Granite slabs between radiation emission and design
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2023-12-07 11:08
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504.064.3:550.4:691.212 (1)
Știința mediului înconjurător (928)
Științe auxiliare ale geologiei (91)
Materiale de construcție. Părți ale construcțiilor (60)
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ENE, Antoaneta, PASCU, Eugenia, STĂVĂRACHE, Mădălina. Granite slabs between radiation emission and design. In: Environmental Challenges in the Black Sea Basin: Impact on Human Health, 23-26 septembrie 2020, Galaţi. Cluj-Napoca, România: Universitatea „Dunarea de Jos”, Galați, 2020, pp. 44-45. ISBN 978-606-17-1691-3.
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Environmental Challenges in the Black Sea Basin: Impact on Human Health 2020
Conferința "Environmental Challenges in the Black Sea Basin: Impact on Human Health"
Galaţi, Romania, 23-26 septembrie 2020

Granite slabs between radiation emission and design

CZU: 504.064.3:550.4:691.212

Pag. 44-45

Ene Antoaneta, Pascu Eugenia, Stăvărache Mădălina
 
"Dunarea de Jos" University of Galati
 
Proiecte:
 
Disponibil în IBN: 7 decembrie 2020


Rezumat

Granite paving is a hard wearing product, being ideal for use in driveways, patios, pathways‚ streetscapes and market places. Recently, several sidewalks were arranged in the Galati town, using as pavement materials granite slabs in various shapes and colors.
Because the levels of ambient radiation are not known, we measured the gamma radiation dose values with the aid of a DIGILERT portable radiometer1\0000+. Central areas of the municipality were chosen, where the granite slabs were mounted over long distances. Measurements results highlighted that in some areas granite sidewalk showed higher radioactivity level than in other locations and public parks of the town, the average dose rate ranging between 185 nSv/h and 234 nSv/h, with maximum values in the range 218-327 nSv/h.