In 1995 the Clay Brick and Paver Institute (CBPI) commissioned CSIRO's Division of Building Construction and Engineering to measure the thermal conductivity of current Australian bricks and Zsembery, Clarke and McNeilly described the testing in a paper in Masonry International [1]. That paper compares brick density and thermal conductivity in 14 different Australian bricks, but subsequent examination indi- cates that one of the tested panels should not have been included because it includ- ed a layer of plasterboard and two of them were made from bricks with non- typical properties; one used a clay with an unusually high body density and one had very large cores so that it was laid with face-shell bedding rather than on a full mortar bed.
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机译：1995年，Clay Brick and Paver Institute（CBPI）委托CSIRO的建筑工程部负责测量当前澳大利亚砖的热导率，Zsembery，Clarke和McNeilly对该测试进行了描述，并发表在Masonry International [1]中。该论文比较了14种不同的澳大利亚砖的砖密度和导热系数，但随后的检查表明，不应包括其中一块被测板，因为其中包括一层石膏板，而其中两块是用不含石膏的砖制成的。 -典型特性；一种使用高密度的粘土，另一种使用非常大的芯，因此使用面壳铺垫而不是完整的砂浆床铺砌。
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