| 1. | Preparation and structural control of polyethylene hollow fiber membranes
聚乙烯中空纤维膜制备及微孔结构的控制 |
| 2. | The effects of micro - structure on the equivlent elastic constants of cellular materials
微孔结构对多孔材料细观力学特性的影响 |
| 3. | System identification of parameters describing micro pore structures in self - compacting concrete
自密实混凝土微孔结构参数的识别 |
| 4. | Highly developed capillary structure , absorb the capacity tallly , suck , taking off the speed of enclosing quickly , it is effectual to purify
特点：高度发达的微孔结构，吸附容量高，脱附速度快，净化效果好。 |
| 5. | The silver - loaded diatomite produced is sintered into a membrane , and analytical means such as electron microscopy are used to observe the microporous structure of the membrane material
用制得的载银矽藻土烧结成膜，采用电镜等分析手段观察膜材料的微孔结构。 |
| 6. | In this paper , the two pressure drop cell nucleation apparatus are compared form the three aspects of micro - cellular structure , process capability and cost of manufacture
文中从微孔结构、加工能力和制造费用三个方面比较了在连续微孔挤出加工中的喷嘴和齿轮泵两种压降成核装置 |
| 7. | To activate carbon products , with the reaction pressure increasing , bulk density lowered , iodine number and methylene blue adsorption increased , specific surface area and pore volume increased and more micropores were formed
随着反应压力的提高，活性炭产品的堆比重降低，碘和亚甲蓝吸附值提高，比表面积和孔容提高，形成更多的微孔结构。 |
| 8. | An amperometric glucose biosensor was developed based on immobilization of glucose oxidase ( god ) on the electrochemically polymerized polytyramine ( pty ) film and the overoxidised polypyrrole ( oppy ) film on carbon paste electrode ( cpe )
镀铂碳糊电极的铂黑沉积层的微孔结构使电极具有较大的有效表面积,增加了固定的酶量与对h2o2的催化活性,使电极的灵敏度提高。 |
| 9. | This product adopts and weaves the stainless steel network or the stainless steel fibre silk to make and filter materials , adopt and make felt technology new - typly , it has three - dimensional depth type capillary structure that the ones that make strain the material
本产品采用编织不锈钢网或不锈钢纤维丝做过滤材料，采用新型造毡技术，制成的滤材具有立体深度型微孔结构。 |
| 10. | Based on the analysis of micro - structure test of rock samples , the authors hold that the course of water - rock interaction ( wri ) in red - bed is the re - distribution process of its pore space and have established the structure mode of pores evolved under the influence of water - rock interaction
结合岩样的微孔结构测试成果，指出红层孔隙中的水岩作用过程就是其孔隙空间的再分配过程，并建立了红层中水岩作用影响下孔隙结构的演化模式。 |
