The goal of this paper is twofold, that is, (a) to provide an overview of the radiometric content of residues and by-products used in building material production; (b) to evaluate the radiological impact of building products containing these materials, by using the European Union Activity concentration Index I and the computational ISS room model. To achieve the above, coal ash, blast furnace slag, phosphogypsum and bauxite residues are assessed with data from EU countries and industries worldwide. In terms of radiological assessment, the ISS room model is employed as a computational tool, providing an accurate and specific estimate of the contribution of building materials to the indoor dose. As a result, the work herein aspires to provide...
Many industrial by-products contain Naturally Occurring Radioactive Materials (NORM) that normally r...
Purpose Despite advances in the development of impact categories for ionising radiation, the focus o...
The paper investigates a possible hazard originating from natural radionuclides in building material...
The depletion of energy resources and raw materials has a huge impact on the building market. In the...
The estimation of the radioactivity levels of materials utilized in construction sectors is crucial ...
Scientific data on natural occurring radioactive materials (NORMs) is available in unknown quantitie...
To get an insight into the radiological features of potentially reusable by-products in the construc...
We hereby have considered the natural radioactivity of building materials as a source of radiation f...
Naturally Occurring Radioactive Materials in Construction (COST Action NORM4Building) discusses the ...
This contribution presents an analysis of the question of using waste materials as building material...
Individuals receive a significant part of their radiation exposure indoors. We anticipate that this ...
The building industry uses large amounts of waste products: in some cases, new construction material...
Bauxite Residue (BR) is a potentially valuable source of metals and construction materials, which th...
The work examines the issue of radioactivity of construction materials. The introduction deals with ...
The potential impact of ionising radiation from enhanced exposure to Naturally Occurring Radioactive...
Many industrial by-products contain Naturally Occurring Radioactive Materials (NORM) that normally r...
Purpose Despite advances in the development of impact categories for ionising radiation, the focus o...
The paper investigates a possible hazard originating from natural radionuclides in building material...
The depletion of energy resources and raw materials has a huge impact on the building market. In the...
The estimation of the radioactivity levels of materials utilized in construction sectors is crucial ...
Scientific data on natural occurring radioactive materials (NORMs) is available in unknown quantitie...
To get an insight into the radiological features of potentially reusable by-products in the construc...
We hereby have considered the natural radioactivity of building materials as a source of radiation f...
Naturally Occurring Radioactive Materials in Construction (COST Action NORM4Building) discusses the ...
This contribution presents an analysis of the question of using waste materials as building material...
Individuals receive a significant part of their radiation exposure indoors. We anticipate that this ...
The building industry uses large amounts of waste products: in some cases, new construction material...
Bauxite Residue (BR) is a potentially valuable source of metals and construction materials, which th...
The work examines the issue of radioactivity of construction materials. The introduction deals with ...
The potential impact of ionising radiation from enhanced exposure to Naturally Occurring Radioactive...
Many industrial by-products contain Naturally Occurring Radioactive Materials (NORM) that normally r...
Purpose Despite advances in the development of impact categories for ionising radiation, the focus o...
The paper investigates a possible hazard originating from natural radionuclides in building material...