文档介绍：
常压冷等离子体处理改善杨木单板胶合特
性的研究(I)——等离子体改性工艺的影
响#
5
10
章蓉,周晓燕,汤丽娟,杨雪慧,陈钊**
(南京林业大学木材工业学院,南京 210037)
摘要:采用常压介质阻挡放电产生的冷等离子体对杨木单板进行改性处理,研究处理功率、
处理速率和处理次数对杨木单板胶合特性的影响,结果表明:常压冷等离子体处理能显著地
改善杨木单板的胶合特性。经不同条件常压冷等离子体处理后,杨木胶合板的胶合强度提高
幅度为 10%~40%。较优的处理条件为:处理功率 ,处理速率 14m/min,处理次数:1
次。
关键词:常压冷等离子体;介质阻挡放电;杨木单板;胶合特性
中图分类号:
15
Improvement bondability of Poplar veneers by atmospheric
pressure dielectric barrier discharge Treatment(I)——The
effect of plasma treatment parameters
ZhangRong, Zhou Xiaoyan, Tang Lijuan, Yang Xuehui, Chen zhao
20
25
30
35
(College of Wood Science and Technology Nanjing Forestry University ,Nanjing 210037)
Abstract: The improvement bondability of Poplar veneers by atmospheric pressure dielectric
barrier discharge (DBD) treatment was investigated in this paper. The effect of processing power,
treatment rate and treatment times on the bonding strength of plywood were evaluated. The results
show that the treatment can improve the veneer bonding strength remarkably. The improved rate
of bonding strength ranges 10%~40%. Optimized processing conditions are as following:
processing power:, treatment rate : 14m/min and the treatment times: 1.
Key words: atmospheric pressure plasma;dielectric barrier discharge;poplar veneer;bonding
strength
0 引言
速生树种生长周期短,导致材质疏松,组织结构不均匀,木材强度低,易变形等问题,
这给单板类人造板的生产带来了技术上的难度[1]。尤其是对胶合强度和尺寸稳定性有高要求
的板材