枯水期 的英文怎麼說

中文拼音 [kūshuǐqī]
枯水期 英文
dry period
  • 枯 : 形容詞1 （植物等失去水分; 乾枯） （of a plant etc ） withered 2 （井、河流等變得沒有水） （of a w...
  • 水 : 名詞1 （由兩個氫原子和一個氧原子結合而成的液體） water 2 （河流） river 3 （指江、河、湖、海、洋...
  • 期 : 期名詞[書面語]1. （一周年） a full year; anniversary 2. （一整月） a full month
  1. Yila grass land : a place to be wet land, grass sea and flower sea in different seasons, with blacktop crane to come around

    伊拉草原：沼澤地草海花海，枯水期則為草原，有黑頂鶴出沒。
  2. According to the hydrograph, march was the drought period. the surface water flow was vanishing

    由年流量之變化，初步可了解3月為枯水期，地表流量近乎消失。
  3. At the end of 2003, yunda successfully completed the marketing and energy - saving promotion planning for the chengdu power bureau during the low water season, designed and produced a lot of promotional materials and souvenirs, and created wide - spread social benefits

    於2003年年底，成功完成了成都電業局枯水期市場營銷及節電宣傳策劃，並為其設計製作了大量的宣傳品及紀念品，取得了廣泛的社會效益。
  4. Methods altogether 97 water samples in dry season and 101 samples in rainy season were collected, and the mutagenicity was detected by the vicia faba root - tip micronucleus test and comet assay test

    方法：採用蠶豆根尖微核試驗和慧星實驗方法，檢測泰興市枯水期97份和豐水期101份水樣的致突變性。
  5. Climatic risk analysis of the three gorges project operation in dry season

    三峽工程建成后枯水期運行的氣候風險研究
  6. Model for water resources pre - allocation during drought period in water deficient urban area

    缺水地區枯水期城市水資源預分配管理模型
  7. The infiltration due to rainfall is limited in top layer and is around the range up to 40m from ground surface

    配合豐枯水期地表水及地下水的同位素組成，可追溯地下水源，輔助對地下水流場的了解。
  8. Flow conditions of the harbor basin were studied by using numerical model. the solution can be used in engineering studies and designs

    汛期馬尾附近河道造床動力以徑流為主，而中枯水期造床動力又以潮流為主。
  9. In the same way, we should consider the problem that reactive power surplus and over - voltage during the period of low - water and low load

    同樣在枯水期輕負荷時，我們也要考慮到無功功率過剩，系統電壓偏高的問題。
  10. Abstract : the reasons and mechanism of water intaking difficulty in north nenjiang diversion project during dry seasons were analyzed

    文摘:探討了北部引嫩工程（以下簡稱「北引」 ）枯水期出現引水危機的成因和機理。
  11. The water often changes, and the volume of flow has difference between year of abundance and year of drain. so the asset of reservoir is not a defined thing

    但由於水庫中的水資源的數量在豐水期和枯水期差異較大，使得水域的深度、廣度總是處于不特定之中，因此，水庫財產具有不特定性。
  12. The qualities of water richful during the period from 1991 to 1995 and the low water during the same period were surveyed statistically and dealt with evenly

    對該區1991 ~ 1995年的豐水期和枯水期的水質分別進行了統計並進行了平均處理，應用模糊綜合評判法對1991 ~ 1995年水質的平均結果進行了評判。
  13. The main conclusions are as follows : the hco3 - ion content of zhujiang river changes notably in one hydrological year, especially in wet season and dry season. as for the content of inorganic carbon, that of the xijiang river is the highest, then the beijiang river, and then the dongjiang river. the xijiang river ' s inorganic carbon source was major from karst process in the drainage basin

    得出如下的結論：珠江水體hco _ 3 ~ -離子含量在一個水文年中發生顯著變化，特別是豐水期與枯水期之間波動幅度較大；無機碳含量西江含量最高，其次是北江，東江最低；西江無機碳主要來源於巖溶作用，由於受河流沖刷效應影響，豐水期hco _ 3 ~ -離子含量升高；東江流域無機碳主要來源於硅酸鹽巖的碳酸鹽風化過程，豐水期hco _ 3 ~ -離子含量無顯著變化；北江無機碳來源於巖溶作用和硅酸鹽巖的碳酸鹽風化過程，受稀釋效應影響，無機碳含量隨水量增加而降低。
  14. The disaster of saline water intrusion has arisen continually at stream outlet area of the pearl river delta from the end of 1990s, which has brought on lack of water supply to fifteen millions people

    摘要從上世紀90年代末開始，咸潮災害在河流枯水期頻繁侵襲珠江三角洲近河口地區，給1500萬人口的生活和生產用水造成了很大的困難。
  15. In the drinking water resources of hangzhou ( qiantang liver and east tiao stream ), concentrations of ocps are higher during plentiful water time while opps are higher during low water time

    錢塘江和東苕溪有機氯農藥含量在豐水期較枯水期高，而有機磷農藥含量在枯水期較高；運河水有機農藥含量在枯水期較高。
  16. Many organic and inorganic contaminants of the shallow groundwater in city zone and close suburb of beijing were investigated on the spot, more than 100 samples were got. by spatial analysis, modeling calculation and spatial interpolation, maps of each contaminant distributions are made and divided into two parts, the beyond the standard and below the standard. with those maps, the total environmental quality of the groundwater is evaluated

    利用本系統提供的空間分析、模型運算等分析工具，對2000 2001年北京城近郊區淺層地下水環境污染進行了如下評價分析工作： （ 1 ）對地下水調查中檢測出的各種有機污染物和無機污染物進行了空間插值分析，劃定了超標區的分佈范圍； （ 2 ）對2000年枯水期的淺層地下水綜合環境質量進行了分析和評價； （ 3 ）對1996 、 1999和2000年的綜合水質評價圖進行了對比分析，發現北京城近郊區淺層地下水環境綜合質量逐年下降；預知未來幾年內，淺層地下水環境質量不會有明顯好轉。
  17. Results the mutagenicity of water body displayed a rule of well < river < pool ; the mutagenicity detected in dry season was higher than that in rainy season ; the numbers of micronucleus induced by river and pool water in dry season were found to be positively correlated with the incidence of stomach, esophagus and liver cancer, whereas only pool water showed significant relationship with stomach cancer occurrence in rainy season ; well, river and pool water in taixing city all can cause dna damage in peripheral blood lymphocytes, and water of river cause dna damage heavily

    結果：水體致突變性呈塘水河水井水的規律；相同地區水體的致突變性在枯水期比豐水期強；枯水期河水和塘水誘發的微核效應與當地肝癌、胃癌和食管癌發病率有高度的正相關，而豐水期僅塘水微核效應與胃癌發病率有正相關；誘發微核率較高的井水、河水和溝塘水對人淋巴細胞都具有致突變性，其中尤以河水為甚。
  18. The new research progress in the effect of forest on rainfall, interception annual runoff, was summarized. the main issues show that the most function of forest vegetation aims at protecting water resources and water environment, adjusting water amount, controlling erosion, decreasing run - off silt, decreasing maximum flow as well as increasing discharge of river in dry season and purifying water quality

    本文一方面通過介紹森林水文學的概念、研究進展和實際運用，分析了森林與水相互作用的特點，並從降水、截留、徑流等方面綜合研究森林植被在涵養水源、調節水量、減少徑流泥沙、降低洪峰、增加枯水期流量、改善水質等方面具有的重要功能。
  19. Objective to examine the mutagenicity of different types of water in taixing during dry and rainy season respectively, and the correlation between the mutagenicity and the occurrence of stomach, esophagus and liver cancer in this area

    摘要目的：檢測泰興地區枯水期和豐水期不同水體的致突變性，並研究其與當地胃、食管和肝癌發生的相關關系。
  20. During the calculation of reactive power and voltage in the power network, reactive power insufficiency and the system under - voltage are always concerned. in the same way, we should consider the problem that reactive power surplus and over - voltage during the period of low - water and low load

    在無功電壓優化計算中，對于無功功率不足和系統電壓偏低的情況一直是研究者關注的問題；同樣在枯水期輕負荷時，電網運行中也要考慮到無功功率過剩，系統電壓偏高的問題。
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