Deduce a series expansion of an axially symmetric, static magnetic field in terms of its axial field Bz(0, 0, z) in cylindrical coordinates (r, φ, z). Also give an expansion for the vector potential of this field. The azimuthal currents that produce this field are at very large radius r.
The method of retarded potentials is used to derive the Biot-Savart law, taking into account the cor...
We present three-dimensional (3D) solutions of the magnetohydrostatic equations in the co-rotating f...
A computer code has been set up for use in cal-culating the magnetic field distribution for a circul...
summary:In the paper two kinds of double expansions into power series for the scalar and vector pote...
It is shown that the vector potential A of the magnetic field of any axisymmetric electric current d...
Cylindrical/ring-shaped permanent magnets with diametrical magnetization can be found in many applic...
This paper proposes an accurate, simple, and versatile approach for calculation of the off-axis magn...
The magnetic field distribution of an axially magnetised cylinder with elliptical profile is analyti...
This short article contains the derivation of a general formula for the magnetostatic field in the n...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
Laplace’s equation is considered for scalar and vector potentials describing electric or magnetic fi...
Abstract — This paper presents the calculation of the magnetic field created by axially magne-tized ...
The magnetic field due to a current flowing in a helical conductor placed inside a cylindrical hole ...
An alternative method is developed to compute the magnetic field from a circular cylindrical magneti...
In the paraxial approximation, trajectories of beam particles in a ring accelerator are computed exp...
The method of retarded potentials is used to derive the Biot-Savart law, taking into account the cor...
We present three-dimensional (3D) solutions of the magnetohydrostatic equations in the co-rotating f...
A computer code has been set up for use in cal-culating the magnetic field distribution for a circul...
summary:In the paper two kinds of double expansions into power series for the scalar and vector pote...
It is shown that the vector potential A of the magnetic field of any axisymmetric electric current d...
Cylindrical/ring-shaped permanent magnets with diametrical magnetization can be found in many applic...
This paper proposes an accurate, simple, and versatile approach for calculation of the off-axis magn...
The magnetic field distribution of an axially magnetised cylinder with elliptical profile is analyti...
This short article contains the derivation of a general formula for the magnetostatic field in the n...
This paper presents new compact analytical expressions for the magnetic field calculation produced b...
Laplace’s equation is considered for scalar and vector potentials describing electric or magnetic fi...
Abstract — This paper presents the calculation of the magnetic field created by axially magne-tized ...
The magnetic field due to a current flowing in a helical conductor placed inside a cylindrical hole ...
An alternative method is developed to compute the magnetic field from a circular cylindrical magneti...
In the paraxial approximation, trajectories of beam particles in a ring accelerator are computed exp...
The method of retarded potentials is used to derive the Biot-Savart law, taking into account the cor...
We present three-dimensional (3D) solutions of the magnetohydrostatic equations in the co-rotating f...
A computer code has been set up for use in cal-culating the magnetic field distribution for a circul...