In-situ measurement of background radiation dose from selected dumpsites in Ota and its environs was done using Radialert Nuclear Radiation Monitor (Digilert 200). Ten measurements were taken from each dumpsite. The measured background radiation range between 0.015 mRhr-1 for AOD and 0.028 mRhr-1 for SUS dumpsites. The calculated annual equivalent doses vary between 1.31 mSvyr-1 for AOD and 2.28 mSv/yr for SUS dumpsites. The air absorbed dose calculated ranged from 150 nGyhr-1 to 280 nGy/hr for AOD and SUS dumpsites respectively with an average value of 217 nGyhr-1 for all the locations. All the estimated parameters were higher than permissible limit set for background radiation for the general public. Conclusively, the associated challenge...
Radiometric assessment of natural radioactivity concentration around Ijako dumpsite was done using ...
A study of the external background radiation in Offa industrial area of Kwara State is hereby report...
Survey taken by the world health organization (WHO) and the international commission on radiation pr...
In-situ measurement of background radiation dose from selected dumpsites in Ota and its environs wa...
This paper reports on the evaluation of background Ionization radiation level (BIR) in some selected...
Elevated background ionizing radiation has its health effects on people who reside in such areas, th...
Background radiation levels and distributed radionuclides in Ota-dumping site were conducted in diff...
Background radiation levels and distributed radionuclides in Ota-dumping site were conducted in diff...
Elevated background ionizing radiation has its health effects on people who reside in such areas, t...
The Olushosun dumpsite is one of the largest dumpsites in Nigeria, and variety of waste materials ar...
Terrestrial radiations are natural types from radionuclides found in rocks, building materials and ...
An external background ionizing radiation study has been carried out within the Asa Dam Industrial L...
This research reports an assessment of ionizing radiation in some chosen Dumpsites in Lafia Local go...
Natural radionuclides are present in every constituent of the environment. Monitoring of environment...
A radiometric assessment of the activity concentrations of 238U, 235Th and 40K was conducted in Cov...
Radiometric assessment of natural radioactivity concentration around Ijako dumpsite was done using ...
A study of the external background radiation in Offa industrial area of Kwara State is hereby report...
Survey taken by the world health organization (WHO) and the international commission on radiation pr...
In-situ measurement of background radiation dose from selected dumpsites in Ota and its environs wa...
This paper reports on the evaluation of background Ionization radiation level (BIR) in some selected...
Elevated background ionizing radiation has its health effects on people who reside in such areas, th...
Background radiation levels and distributed radionuclides in Ota-dumping site were conducted in diff...
Background radiation levels and distributed radionuclides in Ota-dumping site were conducted in diff...
Elevated background ionizing radiation has its health effects on people who reside in such areas, t...
The Olushosun dumpsite is one of the largest dumpsites in Nigeria, and variety of waste materials ar...
Terrestrial radiations are natural types from radionuclides found in rocks, building materials and ...
An external background ionizing radiation study has been carried out within the Asa Dam Industrial L...
This research reports an assessment of ionizing radiation in some chosen Dumpsites in Lafia Local go...
Natural radionuclides are present in every constituent of the environment. Monitoring of environment...
A radiometric assessment of the activity concentrations of 238U, 235Th and 40K was conducted in Cov...
Radiometric assessment of natural radioactivity concentration around Ijako dumpsite was done using ...
A study of the external background radiation in Offa industrial area of Kwara State is hereby report...
Survey taken by the world health organization (WHO) and the international commission on radiation pr...