Natural radioactivity analysis and radiological impact assessment from a coal power plant

Natural radioactivity analysis and radiological impact assessment from a coal power plant

Background: Through combustion, a coal-fired power plant produces by-products, such as fly ash and bottom ash, which contain significant concentrations of radionuclides that cause environmental contamination, leading to health problems. Materials and Methods: This study investigated the specific act...

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Bibliographic Details
Main Authors: Mohamed H., Pauzi A.M., Ahmad N., Karim N.A., Wazir M.N.U.I., Zaiul Bahri C.N.A.C., Idris M.I.
Other Authors: 59095089800
Format: Article
Published: Novin Medical Radiation Institute 2024
Subjects:
bottom ash
Coal
fly ash
K-40
thorium-232
uranium-238
germanium
naturally occurring radioactive material
potassium 40
radioactive material
radioisotope
thorium 232
unclassified drug
uranium 238
absorbed dose rate
annual effective dose equivalent
Article
cancer risk
coal-fired power plant
excess lifetime cancer risk
gamma spectrometry
human
natural radioactivity
radiation dose
radiation hazard
radioactivity
radiology
risk factor
sampling
X ray diffraction
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