Sentence examples for magnetic flux generated from inspiring English sources

The magnetic flux generated from the magnet is given by the Eq. (1) [17]: (1).

Fig. 14 50% remanence, magnetic flux generated at fault occurring time is positive Fig. 15 50% remanence, magnetic flux generated at fault occurring time is negative Fig. 16 -50% remanence, magnetic flux generated at fault occurring time is positive Fig. 17 -50% remanence, magnetic flux generated at fault occurring time is negative.

When the subsequent fault occurs, if magnetic flux generated at fault occurring time is positive, it superimposes on the initial value of remanence, so the closed-core CT saturates easily.

These two flux-lock type SFCLs with magnetically coupled two coils have the same operational principle that the fault current can be limited by the magnetic flux generated between two coils of the SFCL when a fault happens.

As can be seen from Figs. 14, 15, 16 and 17, since the remanence level is low, ± 50% of the remanence is close to zero; thereforethe air-gapped CT does not saturate, regardless of the polarity of magnetic flux generated at fault occurring time same with remanence or not.

The closed-core CT is saturated when the remanence polarity is the same with the magnetic flux polarity of fault current at the moment of fault, and is saturated faster and deeper than in the case of zero remanence in Fig. 12, but is not saturated when the remanence polarity is opposite to the polarity of magnetic flux generated at fault occurring time.

The receiver coil induced voltage through catching the magnetic fluxes generated by the transmitter coil.

With maximum field current and thus maximum magnetic flux, the generated voltage will equal the supply voltage at a minimum value of no-load speed.

The magnetic flux density generated inside the electromagnet is simulated using magneto-static finite element analysis and validated with the measured magnetic flux density using Gaussmeter.

First, for the three-dimensional (3D) actuation of the microrobot in arbitrarily shaped blood vessels, an electromagnetic system consisting of horizontal and vertical pairs of Helmholtz and Maxwell electric coils is designed and manufactured, and the magnetic flux density generated from the designed system is verified with theory.

EFC-400 is a commercial software simulation package developed by FGEU mbH (ForschungsGesellschaft für Energie und Umwelttechnologie mbH, Berlin) to predict the intensity of the magnetic flux density generated by power lines in a 3D model.