This article is focused on detection microorganisms appearing during production of gypsum plasterboards. The research is carried out within the project TAČR ZÉTA TJ02000235 Sádrokarton se zvýšenou odolností proti bilogické degradaci (Gypsum plasterboard with increased biodegradation resistance). This article shows first part of this issue what was detection of the most critical place of production, where is the highest risk of bacterial contamination and it open the area to find suitable modification of production process or recipes of gypsum plasterboards
Microbial activity following invasion of human-made structures and artifacts can have profound socia...
Damage caused by microbes results in compromised structural integrity. One key example is that of mi...
Introduction. The aim of the study was to evaluate the production of selected virulence factors by p...
The article introduces possibility how to use special material from plasterboard back to the product...
Microorganisms from damp indoor environments are known to be one of the main causes of the degradati...
There is a significant deterioration of mycological condition of premises with modern interiors synt...
The article presents the first results from research, which is deal with recycling of plaster boards...
The impact of building materials on the environment and the health of occupants is nowadays a priori...
The standard recycling process for construction, refurbishment and demolition plasterboard waste inv...
Construction materials are exposed to different conditions along the way from the sawmill, during st...
Biodeterioration has drawn the attention of different specialists who started to cooperate and to un...
AbstractThe paper is focused on degradation caused by microorganisms, a process called biodegradatio...
This paper aims at identification of biofilms composition taken from lime and lime-cement plasters. ...
Gypsum turns plaster when it is dehydrated, and it returns to gypsum when it is hydrated. Because of...
The article deals with a modern building material - fiber-reinforced concrete. Different types of fi...
Microbial activity following invasion of human-made structures and artifacts can have profound socia...
Damage caused by microbes results in compromised structural integrity. One key example is that of mi...
Introduction. The aim of the study was to evaluate the production of selected virulence factors by p...
The article introduces possibility how to use special material from plasterboard back to the product...
Microorganisms from damp indoor environments are known to be one of the main causes of the degradati...
There is a significant deterioration of mycological condition of premises with modern interiors synt...
The article presents the first results from research, which is deal with recycling of plaster boards...
The impact of building materials on the environment and the health of occupants is nowadays a priori...
The standard recycling process for construction, refurbishment and demolition plasterboard waste inv...
Construction materials are exposed to different conditions along the way from the sawmill, during st...
Biodeterioration has drawn the attention of different specialists who started to cooperate and to un...
AbstractThe paper is focused on degradation caused by microorganisms, a process called biodegradatio...
This paper aims at identification of biofilms composition taken from lime and lime-cement plasters. ...
Gypsum turns plaster when it is dehydrated, and it returns to gypsum when it is hydrated. Because of...
The article deals with a modern building material - fiber-reinforced concrete. Different types of fi...
Microbial activity following invasion of human-made structures and artifacts can have profound socia...
Damage caused by microbes results in compromised structural integrity. One key example is that of mi...
Introduction. The aim of the study was to evaluate the production of selected virulence factors by p...
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