Sentence examples for current in sunlight from inspiring English sources

The azimuthal magnetic field produced by the FACs in darkness and by the meridional ionospheric current in sunlight decreases with decreasing latitude.

The D-to-H amplitude ratio decreased with decreasing latitude, suggesting that the azimuthal magnetic field produced by the FACs in darkness and the meridional ionospheric current in sunlight also decreased with decreasing latitude.

The westward electrojet will be dominated by Hall currents in sunlight.

We therefore interpret the westward electrojet as being maintained by Hall currents in sunlight, and by Birkeland current closure in darkness.

The main differences between the equivalent currents in sunlight and in darkness are that (1) the overall currents are stronger in sunlight (by 69 and 85 % in Figs. 3, 4, respectively), and (2) the two current cells are of comparable magnitude in sunlight, but in darkness the dawn cell strongly dominates.

The equivalent current is stronger in sunlight and resembles average two-cell convection pattern for similar conditions.

Comparison of the Birkeland currents in the dark hemispheres with those in the sunlit hemispheres shows that on the dayside the currents are stronger in sunlight, in good agreement with previous studies (Fujii et al. 1981; Green et al. 2009; Ohtani et al. 2005a, b; Østgaard et al. 2016).

On the nightside, it is more difficult to identify a latitudinal offset because of the differences in current morphology; the dusk R1 current connecting with the dawn R2 current in darkness but not in sunlight.

In the dawn sector, the currents are slightly stronger in sunlight.

The similarity between current and convection (only with opposite orientations) in sunlight strongly indicates that Hall currents dominate.

In sunlight, the equivalent current tends to align with the Hall current, and the disturbance field on ground is perpendicular to that associated with Birkeland currents in space.