Three types of magnetic tubes are employed in the model,and through the exchange principle of magnetic lines of force and magnetic equipotential line,the tube in which the flux distribution is non-uniform is applied to the model.

The characteristic velocities and the compatibility relations along characteristics are derived from the system of equations for the motion of thin magnetic flux tubes.

Application of electronic integrator in micro-power magnetic flux measurement system;

The vector plot of 3D magnetic flux and the surface plot for the radial component of magnetic flux density were obtained,which could show the feature of the MLF near defect expressly.

In the paper,the techniques for high-voltage and high-power adjustable reactor based on magnetic flux controllable is analyzed,including the method of controlling the main magnetic flux with current of converter injected into multiple windings of a linear transformer and the method of realizing a high-power converter adopting the structure of cascaded-inverters based converter.

Calculation of the Flux in Three Phase Five Limb Core;

In addition,a novel theme to maintain and continue the flux is provided,which can effectively solve the pro.

Ignored the flux fringing and leakage,based the principal that flux always flow along the minimal reluctance path, an exact theoretical equation for calculating the magnetic gap reluctance of the radial magnetic bearing is proposed.

In order to investigate the behavior of vortex lattices,the dynamic property and the current-voltage characteristic of vortex lattices driven by the alternating current and the direct current are numerically simulated in two dimension periodic pinning arrays.

The behaviors of vortex motion have been obtained with varying vortex density, varying pinning strength, and external Lorentz force.

We analyze vortex motion and noise spectrum with Lorentz force in type Ⅱ superconductors (T0K) by numerical simulation.