Determination with glued wood pieces of different kinds of wood indicates that adhesive strength and water resistance of modified proteins are all superior to that of unmodified proteins.
将其用作不同硬度木质的黏合剂 ,经试验测定表明它们的黏合强度和阻水性都优于未改性SPI。
Study on the Preparation of High Strength Wood Granular Activated Carbons;
本文阐述木屑、竹屑、松根，油茶壳等木质废料（材）以及白炭制取高强度定形或不定形颗粒活性炭的关键技术问题，并深入探讨了粘结成型理论与工艺，对成品的性能用途方向亦作了分
Optimum structural design of wooden packaging box;
木质包装箱结构优化设计
Progress in Polymeric Materials Modified by Lignin;
木质素改性高分子材料研究进展
Preparation of an amphoteric lignin flocculant and its decolorization performance research;
两性木质素絮凝剂的制备及脱色性能研究
The characteristics of lignin of plant and soil samples in the Yangtze River (Changjiang) Drainage Basin;
长江流域植物和土壤的木质素特征
An overview of recent advances in biological lignocellulose to ethanol technology is presented.
木质纤维生物转化乙醇可以避免以粮食为原料生产燃料乙醇所带来的“与农争地”和“与人争食”的弊端,兼得经济、生态、环保、社会多重效益。
Ammoniation of lignocellulose fiber was studied in this paper.
进行木质纤维氨化反应研究,结果显示,氨水用量对氮含量影响最大,其次为反应温度,再次为过氧化氢用量和反应时间,实验条件下麦草木质纤维最佳氨化条件为:时间0。
This paper studied the effect of three kinds of water-reducing agent(lignosulfonate MG,naphthalene sulfonate FDN, polycarboxylate KH-JS)on setting time,fluidity and strength of building gypsum at 28 d,by using scanning electric microscope(SEM),the change of hydrated crystal morphology was also studied.
研究木质素类MG、萘系FDN和聚羧酸类KH-JS减水剂对建筑石膏的凝结时间、流动性、28d强度的影响规律,并通过扫描电镜(SEM)研究了水化后石膏晶体形貌的变化。