作 者：
葛泽儒;李金泽;林玥彤;李慧杰;刘笑航;庞久寅
关键词：
纳米木聚糖;原子转移自由基聚合法;改性纳米木聚糖;密粘褶菌;抑菌性能
摘 要：
利用原子转移自由基聚合法(ATRP),将二甲基二烯丙基氯化铵中的季铵基团接枝到纳米木聚糖大分子引发剂表面,得到改性纳米木聚糖生物抗菌剂.以密粘褶菌作为木腐菌,开展木材防腐抗菌试验,探究不同质量分数改性纳米木聚糖生物抗菌剂对密粘褶菌的抑制作用.通过测定木材失重率得到不同质量分数改性纳米木聚糖生物抗菌剂的耐腐等级;观察被密粘褶菌侵蚀的木材内部菌丝生长状态,探究改性纳米木聚糖生物抗菌剂的抑菌效果.结果显示:改性纳米木聚糖生物抗菌剂的抗菌效果优于纳米木聚糖.
译 名：
Preparation of Modified Nano-xylans by Atom Transfer Radical Polymerization(ATRP)and Their Antibacterial Properties on Wood
作 者：
GE Zeru;LI Jinze;LIN Yuetong;LI Huijie;LIU Xiaohang;PANG Jiuyin;Wood Material Science and Engineering Key Laboratory of Jilin Province (Beihua University);
关键词：
nano-xylan;;atomic transfer radical polymerization;;modified nano-xylan;;Gloeophyllem trabeum;;antibacterial activity
摘 要：
The quaternary ammonium group in dimethyl diallyl ammonium chloride was grafted onto the surface of the nano-xylan macromolecule initiator by atom transfer radical polymerization(ATRP) to obtain the modified nano-xylan antibacterial agent.Wood antiseptic and antibacterial tests were carried out to study the inhibitory effect of modified nano-xylan biological antibacterial agents with different mass fractions on Gloeophyllum trabeum.By measuring the average weight loss rate of wood after the experiment, the corrosion resistance grade of modified nano-xylan biological antibacterial agent with different mass fractions was obtained.To observe the growth state of mycelia in wood eroded by Gloeophyllum trabeum,and explore the inhibitory effect of modified nano-xylan biological antibacterial agent.The results showed that the antibacterial effect of modified nano-xylans was better than that of nano-xylans.
