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利用响应面法研究微孔处理杨木单板的胶合性能
引用本文:唐忠荣,黄健,戴玉玲,丰江拓.利用响应面法研究微孔处理杨木单板的胶合性能[J].东北林业大学学报,2015(2):66-69.
作者姓名:唐忠荣  黄健  戴玉玲  丰江拓
作者单位:中南林业科技大学,长沙,410004
基金项目:湖南省教育厅重点项目(11A129)。
摘    要:利用响应面法分析研究了经微孔处理后的杨木单板的胶合性能。通过对杨木单板进行微孔处理,可使胶黏剂通过微孔渗入单板体内,增加杨木单板的本体强度,同时也可使相邻胶层透过微孔形成一体而增加单板的胶合强度等,以期制造出一种高性能的地板基材。结果表明:在试验范围内,随微孔孔径增大,孔距减小和施胶量的增加,其胶合强度增加;随热压压力增加,胶合强度先增强,当压力超过0.8 MPa,胶合强度反而降低。

关 键 词:杨木单板  微孔处理  胶合强度  响应面法

Bonding Properties of Poplar Veneer Punched with Micro-holes by Response Surface Methodology
Tang Zhon-grong,Huang Jian,Dai Yuling,Feng Jiangtuo.Bonding Properties of Poplar Veneer Punched with Micro-holes by Response Surface Methodology[J].Journal of Northeast Forestry University,2015(2):66-69.
Authors:Tang Zhon-grong  Huang Jian  Dai Yuling  Feng Jiangtuo
Abstract:We studied the bonding properties of poplar veneer punched with micro-holes by using response surface experiment. The permeability of poplar veneer increased after micro-hole punching.The adhesive could penetrate into the veneer through these micro holes, and the poplar veneer was strengthened.Through micro holes, the neighboring glue lines formed a whole to increase the bonding strength of veneers.Expecting to produce a high performance floor material.The bonding strength of poplar plywood increased with the increasing of micro-hole diameter,resin content , and the decreasing of holes distance.With the increasing of hot pressing pressure, the bonding strength was improved firstly, however, it declined when the pressure exceeded 0.8 MPa.
Keywords:Poplar veneer  Micro-hole punching  Bounding strength  Response surface experiment
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