騰效率 的英文怎麼說

中文拼音 [téngxiàolǜ]
騰效率 英文
transpiration effiency
  • 騰 : 騰象聲詞（形容猛然動作發出的聲音）
  • 效 : Ⅰ名詞（效果; 功用） effect; efficiency; result Ⅱ動詞1 （仿效） imitate; follow the example of 2 ...
  • 率 : 率名詞（比值） rate; ratio; proportion
  • 效率 : productiveness; efficiency; productivity; workpiece ratio
  1. On the whole, the tr and gs of leaf of anthurium andraeanum lind decreased under elevated [ co2 ] and wue increased, these might be beneficial for the increase of pn and chlorophyll as well as accumulation of organic compounds which promoted plant growth and florescence and flower leaf area, furthermore, the improvement of quality

    總之， co :加富條件下紅掌葉片的氣孔導度與蒸騰速率降低，水分利用效率增加，凈光合速率提高，有利於碳水化合物的積累，促使紅掌的各項生長指標（株高、葉面積、生物量）提高，開花比率提高，佛焰苞面積增大，提前且延長了花期，提高了紅掌的觀賞品質。
  2. A comparison of transpiration characteristics and water use efficiency between poaceae plants and chenopodiaceae plants under the simulated light source

    模擬光條件下禾本科植物和藜科植物蒸騰特性與水分利用效率比較
  3. Transpiration rates and effects for energy absorbed and water given off through transpiration of main afforestation tree species in hefei city

    合肥市5種主要綠化樹種的蒸騰速率及吸熱散水效應
  4. The comparison of stomatal parameters in leaf cuticles between two fossil angiosperms from the pliocene in west yunnan and their nearest living equivalent species indicates a little higher atmospheric co2 level at that time than the present, while carbon isotopic composition of fossil cuticles demonstrates much higher carbon isotopic discrimination and slight lower water use efficiency, showing a warmer and wetter climate than today

    摘要對滇西騰沖新近紀兩種被子植物葉片及其現存對應種的氣孔參數和碳同位素組成的綜合分析表明：當時的大氣co2濃度略高於現在水平；化石種的碳同位素分餾值高於現存對應種，但水分利用效率低於現存對應種；這證明當時的氣候條件比當前更為溫暖濕潤。
  5. Under the condition of different soil humidity and measuring time, a series of ecophysiological indexes, such as net photosynthetic rate, transpiration rate, stomatal conductance, the flow of water, atmospheric temperature, relative humidity, photosynthetic available radiation, and hydraulic conductivity are measured in order to find the factors which cause robinia xylem embolism

    摘要在不同的土壤水分含量和不同的測定時間條件下，對刺槐的一系列生理生態指標：凈光合速率、氣孔導度、蒸騰速率、水勢、大氣溫度、相對濕度、光合有效輻射以及導水率進行測定，探求刺槐木質部發生栓塞的影響因子。
  6. Effects of elevated co2 concentration and drought on the photosynthesis and stomatal resistance and transpiration efficiency of different strains of spring wheat

    2濃度升高對不同春小麥光合作用和氣孔阻力及水分蒸騰效率的影響
  7. While the rates of transpiration and photosynthesis in at was lower than that in ct, but the transpiration efficiency in at was higher than that in ct

    交替灌溉的桃樹的光合速率和蒸騰速率低於常規灌溉，但交替灌溉桃樹比常規灌溉有較高的蒸騰效率。
  8. The paper indicates that the study on mechanism of boiling heat transfer in microchannels does not first - orderly instruct engineering design and appliance, and they are constraints between geometric dimension, passage diameter, number and length efficiency of evaporators, pump power and so on

    指出對于微通道沸騰換熱的傳熱機理等的研究對工程設計和應用來講還沒有形成合適的技術指導依據，蒸發器尺寸、通道直徑、數目、通道長度、換熱效率以及泵功率之間是相互制約的。
  9. Real time expert is a real time corporate communication platform launched by tencent inc. to help enterprises improve their operation efficiency, lower communications costs, and facilitate business opportunities. this it platform is known for its high manageability, low cost, and easy deployment

    騰訊通rtx real time expert是騰訊公司推出的企業級實時通信平臺，致力於幫助企業提高運作效率降低溝通成本拓展商業機會，是一種高度可管理低成本易部署的it平臺。
  10. Synergist could improve photosynthetic characteristics of lower leaves, enhance the content of chlorophyll and photosynthetic rate of rice ; and the conductance to h2o and transpiration rate, inner condition of nutrient transportation and absorption power of rice root system were improved

    增效劑對水稻植株下部葉片光合性能有一定影響，促進葉綠素含量增加、光合速率增大；還可提高處理水稻植株的氣孔導度和蒸騰速率，改善養分在植物體內的運輸條件，增加根系吸收養分的動力。
  11. The results show that loss of hydraulic conductivity of robinia xylem embolism is different under the condition of different soil humidity and loss of hydraulic conductivity is related with net photosynthetic rate, transpiration rate, stomatal conductance, the flow of water, atmospheric temperature, relative humidity, photosynthetic available radiation, and hydraulic conductivity

    研究結果表明：木質部導水率損失在不同的土壤含水量以及不同的測定時間條件下是有顯著性差異的；刺槐的導水率損失與凈光合速率、氣孔導度、水勢、蒸騰速率、光合有效輻射、大氣溫度顯著相關。
  12. The changes of leaf water potential, water deficiency, water - holding ability under drought stress conditions were measured. the water parameters were calculated by using pressure - volume technique, also the abilities of maintaining turgor and adjusting osmotic potential of the four species were comprehensively evaluated. the effects of drought stress on photosynthesis, transpiration and water use efficiency were studied

    研究乾旱脅迫下葉水勢、葉水分飽和虧缺及葉保水力的變化；應用壓力室和pv技術測定四個樹種多項水分參數，並對四樹種滲透調節和維持膨壓能力進行綜合評定；研究乾旱脅迫對光合作用、蒸騰作用及水分利用效率的影響；測定生長指標及水分脅迫下苗木的生物量分配。
  13. The results showed that photosynthetic rate, transpiration rate, and stomatal conductance decreased and leaf wue increased with soil water content declined

    結果表明，各品種幼苗葉片光合速率、蒸騰速率和氣孔導度均隨土壤水分的減少而呈降低趨勢，葉片水分利用效率呈增加趨勢。
  14. The results showed that between two cultivars, the net photosynthetic rate, transpiration rate and grain yield were significantly different while stomatal conductance and wue were not obviously different between two cultivars

    結果表明，不同品種之間的凈光合速率、蒸騰速率、籽粒產量有顯著差異，但氣孔導度、水分利用效率差異不明顯。
  15. And this is the first full application of two - layer model in remote sensing. from separated evaporation and transpiration through the model some important field parameters can be derived, such as canopy resistance, co2 flux and crop water use efficiency. a simplified two - layer model was also presented in case of that only radiative temperature is available

    在組分溫度的幫助下，實現了土壤蒸發和植被蒸騰的準確分離，並且用植被蒸騰速率反算出冠層氣孔阻抗、二氧化碳通量、以及作物群體水分利用效率等農田關鍵參數，是遙感獲得此類參數的新思路。
  16. The company completed industrial automation design and installing of assembly line computer monitoring and dcs centrally controlled system for many big domestic and foreign enterprises, so it has high reputation in shandong

    其中紙面石膏板生產線機械及電氣成套設備、沸騰爐高效率制粉設備填補了國內外中小型企業需求的空白。
  17. The results showed that there were siginificant differences at leaf temperature, grain yield and wue for different wheat genotypes under two planting models, yield ' s wue was signify candy and positively correlated with transpiration rate and photosynthetic rate

    結果表明，不同基因型供試品種的葉片溫度、籽粒產量和水分利用效率在兩種栽培模式下存在顯著差異，產量水平的水分利用效率與光合速率和蒸騰速率呈顯著正相關。
  18. Abstract : spraying chemical controlling matter ( drought - resistant agent ) on wheat blade in medium - late growth period. we found it influenced transpiration rate, water - retaining capacity, containing water content of dry weight, seeping conductive rate, chlorphyll content and so on in different degree, and improved the moisture content stage of wheat, reduced the seeping of electrolyte, have an obvious effect on delaying decrepit and increasing production

    文摘:小麥生育中後期葉面噴施化學調控物質（抗旱劑） ，對蒸騰速率、保水力、干重含水量、外滲電導率和葉綠素含量等均有不同程度的影響，明顯地改善了小麥的水分狀況，降低了電解質的外滲率，有明顯的保綠延緩衰老的作用，增產效果顯著。
  19. As one of the first wireless value added service providers for shanghai mobile s monternet, tencent s outstanding performance among more than 100 sp competitors has its own reason. apart from constant innovation and recognition among users for its type, quality and quantity of businesses as well as technical innovation, more importantly tencent has always regarded customer service as a key factor for its development. it impressed users deeply for tencent efforts in improving customer service staff quality, enhancing replying efficiency and reducing customer complaints

    騰訊公司作為上海移動夢網的首批無線增值服務提供商，此次之所以能在100多家sp中脫穎而出，除了其能夠不斷推陳出新，在業務種類業務質量和數量技術創新意識方面獲得廣大用戶的認可外，更重要的是，騰訊公司一直將客戶服務工作作為自身發展的要素來看待，在提高客服人員素質提高應答效率和減少投訴率等方面都給用戶留下了深刻印象。
  20. And can help hospital senior leaders make policy decisions, further more, it can improve work efficiency of hospitals, so his can make hospitals gain better economic and social benefits with less inputs, the workly plans as well as organization and implement of medical treament, the supervision to medical trends, the management and examing of the medical treatment quality, which are all in the charge of medical department, are now still in the position of operating with manual work, which result in higher labour intensity but lower work efficiency. the aim of developing medical education management system is to improve hospital management work efficiency, advance medical research and its teaching, release the labour intensity of various covational works, as well as vacate time and energy which can be used into improving hospital management and its medical service. so in is necessary to develop medical education management system

    減輕事務處理人員的勞動強度，輔助醫院管理，輔助高層領導決策，提高醫院的工作效率，從而使醫院能夠以少的投入獲得更好的社會效益和經濟效益。醫務科負責全院醫療工作的計劃、組織與實施、醫療動態的監督控制、醫療質量的檢查管理，目前還停留在手工處理階段，勞動強度大且工作效率低。開發醫教信息系統的目的是為了提高醫教管理工作的效率，促進醫學科研、教學，減輕各類事務性工作勞動強度，且能夠騰出更多的精力和時間用來服務于醫療，改善經營管理。
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