical test and data analysis of wenfu mine project was applied in the project with considerable economic benefit. ( 5 ) the field observation and data analysis of the kezier reservoir project provided a solid base for ensuring the normal operation and management of the reservoir

    「高堆石壩原位觀測和反潰分析研究」及「高土石壩動力分析及抗震工程措施研究」咨詢項目提出了具有開拓性的觀點與方法,經電力工業部鑒定評為國際先進水平,該兩項成果已應用於天生橋、十三陵、大河、蓮花等大型工程獲電力工業部科技進步二等獎; 「壩料土動力應力應變關系的研究」咨詢項目獲電力工業部科技進步二等獎, 「徐州發電廠灰壩加固工程勘測試驗與計算分析」咨詢成果已被華東電力設計院設計采納,工程效益顯著; 「甕福磷石膏渣場工程土工試驗與數值分析」咨詢成果已應用於國家重點工程甕福礦肥基地建設,效益顯著; 「克孜爾水庫工程原型觀測數據庫與資料分析」咨詢項目為水庫運行與管理提供了有力保證。
  7. A design example is introduced in this paper where the concrete watertight wall with low elasticity module is used to strengthen the earth - rock dam of qing shan reservoir, and it is a new type of concrete watertight walls whose elasticity module and crush strength of its wall material lie between normal and plastic concrete

    本文是關于用低彈模砼防滲墻加固青山水庫土石壩的設計實例,其墻體材料的彈性模量和抗壓強度界于普通和塑性混凝土之間,是一種新型的混凝土防滲墻。
  8. From macro to micro and from qualitative to quantitative evaluation, this paper, applicating the theory and technological method of sequence stratigraphy, seismic stratigraphy -, reservoir sedimentology, combining with multispecialty and mutisubject theory that used geology, log, seismic, mathematics and earth physics and basing on synthetic application of regional geology, core, log, seismic and petrophysical property data, has studied the inner structure and characteristic of sequence, system tract and depositional system. combining with high resolution seismic data and log data, this paper makes a profound analysis of the space pattern and reservoir predictability of depositional system on oil and gas pools of honghaoersute sag

    本文採取從宏觀到微觀,從定性到定量的研究思路,應用層序地層學、地震地層學、儲層沉積學的理論和技術方法,結合區域地質、巖芯、測井、地震、物性資料,採用多專業、多學科理論和方法相結合。闡明層序、體系域和沉積體系的內部構成及其特徵,與高分辨地震資料和測井資料的處理技術相結合,深入解剖洪浩爾舒特凹陷油氣藏成藏組合的沉積體系空間配置、儲層預測,在等時地層框架內對含油層段( k _ 1ba組、 k _ 1bt ~ 1及k _ 1bt ~ 2段)進行精細解剖,有目的地尋找以地層、巖性圈閉為主的隱蔽油氣藏。
  9. Therefor sampling is made in the reservoir area, and the samples are soaked in the simulated reservoir environment. chemical analysis is made to the soaked fluid, which shows that the reservoir water will not be worsen by the harmful material in the rock and earth, but chemical detecting shall be carried out to some elements

    為此,對庫區中的巖土進行了分別取樣,並採用模擬庫水浸泡巖樣,對浸泡液進行化學檢測分析.結果表明,水庫蓄水后不會因巖土中存在有害物質造成水質惡化問題,但應對某些元素進行監測
  10. The technique of splitting grouting is a method for handling the earth dam " s stability with deformation and permeation. it is developed quickly in several decades. the author, regarding left subsidiary dam of shenzhen reservoir as an example, uses the limited element method to proceed the dam ' s seepage calculation, combines the contrast analysis with prototype data and predicted data, then compares the dam ' s seepage behavior " s changes before splitting grouting with that after splitting grouting, has some basic conclusions

    土壩壩體劈裂灌漿技術是近幾十年來發展迅速的一種處理土壩壩體變形穩定和滲透穩定問題的方法,本文以深圳水庫左副壩為具體實例,利用有限單元法進行了壩體滲流計算,並與原型觀測資料進行對比分析,然後比較了劈裂灌漿前後壩體滲流狀況的改變,並對壩坡穩定進行分析,得出了一些基本結論,對利用有限單元法求解劈裂灌漿前後壩體的滲流問題提出了一些建議。
  11. The safety analysis and accessment of seepage and structure of the earth - rock dam of hutang reservoir

    湖塘水庫土石壩滲流及結構安全分析評價
  12. Sanyuan xijiao reservoir is a uniform earth dam which was constructed in the loess foundation with high water table, so the dam foundation dewatering is the main technique of the project, digging up soft clay of the dam foundation after dewatering and reducing the water in the clay which was filled in dam are also techniques of the project

    三原西郊水庫大壩是建造在高地下水位黃土地基上的均質土壩,壩基的降水問題是該工程存在的最大技術難題,同時對降水后壩基的軟土開挖和上壩土料的減濕技術也是其關鍵技術之一。
  13. In the end, the main dam of huangbi - zhuang reservoir is analyzed with the program built in this paper and some reasonable conclusions are drawn about it. there are also some availability suggestions proposed to estimating and inspecting the earth dams and the problems that to be further studied are presented

    由此得出結論,用有限元的方法分析均質土壩的滲流、評估已建的水工建築物,具有方便、快捷的優點,同時所得結果的可信度高,是一種可行的方案,最後,提出了一些關于土壩評估方面的建議和有待解決的問題。
  14. Glacier is the largest fresh water reservoir on earth with an accumulative storage of 70 % of the fresh water around the world

    冰川是地球上最大的淡水水庫,全球70 %的淡水被儲藏在冰川中。
  15. Supported by the national natural science foundation of china ( study on heat transfer characteristics of downhole coaxial heat exchanger in convection geothermal reservoir ) and tianjin development and plan program of science and technology ( study of ecologic architectural energy system ), the thermal performance exploiting earth energy for heating and cooling is studied in this paper , and its main purpose is to offer reference for increasing the percent of renewable energy in ecologic architectural energy

    本文在國家自然科學基金(井下換熱器周圍對流型地溫地層內的傳熱特徵研究)和天津市科技發展計劃項目(生態能源建築體系研究)的資助下,重點研究了地表熱能(或稱地溫能)高效利用中的傳熱與熱力性能問題,為可再生能源在生態能源建築中發揮更大的作用提供依據。
分享友人