蒸發深度 的英文怎麼說

中文拼音 [zhēngfāshēndù]
蒸發深度 英文
depth of evaporation
  • 蒸 : Ⅰ動詞1. （蒸發） evaporate2. （利用水蒸氣的熱力使食物熟或熱） steam Ⅱ名詞[中醫] （將藥物隔水蒸熟） steaming
  • 發 : 名詞（頭發） hair
  • 深 : Ⅰ形容詞1 （從上到下或從外到里的距離大） deep 2 （深奧） difficult; profound 3 （深刻; 深入） thor...
  • 度 : 度動詞[書面語] （推測; 估計） surmise; estimate
  • 蒸發 : [物理學] [化學] evaporation; evaporate蒸發計 evaporometer; evaporimeter; atmidometer; atmometer; ...
  • 深度 : 1. （深淺程度） degree of depth; depth 2. （觸及事物本質的程度） profundity; depth
  1. There is a vaporizing layer below 0 layer and it is far thick, which may be one of the important reasons of small precipitation on ground ; in the paper the cloud and the rain drop size distribution in warm layer of stratiform cloud are calculated and analyzed. it is found that n ( d ) = n0dnexp ( - a d ) can express the size distributions of little cloud drops, big cloud drops and rain drops. the observational and calculated results are well matched

    在零度層以下蒸發層的存在，且比較深厚，應是導致地面雨強較小的重要因素之一；本文對暖層的雲滴譜和雨滴譜進行了計算，對小雲滴、大雲滴和雨滴分佈可以用同一種形式的分佈密度函數多階函數n （ d ） = n _ 0d ~ nexp （ - d ）來表示。
  2. Because of the evaporation, dissolved salt is brought to cumulate at the ground surface and the root zone when the ground water is above the critical level. then the saline soil is formed

    超過臨界深度的地下水，在蒸發作用下，將鹽分帶至地表或根系分佈層累積下來，形成鹽漬化土壤或鹽土、堿土。
  3. ( 7 ) during the process of water consumption, soil water almost lost from the whole profile. the great depth that resulted from evapotranspiration formed soon, but not gradually. infiltrated water was mostly consumed by evapotranspiration during ra

    （ 7 ）在以土壤水分消耗為主的時期，土壤蒸發時水分的整體移動性能較強，最大蒸發蒸騰作用層深度很快形成，並不是一個「由淺而深」的漸進過程。
  4. Compared to bare land, soil water cycling on grassland with intensive transpiration was deeper in depth and greater in intensity

    與裸地相比，荒草地由於植被強烈的蒸騰作用，其土壤水分循環強度加劇，表現為活躍層、次活躍層以及蒸發蒸騰作用層深度增大。
  5. With the first - hand data about the changing rules in cropland evapotranspiration collected by the ranzhuang water resources experiment station from the wheat and corn field, an analysis is made on the changing rules cropland evapotranspiration course and depth, and the concerned data range in the condition of experiment is brought forward

    摘要根據冉莊水資源實驗站大型地中蒸滲儀在種植小麥、玉米情況下的農田蒸散發量實測資料，分析了農田蒸散發量的時程及深度變化規律，提出了在實驗條件下農田蒸散發量的數值范圍。
  6. A new auto - cascade absorption refrigeration cycle was proposed in this thesis to get low temperatures by utilizing low thermal potential energy based on an overall reviews of innovations in absorption cycles during the past decade

    本文在研究國內外吸收式製冷循環最新發展動態的基礎上，首次提出了一種新型的自行復疊吸收製冷循環，以達到降低吸收製冷機的蒸發溫度，利用低品位熱能來進行深度冷凍的目的，拓寬吸收製冷機的工程應用范圍。
  7. In arid and semi - arid areas, the land salinisation has become very serious because the earth ' s surface evaporates strongly and highly - mineralized ground water rises above the critical depth

    在乾旱和半乾旱區，由於地表強烈的蒸發和高礦化度的地下水超過了臨界深度，土壤鹽漬化現象非常嚴重。
  8. Test investigation on sgtr of single tube break and three - tube break is carried out on hpitf of ciae to deeply understand the thermal - hydraulic behavior during pressurized - water - reactor ( pwr ) sgtr and to provide an integral data base for code assessment and development. the facility, a full height and 1 / 1000 - scale ( by volume ) of qinshan nuclear power plant, incorporates two identical loops with active pumps and steam generators ( sg ). the initial steady state of the test basically simulated that of the reference plant operation

    為了深入了解核電廠蒸汽發生器傳熱管破裂事故發生后的熱工水力現象，以及對壓水堆（ pwr ）核電廠系統分析程序進行分析和評價，在高壓綜合試驗裝置上開展了蒸汽發生器傳熱管破裂試驗研究高壓綜合試驗裝置以秦山核電廠主迴路系統為模擬對象，該裝置為雙環迴路系統，容積比為1 ： 1000 ，高度比為1 ： 1 。
  9. The paper first summarizes the phylogeny of the sensor fault diagnosis, and then introduces the academic achievements during recent years. emphasizes on the two methods of sensor fault diagnosis : the method based on observer and the method bases on nn. by using them realizes the sensor fault diagnosis of power plant main - stream temperature system

    本文介紹了傳感器故障診斷技術的發展歷程及近年來在該領域中取得的一些最新研究成果；對基於診斷對象數學模型的故障診斷方法和基於神經網路的故障診斷方法展開了深入的研究，並以matlab為模擬工具、以某火電廠主蒸汽溫度系統溫度傳感器為研究對象，應用上述兩種方法分別設計了傳感器故障診斷系統，通過系統模擬證明該診斷系統能夠診斷出多種常見的傳感器故障。
  10. Abstract : because of the characteristics of straws, the reinforced preparation and displacement cooking for deep delignification caused a better result in yield, strength, colour, and consumptions. the drainage of cooking can be recovered or comprehensively utilized, so a new idea of straw pulping with high quality and low consumptions has been established

    文摘:從禾草原料的特性出發，採用強化備料，置換蒸煮，對草漿進行深度脫除木素，可以提高成漿的得率、強度和原漿的白度.對排出物進行堿回收和綜合利用，節能降耗顯著，為生產高質量、低消耗的草漿開拓了新的途徑
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