水分

Based on the theory of hurdle effect,the hurdle for preventing corruption of product was formation because of the mutual effects between the several moderate strength hurdle factors such as the strength for sterilization,acidityand activity of water,electrometric highness and preservative.

运用栅栏效应理论，合理设置多个强度缓和的栅栏因子，即杀菌强度、酸度、水分活度、氧化还原电势及防腐剂，通过它们之间的交互作用，形成有效防止制品腐败变质的栅栏，开发出感官品质良好的风味波纹巴非蛤肉软罐头。

Utilizing the electric double layer produced by hydration of cement to gather in superfluous water at negative electrode and reduce the water cement ratio of solidification by using electroosmosis technology.

方法采用电渗技术，利用水泥水化产生的双电层的导电性能，使混凝土中的多余水分向阴极聚集，以减少混凝土的凝结水灰质量比。

In order to the better application of these technologies, the further research should focus on the detail and deep research on evaporation of distilled water, foodstuff drying procedure and energy economy under high voltage electrostatics field.

但是在这个领域还有许多问题需要研究，例如电场下水分蒸发的规律、电场的作用范围、电场下的干燥的节能效果等等。

Besides, the emissivity of passive microwave is a very important parameter for retrieving soil moisture.

另外，微波的发射率是土壤水分反演的关键参数，在对微波地表温度反演的基础上，进一步对发射率进行了研究。

This was due to the ability of the emulsifier to imbibe water in presence of sodium hydroxide.

这是由于乳化剂在NaOH介质中能吸收水分的缘故。

Effects of endocarp,salt stress and water stress on seed germination of Amygdalus pcdunculata Pall. were studied.

探讨了核壳、盐胁迫和水分胁迫对长柄扁桃种子萌发的影响。

The effects of endophyte infection on the activities of SOD, POD and CAT, as well as on MDA contents in Lolium perenne under drought stress and osmotic stress were studied.

比较了两种不同的水分胁迫方式(田间干旱胁迫和温室渗透胁迫)下，内生真菌感染对黑麦草叶内SOD、POD和CAT活性以及MDA含量变化的影响。

The activities of SOD and POD of endophyte infected plants were higher than those of endophyte-free plants when there was no stress.

结果表明，当植物未遭受水分胁迫时，感染植株叶内SOD和POD活性明显高于非感染植株。

Under drought stress conditions, endophyte could potentially improve SOD activity and reduce POD activity of host plants, but the degree of improvement or reduction was related to stress types.

在水分胁迫条件下，内生真菌感染有提高宿主植物SOD活性和降低POD活性的趋势，只是提高或降低的程度与干旱胁迫方式有关。

It is good for gainingcrystal with high quality to equilibrate the solution athigher temperature to precipitate impurity or insolublematerals.

3将传统的由均相溶液蒸发出水分后析出晶体的方法进行改进，使溶液先在较高温度下平衡一定时间以析出过饱和成分和不溶物质，有利于长成好的单晶。

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。