Barely Significant
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Hydrophobic treatments and their application with internal wall insulation.

UCL Open Environ · 2024 · PMC11577161 · PMID 39569137

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likely to be significantno p-value reported
The depth of penetration is likely to be significant because the thermal resistance and diffusivity of the mostly dry hydrophobised zone will reduce the amplitude of temperature variations at the depth where moisture content can reach levels necessary for damage to initiate.

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