Abstract:- The possible health risk makes the assessment of extremely low frequency electromagnetic fields of great interest. This paper deals with the lateral magnetic field profiles of overhead power lines. The profiles are related to the maximal sag position having the maximal magnetic field value, since the conductor heights are minimal there. Subsequently, the maximal field value could be compared to values arising from the (inter)national guidelines. A reasonably accurate agreement between computational results and the experimental data is obtained. Key-Words:- overhead power lines, magnetic field assessment, maximal sag position
Electromagnetic fields (EMF) are combinations of invisible electric and magnetic fields of force col...
<p>The aim: to analyze the real power frequency magnetic field (50 Hz) values near power lines. The ...
Purpose. The problem of evaluation and analysis of magnetic flux density of overhead power lines is ...
With the development of electrical power transmission networks, are resulted the increase and contin...
In Lithuanian and Polish electric power supply systems, the power transmission lines of 400 kV volta...
The paper presents a calculation method of the magnetic field under an overhead power line taking in...
The paper presents a calculation method of the magnetic field under an overhead power line taking in...
This paper presents a study on magnetic field radiated from 132/275kV overhead power lines. The magn...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This paper presents a study on magnetic field radiated from 132/275kV overhead power lines. The magn...
The magnetic field generated by overhead power lines is usually evaluated by the Biot-Savart’s law, ...
In this work, approximate formulas are presented for computing the magnetic field intensity near ele...
In this work, approximate formulas are presented for computing the magnetic field intensity near ele...
Nowadays there is a growing concern about the health effects on people living in the vicinity of HV ...
Magnetic fields may have detrimental potential health effects and can be in our homes or workplaces....
Electromagnetic fields (EMF) are combinations of invisible electric and magnetic fields of force col...
<p>The aim: to analyze the real power frequency magnetic field (50 Hz) values near power lines. The ...
Purpose. The problem of evaluation and analysis of magnetic flux density of overhead power lines is ...
With the development of electrical power transmission networks, are resulted the increase and contin...
In Lithuanian and Polish electric power supply systems, the power transmission lines of 400 kV volta...
The paper presents a calculation method of the magnetic field under an overhead power line taking in...
The paper presents a calculation method of the magnetic field under an overhead power line taking in...
This paper presents a study on magnetic field radiated from 132/275kV overhead power lines. The magn...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This paper presents a study on magnetic field radiated from 132/275kV overhead power lines. The magn...
The magnetic field generated by overhead power lines is usually evaluated by the Biot-Savart’s law, ...
In this work, approximate formulas are presented for computing the magnetic field intensity near ele...
In this work, approximate formulas are presented for computing the magnetic field intensity near ele...
Nowadays there is a growing concern about the health effects on people living in the vicinity of HV ...
Magnetic fields may have detrimental potential health effects and can be in our homes or workplaces....
Electromagnetic fields (EMF) are combinations of invisible electric and magnetic fields of force col...
<p>The aim: to analyze the real power frequency magnetic field (50 Hz) values near power lines. The ...
Purpose. The problem of evaluation and analysis of magnetic flux density of overhead power lines is ...