1·The median pore diameter depended on the size of porogen particle.
致孔剂的颗粒大小只影响多孔支架的孔径；
2·The average pore diameter of the mesoporous materials is about 3-5 nm.
得到了平均孔径为3-5nm的介孔纳米材料。
3·The outer diameter of the tubes is determined by the AAO pore diameter .
而管的外径则由阳极氧化铝模板的孔径来决定。
4·Pore diameter of only 14 cm, to go through 14 different angles of the turn.
孔道直径只有14厘米，要经过14次不同角度的转折。
5·Experiments show that the pore diameter of the resulting membranes is sensitive to pressure.
实验表明，膜孔径对压力是敏感的。
6·The new domestic made catalyst was characterized by large pore volume and large pore diameter.
该催化剂具有大孔体积、大孔径等特点。
7·Oxidation time has almost no impact on the pore diameter, pore density and the pore regularity.
氧化时间对孔径、孔密度和规整度不产生影响。
8·With average pore diameter increasing, however, the tensile strength decreases in a certain extent.
随着平均孔径增大，其拉伸强度有一定程度的降低。
9·The serial catalyst is characterized by large pore volume and pore diameter, high activity bud stability.
该系列催化剂的主要特点是大孔容、大孔径、活性和稳定性高。
10·The serial catalyst is characterized by large pore volume and pore diameter, high activity and stability.
该系列催化剂的主要特点是大孔容、孔径、性和稳定性高。
1·The diameter and length of mesoporous fibers is corresponding to pore diameter and thickness of AAO membrane.
介孔分子筛纤维的直径和长度分别对应于阳极氧化铝膜的孔径和厚度。
2·When the porosity and pore diameter reduced, the sound absorption curve moved to the low frequency zone and the frequency bandwidth increased at the same time.
随着孔隙率、孔径的减小，多孔铝的共振吸声系数有所下降，吸声频谱曲线向低频方向移动，且频带宽度展宽。
3·The variation of the mass loss, packing density, surface area, distribution of pore diameter, amount of ash with the cyclical Numbers were researched.
考察了活性炭的失重率、堆密度、比表面、孔径分布及灰分含量随活化次数的增加而变化的情况。
4·The silicoaluminophosphate molecular sieve(SAPO-5) with relative bigger pore diameter was synthesized hydrothermally and the optimum synthesis condition was determined through experiments.
采用水热法合成大孔径硅磷酸铝分子筛（SAPO-5），并通过试验确定了SAPO-5分子筛的最佳合成条件。
5·Effects of amount of DEAE, surface area and pore diameter on the activity of immobilized aminoacylase were investigated.
考察了树脂功能基含量、比表面和孔径对固定化酶活的影响。