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Study on Properties of Modified Poplar Wood

机译:改性杨木木材性能研究

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摘要

The paper based on a comparative study between poplar wood and modified poplar wood, concerning dimensional stability, physical and mechanical properties. The result showed that air-dry density and ASE value of modified wood samples were increasing in different levels with change of the modifier concentration, compared with untreated poplar wood. The air-dry density of modified wood reached 0.41 g/cm3 with increase of 5.3% compared to poplar wood. ASE reached 47.8% and the water-absorption ratio decreased by 38% at most when the modifier concentration was 30 wt.%. Moreover, the MOE and MOR of modified poplar wood increased up to 27.4% and 13% respectively when the modifier concentration was 25 wt.%. The SEM spectrum showed some wood rays and the gaps between staggered fibers were filled by modifier.
机译:本文基于杨树木材和改性杨木木材的比较研究,关于尺寸稳定性,物理和力学性能。结果表明,随着未处理的杨木木材相比,改变改性木样品的风干密度和改性木样品的ASE值越来越多。与白杨木材相比,改性木材的风干密度达到0.41g / cm 3,增加5.3%。 ASE达到47.8%,当改性剂浓度为30重量%时,吸水率最多可下降38%。%。此外,当改性剂浓度为25重量%时,改性杨树木材的MOE和MOR分别增加了27.4%和13%。%。 SEM光谱显示出一些木射线,交错纤维之间的间隙被改性剂填充。

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