Add to ORKGCriteria for estimation of added inductance and resistance during spiral ferromagnetic wire scanning of single-core power cable armour by means of a parametric electromagnetic converter are proposed. Research into variation of the introduced criteria in the frequency range from 100 Hz up to 100 kHz for different wire spiral steps is done. Possibility of using coils as sensors for determination armour step influence on power losses caused by eddy-currents and circulating currents in power cable line is shown
Eddy current testing is a widely applied non-destructive technique in different sections of industri...
Eddy current testing is a widely applied non-destructive technique in different sections of industri...
Abstract – This paper presents an inverse method for determining the conductivity distribution of a ...
This paper presents the design and experimental testing of an induction coil as a magnetic field sen...
Abstract: We use the electrical energy and it is essential energy in modern life, but we lay cable ...
A problem of determination of effective longitudinal magnetic permeability of single core power cabl...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
This paper presents an inverse method for determining the conductivity distribution of a flat, layer...
Eddy-current sensors are widely used for precise displacement sensing and non-destructive testing. A...
To reduce the computation load for electromagnetic field analyses of magnets wound with spiral coate...
This material is presented to ensure timely dissemination of scholarly and technical work. Copyright...
Eddy current testing is a widely applied non-destructive technique in different sections of industri...
Eddy current testing is a widely applied non-destructive technique in different sections of industri...
Abstract – This paper presents an inverse method for determining the conductivity distribution of a ...
This paper presents the design and experimental testing of an induction coil as a magnetic field sen...
Abstract: We use the electrical energy and it is essential energy in modern life, but we lay cable ...
A problem of determination of effective longitudinal magnetic permeability of single core power cabl...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
The work presented in this thesis describes some theoretical and experimental aspects of the relatio...
This paper presents an inverse method for determining the conductivity distribution of a flat, layer...
Eddy-current sensors are widely used for precise displacement sensing and non-destructive testing. A...
To reduce the computation load for electromagnetic field analyses of magnets wound with spiral coate...
This material is presented to ensure timely dissemination of scholarly and technical work. Copyright...
Eddy current testing is a widely applied non-destructive technique in different sections of industri...
Eddy current testing is a widely applied non-destructive technique in different sections of industri...
Abstract – This paper presents an inverse method for determining the conductivity distribution of a ...