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Radiation from Visual Display Unit
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Radiation from Visual Display Unit

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The radiation from different types of Visual Display Units (VDU) (that is, Liquid Crystal Display (LCD) and Cathode Ray Tube (CRT)), projector and interactive screen were examined using a Cell Sensor Extremely Low Frequency (ELF) detection meter. The study revealed that ELF radiation in CRT VDUs is eight (8) times greater than in LCD VDUs.
 
Published at 2nd International Conference on Science and Sustainable Development, ICSSD 2018. IOP Conference Series: Earth and Environmental Science.
Volume 173
Issue 1
Pages Article number 012039
Published in 2018
 
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Usikalu M. R., Babarimisa I. O., Akinwumi S. A., Akinyemi M. L., Adagunodo T. A., Ayara W. A.
AKINWUMI SAYO AKINLOYE » Dr. Akinwumi Sayo Akinloye is an Assistant Lecturer in Department of Physics, Covenant University. His area of research is in ATMOSPHERIC AND COMMUNICATION PHYSICS. He has a knowledge of Computer programming in Matlab, origin and Microsoft excel. He is a member Nigeria institute of Physics (NIP). view full profile
AKINWUMI SAYO AKINLOYE
 
Other publications by this author (view profile)
 
 
Dynamics of Wind Strength and Wind Direction on Air Pollution Dispersion
 
Seasonal Variation of Surface Radio Refractivity and Water Vapour Density for 48 Stations in Nigeria
 
A Tropical Model for Analyzing Radio Refractivity: Selected Locations in North Central, Nigeria
 
Investigation of Low Clouds Attenuation on Earth Space Path for some West-Africa Stations
 
Review of rain attenuation measurements on earth — Space links in Nigeria
 
ATMOSPHERIC GASES ATTENUATION IN WEST AFRICA
 
Tropospheric Scintillation and its Impact on Earth- Space Satellite Communication in Nigeria
 
Aerosols loading trends and its environmental threats over Cotonou-Benin
 
Comparison between experimental and satellite temperature data sets in Covenant University
 
Dataset of surface water vapour density in southeast,Nigeria
 
Dataset of surface refractivity in Southeast, Nigeria.
 
Natural radioactivity concentrations of 226Ra, 232Th, and 40K in commercial building materials and their lifetime cancer risk assessment in dwellers.
 
Radiation exposure to dwellers due to naturally occurring radionuclides found in selected commercial building materials sold in Nigeria
 
Sectional Investigation of Seasonal Variations of Surface Refractivity and Water Vapour Density over Nigeria
 
Life average daily dose of radium-226 on some water samples collected at giri and kuje area of Abuja, North-Central Nigeria.
 
Assessment of dose intake of toxic elements in groundwater samples from Abuja, North Central Nigeria.
 
Geophysical investigation into the integrity of a reclaimed open dumpsite for civil engineering purpose.
 
Theoretical study of aerosols loading and retention over Bolgatanga, Ghana.
 
Study of oxygen and water vapour attenuation in West Africa
 
Observation of the Total Electron Content for 14-GPS stations in Malaysia during the Annular Eclipse of 15th of January 2010.
 
Performance and Evaluation of Eight Cloud Models on Earth—Space Path for a Tropical Station.
 
Analysis and comparison of tropospheric scintillation prediction models at Covenant University
 
Construction of an in-situ smart device that measures some basic environmental factors for agricultural monitoring
 
Cloud attenuation modelling for satellite network links performance improvement.
 
Analysis of non-rainy attenuation on earth-space path in Ota, Southwest Nigeria.
 
Year to year variation of rainfall rate and rainfall regime in Ota, southwest Nigeria for the year 2012 to 2015
 
Impact of meteorological parameters over Covenant University, Ota, Nigeria
 
Estimation of Specific Attenuation of Radio Signal in Southwest Nigeria.
 
Impact of Magnetic Activity on Occurrence of Ionospheric Amplitude Scintillation over Lagos, Nigeria
 
Rain Induced Cross Polarization on Satellite Communication in Nigeria
 
Earth-Space Rain Attenuation Prediction: its Impact at Ku, Ka and V-band Over some Equatorial Stations
 
Design and Construction of a Pure Sine Wave Inverter
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