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1·The change of root water potential is reverse.

根水势变化趋势与叶水势相反。

2·Blade Angle is strikingly correlated to xylem water potential at midday.

中午木质部水势与叶片角有显著相关性。

3·The optimum water potential value of irrigation for the rape was discussed.

对油菜的适宜灌水势值指标进行了初步探讨。

4·The water potential of embryo was positively correlated with its moisture content.

番茄种胚水势与含水量的关系呈幂指数的正相关。

5·The rigidity of GCW impacts on the change of the water potential and pressure of the cell.

细胞壁的刚性强弱影响细胞内水势、压力的变化。

6·The net photosynthetic rate was in accord with both stomatal conductance and water potential.

净光合率的提高与气孔导度及水势的提高有一致趋势。

7·There was a negative correlation between atmosphere temperature and atmosphere water potential.

温度与大气水势也呈现负相关，随着温度升高大气水势降低。

8·The effects of temperature on hatchling traits were independent of the effects of water potential.

温度对孵出幼体特征的影响与湿度的影响无关。

9·The diurnal change of water potential and water content of roots at dry side opposed to the transpiration.

一昼夜根系水势呈现出降-升-降-升有规律的变化；

10·Five water potential energy models have been investigated in this paper by NPT ensemble Monte Carlo method.

应用NPT系综法模拟考察了五种水的势能模型。

水势

1·During the day water loss by transpiration exceeds water absorption by the roots and leaf water potential decline.

白天蒸腾作用散失的水分超过根系吸收的水分，因而叶子的水势就下降。

2·There exists a multi linearship between the stem sap flow velocity and the soil moisture, soil water potential.

油松树干液流速率与土壤容积含水量和土壤水势呈明显线性相关关系。

3·The above inclusions show that the plant water stress is due to the lack of water, Thereis obvious negative correlation between CWSI and leaf water potential.

这些表明CWSI较好的反映了因土壤供水不足导致的作物水分胁迫，CWSI与叶水势之间呈明显的负相关关系。

4·It was revealed that significant differences in leaf water potential, stomatal resistance, transpiration rate, and rate of water loss of excised-leaves existed among genotypes.

研究表明，叶水势、气孔阻力、蒸腾强度和离体叶片失水速率品种间均存在明显差异。

5·Based on the theoretical analyses of water potential, a mathematical model of low-temperature vacuum drying was developed.

基于水势理论分析，建立了谷物低温真空干燥的数学模型。