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1·What happens depends on pore size.

所发生的一切取决于孔隙大小。

2·The pore size affect the protective coating ability.

孔隙大小影响镀层的防护能力。

3·But one disadvantage of TS-1 catalyst is that its pore size generally less than 6?

但是TS - 1催化剂有一个本质的缺陷：它的孔径太小通常小于6 ？

4·The porous mullite ceramics showed a uniform pore size distribution and a porosity of 96.22%.

这种多孔莫来石纤维陶瓷具有较均匀的孔分布，并且孔隙率高达96·22 %。

5·The pore size distribution, the average pore size, the porosity and the gas flux were determined.

采用自制装置分别测定了孔径分布、平均孔径、孔隙率和气体通量。

6·Specific surface area and pore size distribution of alkali modified kaolins were determined by BET method.

采用BET法测定了碱改性高岭土的比表面积和孔径分布。

7·Please give indication of dimension, operating pressure. Filter element type, filter medium and pore size.

订货时请注明尺寸、操作压力、滤芯材质、过滤介质及过滤精度。

8·Larger pore size with the dealloying time increased and coarsening of ligaments occurs in nanoporous copper.

随着去合金化时间的延长，纳米多孔铜的孔径变大，且系带出现粗化现象。

9·The increasing in forming pressure reduces the pore size and porosity, but has little effect on the pore shape.

随着成型压力的增大，多孔钛孔隙尺寸和孔隙度减小，但孔隙形状未发生显著变化。

10·The results showed that the pore size played a significant role in the column efficiency for protein separation.

实验结果表明，硅胶孔径对蛋白原分离的柱效率有重要影响。

孔径

1·The results showed that the pore size played a significant role in the column efficiency for protein separation.

实验结果表明，硅胶孔径对蛋白原分离的柱效率有重要影响。

2·A knowledge of the pore size distribution of catalyst and adsorbent is necessary for the understanding of the details of adsorptive and catalytic processes.

要深入了解吸附和催化过程，吸附剂和催化剂的孔径分布数据是必要的。

3·The influence of pore size distribution on mass transfer in direct contact membrane distillation (DCMD) was investigated.

文中考察孔径分布的存在对直接接触式膜蒸馏跨膜传质速率的影响。

4·Hydration of ion has bad influences on double-layer capacitance of carbon electrode, which can be reduced effectively by selecting large ion or increasing pore size of carbon electrode.

离子水化对炭电极的电容产生不利影响，选用大离子和增大炭材料的孔径，可有效降低离子水化对炭电极电容性能的影响。

5·Effects of the membrane pore size, membrane thickness, transmembrane pressure and emulsion composition on demulsification performance were investigated.

为此研究了膜孔径、膜厚度、透膜压力和乳化液组成对破乳效果的影响。