This paper presents the design and experimental testing of an induction coil as a magnetic field sensor with other measurement devices. The results show that the induction coil functioned as expected, giving a high sensitivity to magnetic fields at 50 Hz. Such fields emitted from power cables can be detected not only in a laboratory environment but also on a pavement
compact and sensitive AC magnetometer is developed for evaluation of magnetic nanoparticles solution...
In recent years, solid-state devices made their way in the development of electromagnetic non-destru...
A feasible measuring technology for external magnetic field of electrical equipment with application...
Abstract: We use the electrical energy and it is essential energy in modern life, but we lay cable ...
Accurate location of buried cables is crucial for future application of trenchless technologies in u...
Criteria for estimation of added inductance and resistance during spiral ferromagnetic wire scanning...
Before commencing excavation or other work where power or other cables may be buried, it is importan...
The location of buried underground electricity cables is becoming a major engineering and social iss...
International audienceThe detection and characterization of buried cables and metal pipes has become...
This paper deals with recent developments in non-destructive tests on operating steel wire ropes, wi...
The detection and location of faults on power transmission lines is essential to the protection and ...
Purpose. A current meter based on the principle of electromagnetic induction is designed to register...
Power lines or underground power cables generate electromagnetic interaction with other objects near...
Magnetic susceptibility is an important indicator of anthropogenic disturbance in the natural soil. ...
This journal issue contain selected papers from the Asia-Pacific Data Storage Conference (APDSC'13)I...
compact and sensitive AC magnetometer is developed for evaluation of magnetic nanoparticles solution...
In recent years, solid-state devices made their way in the development of electromagnetic non-destru...
A feasible measuring technology for external magnetic field of electrical equipment with application...
Abstract: We use the electrical energy and it is essential energy in modern life, but we lay cable ...
Accurate location of buried cables is crucial for future application of trenchless technologies in u...
Criteria for estimation of added inductance and resistance during spiral ferromagnetic wire scanning...
Before commencing excavation or other work where power or other cables may be buried, it is importan...
The location of buried underground electricity cables is becoming a major engineering and social iss...
International audienceThe detection and characterization of buried cables and metal pipes has become...
This paper deals with recent developments in non-destructive tests on operating steel wire ropes, wi...
The detection and location of faults on power transmission lines is essential to the protection and ...
Purpose. A current meter based on the principle of electromagnetic induction is designed to register...
Power lines or underground power cables generate electromagnetic interaction with other objects near...
Magnetic susceptibility is an important indicator of anthropogenic disturbance in the natural soil. ...
This journal issue contain selected papers from the Asia-Pacific Data Storage Conference (APDSC'13)I...
compact and sensitive AC magnetometer is developed for evaluation of magnetic nanoparticles solution...
In recent years, solid-state devices made their way in the development of electromagnetic non-destru...
A feasible measuring technology for external magnetic field of electrical equipment with application...