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Moisture content measurement and surface water absorption test in the inner gallery of Bayon for the conservation of the bas-relief

机译:在Bayon内廊进行水分含量测量和地表吸水测试,以保护浅浮雕

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摘要

The bas-relief carved on the sandstone wall in the central part of the inner gallery of Bayon in the Angkor monuments, Cambodia, has been severely damaged mainly due to calcite crystallization. In order to confirm the mechanism of salt weathering and help determine conservation measures for the bas-relief, measurements of the annual change in the moisture content in the bas-relief were conducted. We found that water supplied from the platform behind the bas-relief is the cause of calcite crystallization. It is therefore indispensable for the conservation of the bas-relief to prevent the water permeating from the inside of the platform behind it. As precipitated calcite from the water block pores near the surface of the sandstone, the surface water absorption test is a useful method to evaluate the degree of the salt weathering.
机译:雕刻在柬埔寨吴哥窟巴戎内廊中央部分砂岩墙上的浅浮雕已受到严重破坏,这主要是由于方解石结晶所致。为了确定盐风化的机理并帮助确定浅浮雕的养护措施,对浅浮雕中水分的年变化进行了测量。我们发现从浅浮雕后面的平台供应的水是方解石结晶的原因。因此,对于保护浅浮雕,防止水从其后面的平台内部渗透是必不可少的。由于方解石是从砂岩表面附近的水孔中沉淀出来的方解石,因此地表吸水率测试是评估盐的风化程度的有用方法。

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