O. Guerdal, "A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance," ELEKTRONIKA IR ELEKTROTECHNIKA , no.8, pp.33-36, 2008
Guerdal, O. 2008. A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance. ELEKTRONIKA IR ELEKTROTECHNIKA , no.8 , 33-36.
Guerdal, O., (2008). A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance. ELEKTRONIKA IR ELEKTROTECHNIKA , no.8, 33-36.
Guerdal, O.. "A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance," ELEKTRONIKA IR ELEKTROTECHNIKA , no.8, 33-36, 2008
Guerdal, O.. "A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance." ELEKTRONIKA IR ELEKTROTECHNIKA , no.8, pp.33-36, 2008
Guerdal, O. (2008) . "A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance." ELEKTRONIKA IR ELEKTROTECHNIKA , no.8, pp.33-36.
@article{article, author={O. Guerdal}, title={A new Approach to Calculate the Current Density and the Surface Charge Density in the Conductor Carrying Steady State Current, employing the Gradient of the Scalar Function-resistance}, journal={ELEKTRONIKA IR ELEKTROTECHNIKA}, year=2008, pages={33-36} }