Sentence examples for magnetic fields case from inspiring English sources

Three different cases associated with electric and magnetic fields are discussed respectively, i.e., uniform electric and magnetic fields (case I); AC electric field and uniform magnetic field (case II); AC electric and magnetic fields (case III).

Interestingly, the highest ionosphere O+ ion loss rate increase (35%) and the highest ionosphere O2+ ion loss rate increase (9%) were obtained at the weakest 10 nT intrinsic magnetic field situation and neither in the non-magnetized case nor in the highest magnetic field case of 60 nT.

In 1992, Bockelman and Bastard [19] discussed interband absorption in quantum wires with a magnetic field case and without a magnetic field case [20].

Let us now consider the strong magnetic field case (mu h gtrsim 1).

It demonstrates that the magneto-photocurrents are also linear polarization-insensitive for the tilted magnetic field case.

Therefore, in the oblique magnetic field case the ground magnetic field can be non-zero even in the absence of Hall currents, as pointed out by Tamao (1986).

Second, the adopted global intrinsic magnetic field is very weak even in the maximum intrinsic magnetic field case (60 nT at the magnetic equator on the surface) compared, for example, to the situation at the Earth (~30 μ T at the magnetic equator on the surface).

First, the analysis of Rummel and van Gelderen (1992) is adapted to the magnetic field case and then the elements of the magnetic gradient tensor are estimated by 2 years of Swarm data and grouped into (varvec{Gamma }^{(1)} = {[varvec{nabla } {mathbf{B}}]_{rtheta },[varvec{nabla } {mathbf{B}}]_{rvarphi }}) resp.

In order to overcome this limitation of Swarm, we translate a tensorial analysis originally developed for the gravity field by Rummel and van Gelderen (1992) to the magnetic field case which shows that specific combinations of East West and North South gradients provide a similar signal content to the radial gradient.

Then the density of O2+ and O+ ions near Mars is analyzed for the four intrinsic magnetic field cases.

With separation, d, between layers and distance, Z h, between the hole and the layer for zero-magnetic field case (γ = 0).