丹霞寺古建筑木质构件损坏的内因分析:树种

Yan Yang, He Sun, Shuangmao Yang, Aifeng Wang, Rui Zhao, Wen Wang, Yiming He, Bin Li, Binxin Zhang, Qian Wu
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引用次数: 3

摘要

本研究通过明场显微镜对中国丹霞寺古建筑的部分木质构件进行了鉴定,并分别利用偏振光和荧光观察了细胞壁的化学成分。结果表明,样品分别属于栎属、榆属、柳属和胡杨属。在偏光和荧光观察下,栎属植物的纤维素成分主要被棕色腐烂真菌消耗,榆属植物的纤维素和木质素成分主要被白色腐烂真菌消耗。这四种树种本身都很容易受到昆虫的攻击。
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INTERNAL CAUSE ANALYSIS OF DAMAGE OF WOODEN COMPONENTS IN DANXIA TEMPLE ANCIENT ARCHITECTURES: TREE SPECIES
In the study, part of degraded wooden components of Danxia Temple ancient architectures in China were indentified through the bright field microscope, and chemical compositions in cell walls were observed using polarized and fluorescence lights, respectively. The results showed that samples were belonged to Quercus spp., Ulmus spp., Salix spp., and Populus spp., respectively. Cellulose composition in Quercus spp. was seriously consumed by brown decay fungi, cellulose and lignin compositions in Ulmus spp. were consumed by white decay fungi under polarized and fluorescence light observations. All of these four kind of tree species themselves were easily vulnerable to be attacked by insects.
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PREPARATION THE ROSE-LIKE HYDROPHOBIC SURFACE OF WOOD BASED MATERIALS BY SOFT LITHOGRAPHY PHYSICAL AND MECHANICAL CHARACTERIZATION OF PLANCHONELLA PACHYCARPA WOOD SPECIES FOR USE IN STRUCTURAL PURPOSE BENDING CHARACTERISTICS OF LAMINATED WOOD COMPOSITES CONSTRUCTED WITH BLACK PINE WOOD AND ARAMID FIBER REINFORCED FABRIC INTERNAL CAUSE ANALYSIS OF DAMAGE OF WOODEN COMPONENTS IN DANXIA TEMPLE ANCIENT ARCHITECTURES: TREE SPECIES INFLUENCE OF KRAFT LIGNIN ON THE PROPERTIES OF RUBBER COMPOSITES
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