Add to ORKGIn this study, 226Ra and heavy metal concentrations were studied to represent the radiotoxicity risk of groundwater of Abuja, North Central Nigeria. Groundwater samples were collected from five areas in Abuja, and measurements were taken by using inductively coupled plasma mass spectrometer. Radium (226Ra) concentrations were determined from 0.067 to 0.216 lg/L. The mean annual effective dose from the natural radionuclide of 226Ra for the inhabitants was estimated to be 2.2 9 10-5 mSv. In addition, life average daily dose and cancer mortality risk were calculated. As a result, radiological risks of 226Ra in groundwater are quite low, typically in the magnitude of 10-7 when compared with the international reference dose leve
Background: The problem of radon (Radon-222) in water is one of the daily health hazards faced by th...
Radon studies have been conducted in many countries of the world in indoor air but such studies in d...
AbstractThe largest fraction of the natural radiation exposure we receive comes from a radioactivega...
In this study, 226Ra and heavy metal concentrations were studied to represent the radiotoxicity ris...
The radiological risks associated with radium-226 in groundwater samples were analyzed using Inducti...
The radiological risks associated with radium-226 in groundwater samples were analyzed using Inducti...
The radiological risks associated with radium-226 in groundwater samples were analyzed using Inducti...
In this study, 226Ra and heavy metal concentrations were studied to represent the radiotoxicity risk...
226Ra concentrations were studied to represent the radiological risk of groundwater of the Giri and ...
A study of the radioactivity in groundwater from Tanke-Ilorin, Nigeria, has been carried out. Ten wa...
A study of the radioactivity in groundwater from Tanke-Ilorin, Nigeria, has been carried out. Ten wa...
The study is aimed at investigating the level of radon and to determine the health effect connected...
A study of the radioactivity in groundwater from Tanke-Ilorin, Nigeria, has been carried out. Ten wa...
Assessing the level of radon concentrations in water for domestic purposes is important because it w...
AbstractRadium is naturally occurring radioactive element in the earth's crust. It is chemically sim...
Background: The problem of radon (Radon-222) in water is one of the daily health hazards faced by th...
Radon studies have been conducted in many countries of the world in indoor air but such studies in d...
AbstractThe largest fraction of the natural radiation exposure we receive comes from a radioactivega...
In this study, 226Ra and heavy metal concentrations were studied to represent the radiotoxicity ris...
The radiological risks associated with radium-226 in groundwater samples were analyzed using Inducti...
The radiological risks associated with radium-226 in groundwater samples were analyzed using Inducti...
The radiological risks associated with radium-226 in groundwater samples were analyzed using Inducti...
In this study, 226Ra and heavy metal concentrations were studied to represent the radiotoxicity risk...
226Ra concentrations were studied to represent the radiological risk of groundwater of the Giri and ...
A study of the radioactivity in groundwater from Tanke-Ilorin, Nigeria, has been carried out. Ten wa...
A study of the radioactivity in groundwater from Tanke-Ilorin, Nigeria, has been carried out. Ten wa...
The study is aimed at investigating the level of radon and to determine the health effect connected...
A study of the radioactivity in groundwater from Tanke-Ilorin, Nigeria, has been carried out. Ten wa...
Assessing the level of radon concentrations in water for domestic purposes is important because it w...
AbstractRadium is naturally occurring radioactive element in the earth's crust. It is chemically sim...
Background: The problem of radon (Radon-222) in water is one of the daily health hazards faced by th...
Radon studies have been conducted in many countries of the world in indoor air but such studies in d...
AbstractThe largest fraction of the natural radiation exposure we receive comes from a radioactivega...