Different pretreatment methods, such as dilute acid, NaOH, ammonia steeping and steam explosion, were evaluated for the cellulosic material.

Application of immobilized cellobiase in cellulosic material hydrolysis

固定化纤维二糖酶在纤维原料水解中的应用

Simultaneously Saccharification and Lactic Acid Fermentation for Using Cellulosic Material as Raw Material in a Coupling Bioreactor

利用纤维原料在串联式生物反应器中协同酶解发酵乳酸

Besides, the efficiency of biogas production is also affected by the degradation and conversion efficiency of cellulosic material.

其次，沼气产气速率还受到其主要发酵原料-纤维素类物质的降解和转化效率的影响。

Study on the rate and the course of the reaction between chlorine gas and the lignin in plant cellulosic material

氯与植物纤维原料中木素的反应速度及反应性质的探讨

Studies on Bioconversion of Renewable Cellulosic Material to Produce Lactic Acid

可再生纤维素原料生物转化产乳酸的研究

Study on the preparation of spherical macroporous cellulosic ion exchanger and its adsorption properties(ⅲ) adsorption properties for protein using spherical macroporous cellulosic anion exchanger

大孔球形纤维素离子交换剂的制备及其对蛋白质的吸附富集性能研究.Ⅲ.球形纤维素阴离子交换剂对蛋白质的吸附富集性能研究

But Brekke agrees with the Rice University study in that using corn for ethanol may not work well everywhere and that development of cellulosic ethanol from waste products and other plants makes sense.

但是，对于莱斯大学报告中所称，利用玉米生产乙醇燃料并非处处行得通这一点，布莱克表示同意。她也认为利用农业废料和其他纤维质作物生产乙醇言之有理。

Pretreated corn cob is a kind of cellulosic waste left in the industrial production process of xylose, which is made from corn cob hydrolyzed by acid. There has been a great amount of it usually pooled intensively at some place.

木糖渣是工业生产中玉米芯经酸水解制取木糖后剩下的纤维残渣，量大而集中。

Corn straw is crops residue which full of cellulose. It is important to convert cellulosic waste materials into simple carbohydrate or protein. Because it can solve environmental pollution as well as alleviate grain crisis.

玉米秸秆是纤维组分含量很高的农作物残留物，若能将这些秸秆纤维废弃物经微生物转化为简单糖类或蛋白质等产品，既可以解决环境污染，又可以作为饲料，缓解粮食危机。

Bioconversion of Cellulosic Waste

纤维素废弃物的生物转化

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。