叶水势可以反映作物水分状况，叶温越高，叶水势越低。
Water potential of leaf reflected crop water condition. The lower water potential of leaf the higher leaf temperature.
土壤水分不足，蒸腾速率减小，叶温升高，叶温与气温差增大。
In the soil with insufficient moisture, transpiration rate decreases, leaf temperature increases and the difference between leaf temperature and air temperature becomes greater.
情，悠悠，细腻如金，温宛如玉，它是在硕大的菩提叶上，记下的永恒的点点滴滴。
Sentiment, leisurely, exquisite as gold, temperature, it is as jade leaf in large bodhicitta, notes the eternal dribs and drabs.
较详细地介绍了某多级压气机修改前后，利用叶型受感部测取各级转子出口总压、总温分布的试验方法和结果。
This paper details the experimental methods and results using the airfoil sensors to measure total pressure and total temperature distributions behind the rotors in a multistage axial-flow compressor.
赫伯特-温洛克是美国20世纪上半叶一位非常重要的天才埃及学家。
Herbert Winlock was a very important and talented American Egyptologist who worked in the first half of the 20th century.
对采用辐射诱变获得的带有叶色白转绿特性的水稻光温敏核不育系“W1”的遗传及其生物学特性进行了研究。
Inheritance and main agronomic traits of photo-thermo-sensitive genic male sterile line W1 with a greenable albino leaf was investigated.
叶桂的《温热论》与薛雪的《湿热病篇》是温病的经典之作。
Yegui s Treatise on Epidemic Febrile Diseases and Xuexue s Paper on Epidemic Febrile Diseases are both masterpieces on epidemic febrile disease.
低夜温条件下增加果实负载可以提高第二天黄瓜源叶的光合速率，表明反馈抑制是低夜温造成黄瓜第二天光合作用下降的原因之一。
The increase of net CO_2 assimilation rate by fruit set after a cold night indicated that feedback inhibition was partially responsible for the reduction of photosynthesis.
低夜温条件下增加果实负载可以提高第二天黄瓜源叶的光合速率，表明反馈抑制是低夜温造成黄瓜第二天光合作用下降的原因之一。
The increase of net CO_2 assimilation rate by fruit set after a cold night indicated that feedback inhibition was partially responsible for the reduction of photosynthesis.
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