magnet′ic flux′ n. the total magnetic induction crossing a surface, equal to the integral of the component of magnetic induction perpendicular to the surface over the surface: usu. measured in webers or maxwells. [1895–1900] Random House Kernerman Webster's College Dictionary, © 2010 K ...
The overall topology of each magnetic field is analog to a flux tube connected to itself (see Fig. 1c). Magnetic reconnection ensues from the encounter of the two magnetic structures. The in-between zone is the current sheet associated with the reversal of the magnetic field. Such ...
Another option could be to look at closing the flux loop on the “back” side of both the rotor and stator rings in the alternating design with iron pieces. Previously, this has been shown to increase the stiffness and lift in a magnetic bearing24. Finally, we remark that the conical ...
The control windings are wound in an opposite sense to the corresponding main windings such that at low load the net flux density is low and as the load increases the flux density increases. Increase of starting and breakdown torque is achieved by having the respective poles created by the ...
The unit of flux is the weber (Wb). Magnetic susceptibilityκ The magnetic susceptibilityκ of a material is the ratio of the magnetisation M to the magnetic field H producing it. This quantity κ is the magnetic susceptibility per unit volume and is dimensionless. Mass susceptibilityχ The ...
Materials for Magnetic Flux Control Ferrites Use of ferrites for magnetic flux control in induction systems is limited to high frequency applications (typically above 100 kHz) such as impeders for HF tube welding, inductors for sealing and plastic welding, small brazing coils, etc. Advantages of ...
where ϕ(θr,ia) is the flux linkage for the A-phase winding as a function of rotor angle and A-phase current. Θr = 0 corresponds to the rotor d-axis aligning with the A-phase positive magnetic flux direction. Ms is the stator-stator mutual inductance. For improved numerical performa...
Tesla is the unit of measurement for magnetic field strength. The strength of a magnetic field is measured in teslas, a unit named after Nikola Tesla. It quantifies the concentration of magnetic flux in a given area. Understanding and measuring the magnetic field strength is crucial in physics...
The magnetic flux rope is among the most fundamental magnetic configurations in plasma. Although its presence after solar eruptions has been verified by spacecraft measurements near Earth, its formation on the Sun remains elusive, yet is critical to understanding a broad spectrum of phenomena. Here ...
It is found to be statistically in anti-phase with the solar cycle in the photosphere and the chromosphere, while in phase with the solar cycle in the corona. Accordingly, we describe the role and relationship of solar magnetic elements of different magnetic flux strengths to explain the ...