| 1. | The prospect of composite material from regenerate cellulose and collagen
再生胶原纤维与植物纤维复合材料的发展前景 |
| 2. | Quantitative chemical analysis of ternary mixtures of cotton , regenerated cellulose and protein substances
棉再生纤维素和蛋白质物质三元混合物的定量化学分析 |
| 3. | Textiles . quantitative chemical analysis of binary mixtures of regenerated cellulose fibres and cotton
织物.再生纤维素纤维和棉纤维二元混纺织物的定量化学分析 |
| 4. | Testing of textiles ; quantitative analysis of binary mixtures , natural or regenerated cellulose fibres with polyester fibres , sulphuric acid method
纺织品试验.二元混合物成份的定量分析.天然或再生纤 |
| 5. | Packaging code - regenerated cellulose film , films made of plastics , aluminium foil , flexible multilayer structures and metallized materials
包装规程.第21节:再生纤维素薄膜,塑料薄膜,铝箔,挠性多层板和金属化材料 |
| 6. | Testing of textiles - quantitative analysis of binary mixtures - regenerated cellulose fibres with other fibres , especially cotton ; formic acid zinc chloride method
纺织品的试验.二元混合物的定量分析.含有其它纤维特 |
| 7. | The study also shows that the increase of tio2 content lead to the ascent of particle density but had few effects on the pore structure , confirming that superfine tio2 had been successfully entrapped in the regenerated cellulose matrix
研究表明，钛白粉加量的增加会使基质的密度线性增加，但对基质的孔结构影响不大，说明超细颗粒已被有效地包埋进再生纤维素骨架之中。 |
| 8. | The paper summarizes the development of new type of textile fiber , introduced new fiber and fabric products that could be developed by use of colourful cotton , modified wool , new synthetic fiber , new protein fiber and regenerated cellulose fiber
摘要综合论述了各种新型纤维的发展历史及其特点，介绍了彩棉、改性羊毛、新型合纤、新型蛋白纤维和新型再生纤维素纤维所适应开发的新产品及面料。 |
| 9. | On the base of analyzing and comparing merits and drawbacks of the available matrices for eba , the author put forward his study idea , which adopted the composite of regenerated cellulose and superfine tio2 , respectively as reactive matrix and densifier , to prepare a spherical hydrophilic matrix for eba
在分析和比较已有扩张床基质优缺点的基础上，作者提出了自己的研究思路，即采取再生纤维素和超细钛白粉分别作为反应性骨架材料和增重剂，复合制备出球形亲水性扩张床基质。 |
| 10. | In this article is summarized the significance of developing regenerated cellulose fiber materials and are also analized the influences of the materials on the functions of the regenerated celluloee fiber based on this natural material ' s different structures and features with some suggestions for the breakthrough of their application and future development put forward
摘要总结了再生纤维素材料开发的意义，针对不同天然材料的结构和功能特点，分析了各类材料能对再生纤维素纤维的性能所做的贡献，并提出了该类材料应突破的瓶颈所在和未来发展的建议。 |
