The delignification is strong.
高细度、高分散度改性AQ改善了AQ常温下的溶解性、渗透性及分散性 ,且脱木素作用较强 ,适于非木材纤维原料制
Concerning the delignification mechanism,the results indicated that 2.
对马来西亚的油棕榈果球丝烧碱-蒽醌法蒸煮工艺及其蒸煮脱木质素机理进行了研究,结果表明:在所选蒸煮工艺范围内,影响油棕榈果球丝烧碱-蒽醌法蒸煮脱木质素率、纸浆得率和黑液残碱的主要因素是蒸煮最高温度,其次为用碱量,影响最小的为保温时间。
Extent of lignin oxidation thus estimated well correlated to the delignification.
定量地证明了在氧漂过程中木质素氧化是脱木质素反应的实质。
The research status and development trend of biomimetic delignification catalyzed by metal complexes were reviewed.
综述了目前金属配合物仿酶催化脱木质素的研究现状及发展趋势,着重评价了卟啉类和非卟啉类金属配合物作为木质素氧化降解的仿酶催化剂的效果,对金属配合物仿酶催化脱木质素技术的应用前景进行了展望。
Research Development on Delignification Mechanism and Kinetics of Non-wood Fiber Materials;
非木材纤维原料蒸煮脱木素反应机理和动力学的研究进展
Recent development on research of peracids for delignification and bleaching of pulp;
过氧酸脱木素和漂白研究近况
In this paper, the delignification kinetics of auto-catalyted ethanol pulping of reed was studied by determining the variation of residual lignin with the changes of the time at the maximum temperature of 180℃, 185℃, 190℃ and 195℃ respectively.
研究表明荻苇自催化乙醇制浆脱木素反应为一级反应;脱木素速率明显地分为两个阶段保温开始至30min左右为大量脱木素阶段,从保温30min至保温结束,为残余木素脱出阶段;大量木素脱出阶段和残余木素脱出阶段的反应活化能Ep和Er分别为77。