1.
Study on NaSCN Wet Spinning and Forming Process for PAN;
聚丙烯腈NaSCN湿法纺丝成形工艺研究
2.
The phase separation mechanism during coagulation process in PAN wet-spinning
PAN湿法纺丝凝固过程中相分离机理初探
3.
Recovery & Application in Waste Water of Making Acrylic Fiber with Wet-spinning
腈纶湿法纺丝生产过程中的污水回收及利用
4.
Purification and Wet-spinning of Recombinant Spider Silk Protein Produced by High Cell Density Fermentation;
蛛丝蛋白工程菌高密度发酵、表达产物纯化与湿法纺丝
5.
Study on Formation Mechanism of PAN-Based Carbon Fiber Precursor in Dry-jet Wet-spinning Process;
聚丙烯腈基碳纤维原丝在干湿法纺丝中的凝固成型机理的研究
6.
Because chitin has a high degree of crystallinity, it can only be diss olved in expensive organic solvents.
由于天然甲壳素结晶度高,在湿法纺丝过程中溶解甲壳素时需要使用价格较高的有机溶剂。
7.
Because chitin has a high degree of crystallinity, it can only be dissolved in expensive organic solvents.
由于天然甲壳素结晶度高，在湿法纺丝过程中溶解甲壳时需要使用价格较高的有机溶剂。
8.
Microstructure of PAN Precursor Fibers in Wet-spinning
湿法纺聚丙烯腈原丝的微观结构分析
9.
Surface active agents--Textile auxiliaries--Method for determination of wetting power in mercerizing bath
GB/T5558-1985表面活性剂纺织助剂丝光浴润湿力测定法
10.
Self-dialysis Wet-spinning of RSF Fibers Containing Xanthate and Their Structure and Properties;
含黄原酸盐再生丝素纤维自透析法湿纺成型及其结构性能研究
11.
A Study of One-stage Method and Wet-spinning Manufacture Processes of PAN-based Precursor Using NaSCN as Solvent;
以NaSCN溶液为溶剂一步法湿纺PAN基碳原丝工艺的研究
12.
testing methods for water vapour permeability of textile fabrics
纺织品透湿度试验方法
13.
Non-woven fabric lines (wet process)
无纺织物生产线(湿法)
14.
tow-to-sliver break spinning
丝束牵切成条纺纱法
15.
Study on the Wet Spinning of PEG/PLA and Electrospinning of SF/PLA;
湿法纺PEG/PLA和静电纺SF/PLA的研究
16.
Study on Formation Mechansim of PAN Precursor Spun from PAN/DMSO Solution by Dry-jet Wet-spinning Technology;
干湿纺聚丙烯腈碳纤维原丝的成形机理研究
17.
The influence of the solid content in spinning solution on the structure and morphology of PAN nascent fiber by wet spinning
纺丝液固含量对湿纺PAN初生纤维结构形态的影响
18.
This dry- spinning process is simpler and quicker than the wet- spinning process used with viscose or cuprammonium rayon.
与粘胶人造丝或铜铵人造丝生产时使用的湿法工艺相比,上述干纺工艺比较简单,生产速度也较快；