木质素纤维

颗粒状木质素纤维自动加料机的结构设计

Structure Design of Grain Shape Lignin Fiber Automatic Charging Machine

絮状木质素纤维自动加料机的使用与维护

Use and Maintenance of Catkin Form Wood Fiber Automatic Feeder

常州市石林工程材料有限公司是一家专业生产道路用和建筑用木质素纤维的大型企业。

Is a company specializing in the production of road use and lignin fibers used in construction of large enterprises .

木质素纤维的添加量和粒度对增强硬质聚氨酯泡沫塑料抗压强度有一定的影响。

The paper investigates the influence of content and granularity of lignin fibers on the compressive strength of reinforced polyurethane foams .

文章涉及一种颗粒状木质素纤维自动加料机的结构设计，对其基本技术参数的选择原则进行了分析。

The paper introduced the structure design of grain shape lignin fiber automatic charging machine , and analysed the collecting principle of its technical parameter .

近年来，从工程实际操作性来考虑，松散状路用木质素纤维逐渐被颗粒状路用木质素纤维所替代。

In recent years , granular cellulose fiber for road construction is considered for engineering of practice gender which substitute gradualness loose cellulose for road construction .

随着碱液浓度和碱煮时间的增加，黄麻、剑麻、红麻这三种S型木质素纤维的S/G值是先减小后增大的。

With the increase of alkali concentration and treatment time , the S / G ratio of S-lignin fiber of jute , sisal , kenaf decrease firstly and then increase .

试验对比分析了木质素纤维、腈纶纤维、聚酯类纤维和矿物纤维四种常见的沥青混凝土路用纤维的性能。

This experiment analyzed the road function properties of four familiar types of fibers in bituminous concrete , which are lignin fibers , acrylic fibers , polyester fibers and mineral fibers .

研究结果表明，玉米秸秆先采用蒸汽爆破法或温氧法预处理，使木质素和纤维分离，然后进行酶水解，可使纤维素转化率达85%，再利用酵母发酵生成酒精。

The research results indicated that the pretreatment of corn stalk by steam blasting procedure or warm oxygen method could successfully separate lignose and fibre , and enzyme hydrolysis could realize 85 % cellulose conversion rate , then yeast used for fermentation to produce alcohol .

木质素和粗纤维的密度在不同表现类型间没有显著差异，说明其与植株茎秆倒伏相关性不大。

Lignin density and coarse fiber density were not different among the lines studied , indicating that these two indicators is not associated with lodging-resistance in rape plants .

木质素酚醛树脂碳纤维的制备及表征

Preparation and Characterization of Carbon Fiber Derived from Lignin-Phenol-Formaldehyde Resin

木质素降解过程中纤维二糖脱氢酶和漆酶协同作用的初步研究

Preliminary Research on Synergies of Laccase and Cellobiose Dehydrogenase in Lignin Biodegradation

2003年江淮春冬两次降雪天气过程数值模拟和初步诊断分析木质素降解过程中纤维二糖脱氢酶和漆酶协同作用的初步研究

Analyses and Numerical Simulation on Two Snow Storms Occurred in Changjiang-Huaihe River Basin ; Preliminary Research on Synergies of Laccase and Cellobiose Dehydrogenase in Lignin Biodegradation

结果表明：预处理过程中对木质素的破坏和纤维质结构性质的改变促进糖化酶的酶解作用。

The result indicated that the destroy of lignin and the change of the structure of fibre can promote the enzymatic hydrolysis in the process of glucoamylase .

木质纤维是麦秸的主要有机组分，其中木质素和结晶态纤维在厌氧条件下很难被厌氧微生物分解，是影响麦秸厌氧生物产沼气的主要因素。

Wood fiber is the main organic components of the straw , lignin and crystalline fibers undered anaerobic conditions is difficult to anaerobic decomposition , which is the main factors to affect the straw anaerobic biological biogas production .