Bioconversion of Cellulosic Waste

Nowadays, these cellulosic waste are not in full utilization, but has caused serious environmental pollution.

目前这些纤维废弃物不但没有得到有效的利用，反而造成严重的环境污染。

Progress in researches on hydrogen production from cellulosic waste by hydrothermal treatment

纤维素废弃物水热处理制H2的研究进展

Effects of mixed microbes in cellulose decomposition

混合菌在纤维素降解中的作用研究

Consequently, isolating and cultivating high output cellulose decomposition fungus is a significant task.

因此，不断地分离和选育纤维分解高产菌株是一项重要而有意义的工作[2,3]。

Screening of Cellulose Decomposition Microorganisms and Analysis of Their Reciprocity

纤维素降解菌的筛选及相互作用分析

Effects of Cellulose Decomposition Microbes on Rice Straw Decomposition and Growth of Rice

纤维分解菌对稻草田间腐解和水稻生长发育的影响

Moreover, acid rain inhibited microbial respiration, cellulose decomposition, ammonia-oxidation, and nitrogen-fixation with different degrees.

酸雨对土壤微生物的呼吸强度、纤维素分解强度、氨化作用、固氮作用、硝化作用等都存在不同程度的抑制作用。

This shows that the neutral pH value is suitable not only for CH4 production, but also for cellulose decomposition and acid production.

中性pH条件不仅对产CH4是适宜的，同样对纤维素分解和产酸也是适宜的。

The thermal-stability of regenerated cellulose was maintained as the native cellulose with a high level.

利用TG-DTG技术表明了经离子液体再生的纤维素其热稳定性与原生纤维素相同，保持较高水平。

The results show that the complex microbial system can decompose filter paper, absorbent cotton, rice straw powder and sawdust effectively, especially has high degrading activity for the materials with higher native cellulose such as filter paper and absorbent cotton.

该复合系对滤纸、脱脂棉、稻秸粉和锯末等不同纤维素材料均有较强分解能力，相比之下对天然纤维素含量高的碳源（如滤纸、脱脂棉）分解活性更高。

Changes in the supermolecular structure of native cellulose during biodegradation

天然纤维素在生物降解过程中超分子结构的变化

Solvent process synthesis of supper high and low viscosity of hydroxyl ethyl cellulose

超高超低粘度羟乙基纤维素的液相合成

Drug release rate decreased as the viscosity of ethyl cellulose increased.

囊材粘度增加，药物释放速率降低；

Application of electrospun ethyl cellulose fibers in drug release systems

电场纺丝法制备药物缓释乙基纤维素纤维的研究

Principle of One-Step Preparation and Development of Highly Substituted Ethyl Cellulose

高取代度乙基纤维素的一步法合成机理及研究

Research on the pavement performance of loose cellulose fiber

松散状木质纤维路用性能研究

Research on Preparation of Granular Cellulose Fiber for Road Construction

颗粒状路用木质纤维制备研究

The TCF production technology is a new, green cellulose fiber technique.

TCF纤维生产工艺是一种新型、绿色环保纤维素纤维技术。

The Development of Dissolution Mechanism and Spinning Technique of Natural Cellulose Fiber

天然纤维素纤维的溶解机理及纺丝技术发展

Also presence of cellulose and high graded filler may give a good result of anti-shrinkage.

它是由丙烯酸和醇酸树脂基本材料改良配制，能够给予抗收缩的良好效果。