水分

After investigation, simulation test, research and analysis , the results of which show that the wool lipoid isn't suitable to he used to the ballast tank with sea water higher than 50℃ and similar condition; Residua rust and water on the surface to be coated shall be controlled strictly.

经勘查、测试、模拟试验、研究分析认为：该羊毛脂涂料不适于在50℃以上的海水压载舱及相似环境下使用；在带锈施涂中应严格控制涂装表面的残留锈层和水分。

The moisturizing lipoid stroma can make up water for the skin and prevent the skin from aging ahead of time, delay the appearance of wrinkles and lines, refine and regenerate the skin.

保湿脂类基质可为肌肤补充水分。预防肌肤提早老化，延缓皱纹及细纹的出现，紧致肌肤，令肌肤焕发青春光彩。

Under the same light intensity, the Pn and Ci of Liquidambar formosana had increased with the elevating CO2 concentrations.

其中，当CO：浓度倍增时，青冈栋的水分利用效率明显高于甜储，青冈栋和甜储两个树种的光补偿点和光饱和点都有明显的上升，其中青冈栋的光补偿点和光饱和点分别上升了17%、25%。

Carbon isotopic discrimination Δ~(13C of fossil Liquidambar is mainly related toenvironmental factors, such as irradiation, temperature, other than atmospheric CO_2concentration and water availability.

校正后的化石枫香碳同位素分馏值△~(13C受环境因素的综合影响，可能来自于光照、温度等，但是与大气CO_2浓度和水分没有关系或关系很小。

The reason is that there were more rainfall and smaller evaporation, and the environment was suit able for the growth of liquorice in 2006, so the density of liquorice is higher.

3通过逻辑斯蒂增长模型的分析得出，不同水分处理对甘草植株的高度、枝条数、单叶叶面积，叶片数量以及地上生物量都有很大的影响。

The new thin leaves sucked moisture fully, unthreaded from the dried leave, showing livelily.

新的细叶吸饱了水分，从枯叶中钻出来，显得生气勃勃。

Conductance of leaf lixivium was reduced by the decrease of NH4(superscript +)-N/NO3(superscript -)-N ratio.

结果表明，在NH4-N/NO3-N比例较低时，模拟水分胁迫使广陵香粳水稻幼苗吸收更多的NO3-N。

Under none water stress conditions, the conductance of leaf lixivium increased with the decrease of NH4(superscript +)-N/NO3(superscript -)-N ratio.

而在正常水分培养条件下，水稻幼苗叶片浸出液电导率随NH4-N/NO3-N比例的降低呈上升趋势。

For sunflower, simulated water-limited grain yields are direct correlated with precipitation, and could be expressed by a logarithmic curve.

模型模拟结果可以直接与ArcView地理信息系统连接，模型对地表系统、非饱和系统和地下水系统水分平衡模拟结果较合理。

When the data is not in normal or logarithmic normal distribution, the least-squared method is not applicable to obtaining the sensitive index.

受最小二乘法求优数学解的约束，在求解作物水分响应模型的敏感指标时常出现从作物生理和物理上难以科学解释的情况，这除与试验处理数量多少及缺水水平有关外，也与试验数据的统计分布有关。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。