The structure of lignocellulose makes it hard to be degraded.
木质纤维素的结构导致其不易降解。
Efficient use of xylose is the basis for using lignocellulose completely.
木糖的有效利用是木质纤维素全利用的基础。
Study on the specific adsorption of catechin gallates by cedar lignocellulose.
杉树木质纤维素对酯型儿茶素类选择性吸附的研究。
The lignocellulose biomass from plant bioresources can be utilized in many ways.
植物生物资源的木质纤维素生物质可以用在许多方面。
Lignocellulose material are the most abundant renewable organic resource on the earth.
木质纤维素是地球上最充分的可更新的有机资源。
Technique of microbial pure culture can not resolve the puzzle of lignocellulose degradation.
微生物纯培养技术一直没有解决天然木质纤维素的分解难题。
The production of alcohol from lignocellulose is an effective way to improve energy structure.
利用木质纤维素制备乙醇是解决能源结构的有效方法。
It has special requirement in nutrient, and the decomposition ability to lignocellulose was weaker.
红菇对培养基的营养有特殊的要求，其分解木质纤维素的能力较弱。
Lignocellulose converted to bioethanol is currently a hot subject in bioenergy conversion research.
木质纤维素转化为乙醇是生物质能源转化过程中研究的热点。
For the conversion of lignocellulose into fuel ethanol by microorganisms is being studied intensively.
利用微生物将木质纤维素转化成乙醇已成为当前研究的热点。
The pretreatment of lignocellulose is a critical step in the production of fuel ethanol by lignocellulosic materials.
纤维质物料的预处理是木质纤维素原料生产燃料乙醇的关键步骤。
The main cell wall proteins of plant and the potential effects on enzymatic hydrolysis of lignocellulose are reviewed.
从植物自身细胞壁蛋白活性出发来研究木质纤维素的酶解，为研究其酶解机制和高效酶解方法提供了新思路。
For its distinct merits, enzymatic hydrolysis of lignocellulose was important, and was extensively researched and adopted.
目前木质纤维素酶水解因其具有明显优势而受到重视，被普遍研究和采用。
The results show that the process of biodegradation of lignocellulose is actually the simultaneous saccharification and fermentation.
发现在发酵过程中蜡样芽孢杆菌菌体产酶的过程也就是木质纤维素的降解糖化过程。
In the whole process of cultivation, 79.86% car-bon source for the growth and development of the fungus originated from lignocellulose.
且就整个栽培过程而言，姬松茸生长发育所需要的79.86%的碳源来自木质纤维素。
Each is made of chains of smaller molecules, and all three are often bound together in a complex called lignocellulose, particularly in wood.
他们都是有一系列更小的分子组成，它们三种合起来就被称为木质纤维素，尤其是在木头中。
Lignocelluose is the most abundant renewable resources in the world, and cellulase is the key of developing and applying lignocellulose.
木质纤维素是世界上最丰富的可再生性资源，而开发利用木质纤维素的关键就是纤维素酶。
The following hydrolysis reaction can be carried out under the homogeneous phase condition for the dissolving of the lignocellulose biomass.
溶解生物质以形成均相“生物质溶液”对于水解和预处理是非常重要的。
The content of the crystalline fraction in lignocellulose depends on the lignin removal and increases with the decrease of the lignin content.
研究确定，浆中结晶纤维素含量取决于木素脱出程度并随着木素含量的降低而增加。
Presently, the pretreatment methods of lignocellulose covered physical method, chemical method, physical & chemical method, and biological method.
目前，对木质纤维素原料的预处理方法主要有物理法、化学法、物理化学法、生物法。
The results showed that the differences of the lignocellulose content at different layers of the compost were not significant at the end of the cultivation;
结果表明，在栽培结束时，菌袋中不同料层木质纤维素含量的差异不大；
The essential technique in the ethanol fermentation from dilute-acid lignocellulose hydrolysates is to obtain the strains of tolerant ethanol and inhibitors.
在对木质纤维素稀酸水解液进行乙醇发酵中，耐发酵抑制剂和耐高浓度乙醇的菌种非常重要。
The effects of extracellular enzymes on the lignocellulose degradation and the succession of microbial community in agricultural waste composts were studied.
最后，研究了胞外酶对农业废物堆肥中木质纤维素降解及微生物群落演替的影响。
The batch-fermentation and fed-batch fermentation of dilute-acid lignocellulose hydrolysates to ethanol using different mixed immobilized cells have been studied.
在对木质纤维素稀酸水解液进行乙醇发酵中，耐发酵抑制剂和耐高浓度乙醇的菌种非常重要。
Wood-plastics composites are a kind of new material, which are formed by wood, wood fiber or other lignocellulose fibers with various plastics in different combining paths.
木塑复合材料是以木材或各种木质纤维素纤维材料为基本体，通过与塑料以不同复合途径形成的一种新型材料。
The results revealed that the extracellular protein contents of the culture and the degradation rale of the lignocellulose were increased gradually during cultivation time;
结果表明，在整个培养期间培养物的胞外蛋白含量、木质纤维素的降解率逐渐升高；酶活性变化较明显；
The results revealed that the extracellular protein contents of the culture and the degradation rale of the lignocellulose were increased gradually during cultivation time;
结果表明，在整个培养期间培养物的胞外蛋白含量、木质纤维素的降解率逐渐升高；酶活性变化较明显；
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