Department of Historic Objects Conservation, Faculty of Building and Architecture, Lublin University of Technology
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Published:
Dec 11, 2012
Issue Vol. 11 No. 2 (2012)
Articles
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Architecture versus a place context
005-013
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Dialogue with surroundings
015-023
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Directions of the development of single-family housing in Poland compared to the European trends
025-034
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The open form in the works of various architects
035-054
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A new opportunity of restoration and modernization of the old Sobieski’s Palace located at Bernardyńska 13 in Lublin
055-063
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The architectural analysis of tenement at Bernardyńskiej 9 in Lublin
065-071
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Architectural transformations of the buildings on estate at Rybna 5 street in Lublin
073-081
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Infrastructure for spatial information INSPIRE – branch profile metadata with range of cultural heritage protection
083-098
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Department of Historic Objects Conservation, Faculty of Building and Architecture, Lublin University of Technology
099-112
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The method of research and structure analysis of the historic mortar. Part I – the macroscopic and microscopic - in visible light and electron microscopy
113-120
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Prediction of construction and assembly production in the province of Lower Silesia. Part I
121-137
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Abstract
State of knowledge about how to use chemical injection in calcareous rock is unsatisfactory. This results, primarily, from the locality using of the stone and its small porous structure. Companies offering preparations to carry out this type of insulation, usually focus on the walls made of widely used in construction materials. Offered measures have not been tested for their applicability in such an unusual and as it turns out, the „difficult” material. The first of two articles will be devoted to research the possibility of producing a hydrophobic layer in calcareous stone and mortar and an assessment of its effectiveness.
Keywords:
insulation, chemical diaphragm, waterproofing formulations, calcareous stone
Article Details
Trochonowicz, M. (2012) “Department of Historic Objects Conservation, Faculty of Building and Architecture, Lublin University of Technology”, Budownictwo i Architektura, 11(2), pp. 099–112. doi: 10.35784/bud-arch.2222.
