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1·The influence of temperature on adsorption layer was very sensitive;

吸附层对温度非常敏感；

2·Solvent replacement experiment provided direct evidence that there was water-rich adsorption layer and the reaction took place in the layer.

首先用溶剂置换实验验证了纳米反应器的存在且是反应和粒子生长的场所；

3·The decreased adsorption capacity of ions can be attributed to the decreased thickness of adsorption layer of fractured surfaces by liquid flow.

裂隙表面溶液的流动显著减少了材料表面离子吸附层的厚度，进而减小了表面离子吸附量。

4·Under TEM images, it was found that Hg didn't form a uniform adsorption layer on Au surface. Some portions of Au film reacted with Hg and became dark island-shaped alloys.

电子显微镜明场像显示，汞没有在金的表面上形成均匀的吸附层，部份金膜 与汞反应形成颜色较暗的岛状合金。

5·According to a different layer of activated carbon adsorption apparatus, the state in which the adsorption layer is a fixed layer, a current of several layers and the moving layer.

根据吸附装置中活性炭层所处状态的不同，吸附层有固定层、移动层和流动层几种。

6·Electrostatic dust, strong oil and chemical dust adsorption ability, long time to form a layer of solid transport membrane.

静电对尘埃、油污和化学粉尘吸附才能很强，时刻长了构成一层坚固的交通膜。

7·Gas phase adsorption using activated carbon from coconut shell, usually let the airby adsorption on activated carbon layer.

气相吸附中常使用椰壳活性炭，通常是让气流通过活性炭层进行吸附。

8·Results show that several adsorption modes of water exist in the electrochemical double layer of silver.

研究表明银电极双电层中存在多种吸附模式下的水分子结构。

9·The results show that several adsorption modes of water exist in the electrochemical double layer of silver.

研究表明，银电极双电层中存在多种吸附模式下的水分子结构。

10·A mathematical model for groundwater pollution in a leaky aquifer system, which involves the adsorption of semipervious layer, is presented.

提出了一个越流含水层系统考虑弱透水层吸附作用的地下水污染数学模型。