木纤维板或其他木质材料纤维板，不论是否用树脂或其他有机粘合剂粘合。
Fibreboard of wood or other ligneous materials, whether or not bonded with resins or other organic substances.
木糖的有效利用是木质纤维素全利用的基础。
Efficient use of xylose is the basis for using lignocellulose completely.
因此，新建造的屋顶和立面采用木质结构系统，利用OS B面板和天然绵羊毛木纤维板做保温隔热。
Therefore, the new roof and facade were built out of a structural wood-frame construction system using OSB panels and natural sheep wool and wood-fibre boards for insulation.
表面有机化改性是提高木质填料（木纤维或木粉）的分散程度和增强其与聚合物基体界面相互作用的重要手段。
Surface organic modification plays an important role in improving wood fillers (xylon and wood flour) dispersion and enhancing the interfacial interactions between the wood fillers and polymer matrix.
桔秆等同时制得木糖，葡萄糖，草酸，木质素和纤维素的无污染方法。
Concurrent xylose, glucose, oxalic acid, lignin and cellulose-producing pollutionless process with straw as material.
三组分热裂解焦炭产量随温度升高而降低，最终纤维素热裂解焦炭产量为1.5%，而木聚糖和木质素分别为22%和26%。
The char yield for cellulose, xylan and lignin decreases with temperature rise, and finally closes to a constant value about 1.5%, 22% and 26%.
已有的研究表明，低等木食性白蚁对木质纤维素等植物源食物的消化主要与其肠道共生微生物有关。
It has been shown that the symbiotic gut microbiota in wood-feeding lower termites plays an important role in the digestion of different plant components.
三组分热裂解焦炭产量随温度升高而降低，最终纤维素热裂解焦炭产量为1.5%，而木聚糖和木质素分别为22%和26%。
The yield of pyrolysis coke decreased with the increase of temperature, and the yield of cellulose pyrolysis coke was 1.5%, while the yield of three and lignin were 22% and 26% respectively.
公司产品有：木质吸音板、木丝吸音板、布艺吸音板、纤维吸音板、干挂装饰板等各种类型吸声材料及装饰板。
Company products are: the wood is sound-absorbing board, wood silk is sound-absorbing board, cloth art is sound-absorbing board, fiber is sound-absorbing board, dry-hanging accessories etc.
表层单板的纤维倾斜角对木—塑、木—纤、木—金复合材料及木塑复合层压板等木质复合材料的传声速度和动态弹性模量有显著影响。
The results were summarized as follows:(1) Grain angles of face veneer have significant effects on sound velocities and dynamic Young's moduli of WP, WF, WM and WPPW.
结果表明，随贮藏时间延长，绿芦笋细胞壁半纤维素的主要降解物木糖、岩藻糖残基增加了211.2%，纤维素的主要降解物葡萄糖残基增加了329.3%，木质素含量增加了280.3%。
The results indicated that glucose derived from cellulose of cell walls, xylose and fructose derived from semi-cellulose and lignin content increased 211.2%, 329.3% and 280.3%, respectively.
结果表明，随贮藏时间延长，绿芦笋细胞壁半纤维素的主要降解物木糖、岩藻糖残基增加了211.2%，纤维素的主要降解物葡萄糖残基增加了329.3%，木质素含量增加了280.3%。
The results indicated that glucose derived from cellulose of cell walls, xylose and fructose derived from semi-cellulose and lignin content increased 211.2%, 329.3% and 280.3%, respectively.
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