Single layer cylindrical and helicoidal coil with voids between successive turns electromagnetic field calculation to be used in superconductor current limiter simulator …
CA Baldan, RC Freitas, RP Homrich… - IEEE transactions on …, 2004 - ieeexplore.ieee.org
A very accurate mathematical method, named helicoidal method, to calculate the flux density
vector B produced by the current circulating in the resistive single-phase superconductor
electrical current limiter (RSCL) coils, at any point of the its whole space, using the Biot-
Savart's Law is presented in this paper. It is very important to remember that these coils are
single layer concentric cylindrical coils with voids (free space) between its neighbor turns
which turns present helicoidal form. The calculation of the vector B, at any point of the space …
vector B produced by the current circulating in the resistive single-phase superconductor
electrical current limiter (RSCL) coils, at any point of the its whole space, using the Biot-
Savart's Law is presented in this paper. It is very important to remember that these coils are
single layer concentric cylindrical coils with voids (free space) between its neighbor turns
which turns present helicoidal form. The calculation of the vector B, at any point of the space …
Single layer cylindrical and helicoidal coil with voids between successive turns electromagnetic field calculation to be used in superconductor current limiter simulator …
RP Homrich, E Ruppert Filho, DG Pinatti… - … York, NY. vol. 14, no. 2 …, 2004 - lume.ufrgs.br
A very accurate mathematical method, named Helicoidal Method, to calculate the flux
density vector B produced by the current circulating in the resistive single-phase
superconductor electrical current limiter (RSCL) coils, at any point of the its whole space,
using the Biot-Savart's Law is presented in this paper. It is very important to remember that
these coils are single layer concentric cylindrical coils with voids (free space) between its
neighbor turns which turns present helicoidal form. The calculation of the vector B, at any …
density vector B produced by the current circulating in the resistive single-phase
superconductor electrical current limiter (RSCL) coils, at any point of the its whole space,
using the Biot-Savart's Law is presented in this paper. It is very important to remember that
these coils are single layer concentric cylindrical coils with voids (free space) between its
neighbor turns which turns present helicoidal form. The calculation of the vector B, at any …