1.
Study on Direct-spinning Technology of 110dtex/144f FDY Porous & Fine Denier-filament;
直纺多孔细旦FDY110dtex/144f生产技术研究
2.
The Research on Multiporous & Micro-filament of 176dtex/288f;
176dtex/288f多孔细旦纤维的工艺研究
3.
Research on Pet Microfilaments by Melt Direct Spinning;
聚酯熔体直纺多孔细旦拉伸变形丝的研究
4.
multiporous acrylic fibre
多细孔性丙烯腈系纤维
5.
One face to God, and another to the Devil .
一张面孔向上帝，一张面孔朝撒旦。
6.
Immobilization of Yeast on Porous Foamed Ceramics
泡沫多孔陶瓷固定酵母细胞条件研究
7.
Preparation and Morphology of the PES-Based Porous Ultrafine Fibers
PES基复合超细多孔纤维及其形貌初探
8.
Finite Element Analysis of Multi-Level Capillary Holes Flow Loss
多级毛细小孔流动损失的有限元分析
9.
Preliminary Discussion on Phosphorus Seismites from the Ediacaran(Sinian) Doushantuo Formation in South China,and Its Relationship with Meta-biotas
华南震旦系陡山沱组磷质震积岩及其与多细胞生物群相关性初探
10.
All-pervasive termites have vast destroy on house and buildings.A lot of the high buildings and large mansions and the solid dam and dyke ruin fuom termite infestation.
无孔不入的白蚊对建筑物的破坏极大，有多少高楼大厦，万丈大堤毁于一旦就是它们的杰作。
11.
The developed technology is suitable for the production of low gage polymeric membranes of high porosity and narrow pore size distribution.
此技术适合生产用于多孔和细孔分离的低量剂聚合物薄膜。
12.
Different Porosity Titanium Implants Effect the Function of Osteoblast Cells in Vitro;
不同孔隙度多孔钛种植体对成骨细胞功能影响的体外研究
13.
Bacterial enzymes are also preferred for the desirable end product qualities of porosity and breaking strength.
细菌性酶也适于生产多孔性及易碎的产品。
14.
Fractal Analysis of Permeability of Porous Media after the Capillary Pressure is Taken into Account;
考虑毛细压差后多孔介质渗透率的分形分析
15.
Study of the Effect of Capillary Pressure on Permeability;
考虑毛细压差后多孔介质渗透率的分形模型
16.
EXPERIMENTAL INVESTIGATIONS OF GAS FLOW CHARACTERISTICS THROUGH MICROPOROUS MEDIA
气体在微细多孔介质中的流动阻力研究
17.
EFFECTS OF NANOPOROUS PLLA SCAFFOLD ON LATE ENDOTHELIAL PROGENITOR CELLS BEHAVIOR
纳米多孔PLLA膜对晚期内皮祖细胞行为的影响
18.
Meanwhile the gapsalong cell borders appear between adjacent endothelial cells covering the angle and thetrabeculea. With time,the gaps constantly increase and enlarge.
覆盖房角及小梁的内皮细胞沿相邻细胞缘出现裂孔,随着时间的进展,裂孔不断增多变大。