The natural radionuclides 210Po, 210Pb and 226Ra activities in the marine sediment around Sultan Abdul Aziz Power Station, Kapar, Selangor were determined at twenty-one selected stations. The range activities of 210Po, 210Pb and 226Ra determined were from 0.949 dpm/g to 5.610 dpm/g, 0.089 dpm/g to 2.158 dpm/g and 0.06 dpm/g to 3.244 dpm/g, respectively, with activities patterns as 210Po > 210Pb > 226Ra. Generally, the level activity for stations located at the estuary, coastal line and outfall of effluent were high because those areas direct received input from the Power Station. The obtained level of 210Po, 210Pb and 226Ra were still safe for marine ecosystem
Surface sediment samples were collected at 31 stations in the east and west coasts of Peninsular Mal...
Naturally occurring radionuclide 210Po which is an element of 238U decay series, contribute to the r...
The relationship, input and output of 210Po has been investigated in the dissolved (<0.4μm) and part...
Various environmental samples (seawater, TSS, sediment, rainwater and fly ash) from eight different ...
The paper presents the systematic investigations on the activity concentrations of 210Po and 210Pb i...
AbstractThe paper presents the systematic investigations on the activity concentrations of 210Po and...
This paper reports distribution of naturally occurring radionuclides and uranium activity ratio in m...
Phosphate deposits are generally characterised by enhanced radionuclides concentration compared to a...
This paper reports on the distribution of three natural radionuclides 238U, 232Th and 40K in marine ...
With the rapid development of nuclear power, the radiation impacts on edible marine organisms, and t...
To provide baseline data on background radiation levels for the future assessment of the impact of n...
Fly ash and bottom ash from coal combustion can contain natural radionuclides with a certain concent...
DISTRIBUTION OF NATURAL AND ANTHROPOGENIC RADIONUCLIDES IN SURFICIAL SEDIMENTS OF JAKARTA BAY. The c...
The presence of natural radioactivity and 137Cs has been investigated in fresh media obtained from S...
PubMed ID: 22317793In recent years, there has been increasing interest in the significance of natura...
Surface sediment samples were collected at 31 stations in the east and west coasts of Peninsular Mal...
Naturally occurring radionuclide 210Po which is an element of 238U decay series, contribute to the r...
The relationship, input and output of 210Po has been investigated in the dissolved (<0.4μm) and part...
Various environmental samples (seawater, TSS, sediment, rainwater and fly ash) from eight different ...
The paper presents the systematic investigations on the activity concentrations of 210Po and 210Pb i...
AbstractThe paper presents the systematic investigations on the activity concentrations of 210Po and...
This paper reports distribution of naturally occurring radionuclides and uranium activity ratio in m...
Phosphate deposits are generally characterised by enhanced radionuclides concentration compared to a...
This paper reports on the distribution of three natural radionuclides 238U, 232Th and 40K in marine ...
With the rapid development of nuclear power, the radiation impacts on edible marine organisms, and t...
To provide baseline data on background radiation levels for the future assessment of the impact of n...
Fly ash and bottom ash from coal combustion can contain natural radionuclides with a certain concent...
DISTRIBUTION OF NATURAL AND ANTHROPOGENIC RADIONUCLIDES IN SURFICIAL SEDIMENTS OF JAKARTA BAY. The c...
The presence of natural radioactivity and 137Cs has been investigated in fresh media obtained from S...
PubMed ID: 22317793In recent years, there has been increasing interest in the significance of natura...
Surface sediment samples were collected at 31 stations in the east and west coasts of Peninsular Mal...
Naturally occurring radionuclide 210Po which is an element of 238U decay series, contribute to the r...
The relationship, input and output of 210Po has been investigated in the dissolved (<0.4μm) and part...