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首页> 外文会议>International Symposium on Selected Processes at the Wood Processing >The effect of thickness of medium density fiberboard produced of hardwood tree species on their selected physical and mechanical properties
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The effect of thickness of medium density fiberboard produced of hardwood tree species on their selected physical and mechanical properties

机译：硬木树种厚度纤维板厚度对其所选物理和机械性能的影响

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In Bulgaria, there is sufficient raw material as well as established technologies for fiberboard production of hardwood tree species. In general, MDF production from such raw-material is characterized by a number of technological difficulties mainly related to low compression ratio and smaller slenderness of fiber elements.The presented scientific experiments cover characteristic features and the effect of different thicknesses on the production of MDF from hardwood tree species - beech (Fagus silvatica L) and Turkey oak {Quercus cerris L). The experimental matrix and regime factors of hot-pressing are in correlation with thicknesses of boards. The regression models describing the effect of thicknesses on main properties of medium-density fiberboard are deduced and analyzed from the output data and the proper conclusions are made.
机译：在保加利亚，有足够的原材料以及硬木树种纤维板生产的建立技术。通常，来自这种原料的MDF产生的特征在于与低压缩比和较小的纤维元素的细长的技术困难的特征在于，所呈现的科学实验涵盖了特征特征和不同厚度对MDF的产生的影响硬木树种类 - 山毛榉（Fagus Silvicata L）和土耳其橡树{Quercus Cerris L）。热压的实验矩阵和制度因素与板厚度相关。描述了描述厚度效果对中密度纤维板主要性质的回归模型，并从输出数据中分析并进行了正确的结论。

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