Sentence examples for reversal mode from inspiring English sources

With increasing diameter, a nucleation propagation process is replaced by a curling reversal mode [39, 40].

Perpendicular hysteresis loops show reduced coercivity (approximately 100 Oe) and the presence of a magnetization rotation reversal mode.

Nevertheless, one might speculate that these reversal modes are most probably the transversal and vortex magnetization reversal mode as found by micromagnetic simulations for Ni nanowires by Han et al. [25].

Although the reversal mode of actual tiny grains may not be the coherent rotation (e.g., Williams and Dunlop, 1995), angular dependence of the Day plot parameters were indeed observed for exsolved magnetite (Gee and Meurer, 2002) as well as synthetic iron rods (Milne and Dunlop, 2006).

This reversal mode of ClC-5 operation would be limited to the newly formed endocytic vesicle, where the transient interior-negative Donnan potential may drive extrusion of endocytosed Cl− through ClC-5 in exchange for H+, but the compensatory shunt conductance has not yet been identified (Smith and Lippiat, 2010).

Therefore, the maximum in HC for α = 60° and α = 75° could be understood as the result of an interplay between the two magnetization reversal modes.

However, complex reversal modes appear when the angle at which the external field is applied is varied, leading to a non-monotonic behavior of the coercivity and remanence.

Compound 9l was administered intraperitoneally to rats and demonstrated engagement of the TRPM8 target in both prevention and reversal-modes in an icilin-induced 'wet-dog' shake model.

The MEC is operated in the periodic polarity reversal (PPR) mode and two hybrid electrodes work alternately as an anode and a cathode.

And the reversal magnetization mode thirdly changes from incoherent to coherent rotation referred to the second critical size, where the increase of the coercive force keeps on.

The performance of the spatial focusing of time reversal A0 Lamb mode is investigated through a parameter study with respect to truncation time and driving frequency of an input source.