Modification of Pine-Wood/Formaldehyde-Urea Resin Composites Using Electron-Beam Radiation

Ming Xin Zhang; Jian Wei Huang; Nai Yan Wang

doi:10.4028/www.scientific.net/AMM.454.187

Paper Titles

Analysis of Evacuation Efficiency Based on Properties of Construction Materials with Seven Popular Space Combinations in Architecture Design
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Research on Evaluation Index System of Durability and Life Prediction for Concrete Structure
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Durability Evaluation of Concrete Structure Based on Fuzzy Extension AHP
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Finite Element Analysis of Continuous Curved Box-Girder Bridge
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Modification of Pine-Wood/Formaldehyde-Urea Resin Composites Using Electron-Beam Radiation
p.187

Heat Transfer Characteristics and Loading Performance of Ground-Source Heat Pump System Pile
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Research on Removal Impurities from Vein Quartz Sand with Complexing Agents
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Measurement on the Influence Lines of Bridge Responses Corresponding with Moving-Load Position
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Shaking Table Test of Steel Frame Structure in Sine-Swept Vibration and its Virtual Realization
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 454Modification of Pine-Wood/Formaldehyde-Urea Resin...

Modification of Pine-Wood/Formaldehyde-Urea Resin Composites Using Electron-Beam Radiation

Abstract:

Modification of pine woods which impregnated with formaldehyde-urea resin and subsequently cured by electron-beam (EB) radiation was studied. The results showed that the impregnated wood samples can easily cured by EB radiation under dose of 40~60kGy in air. And the water resistance and tensile strength of the wood samples were both improved significantly with proper treatments of impregnation and EB radiation curing.