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Evaluation of the Disparity Effect in the Amounts of Weathering Agents on the Archaeological Pine Wood “&i&Pinus sp.&/i&”

机译:评估考古松木上的耐候性效应的视差效应“& i& pinus sp。& / i&”

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The aim of this research is to focus on the deterioration appearances of Pine wood “ Pinus sp. ” that has been widely used as an external architectural element in Egypt. The wooden lintels in this research were exposed to the influence of weathering factors which are varying in their amounts. This variation in the amounts was reflected in the appearance of the surface, at the anatomical structure of the pine wood, and at the changes in the main components of wood. To clarify all these changes, a comparison was made between wooden lintels exposed to two kinds of environments. Some very small samples from these environments had been chosen and examined by using the digital microscope and the Scanning Electron Microscope (SEM) which clarify the surface and anatomical changes of deteriorated wood. The Fourier transform Infrared Spectroscopy (FTIR) was used also to show the extent of changes in the main wood components. The results showed a clear difference in the surface, anatomical and chemical changes in the wood at these two different environments. In the first environment with high moisture levels, the wood was damaged more than in the other environment with high-temperature levels.
机译:该研究的目的是专注于松木的恶化外观“Pinus SP。 “这已广泛用作埃及的外部建筑元素。该研究中的木制门暴露于耐候因子的影响,这些因素在其量中变化。该量的这种变化在表面的外观上反映在松木的解剖结构,以及木材主要成分的变化。为了澄清所有这些变化,在暴露于两种环境的木门之间进行了比较。通过使用数字显微镜和扫描电子显微镜(SEM)来选择和检查来自这些环境的一些非常小的样品,该扫描电子显微镜(SEM)阐明了劣化木材的表面和解剖变化。傅里叶变换红外光谱(FTIR)也用于显示主木组分的变化程度。结果表明,这两个不同环境中木材的表面,解剖学和化学变化的含有明显差异。在具有高水分水平的第一个环境中,木材损坏超过在其他环境中具有高温水平。

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