Sentence examples for fast domain from inspiring English sources

In fact, it is essentially important not only fast domain wall propagation itself but also controlling of domain wall pinning in thin magnetic wires.

While the ST-BIEM is a computationally demanding method having a time complexity of O(N 3), recent development of the fast domain partitioning BIEM (FDP-BIEM) by Ando (2016) allows us to reduce it to O(N 2).

Considerable attention has been paid to achieve controllable and fast domain wall propagation in thin magnetic wires (planar and cylindrical) taking into account the possibility to use it for high-density data storage devices (magnetic random memory devices, logic devices)[1].

Moreover, the absence of this effect in the DS fast domain is consistent with our finding that DS fast domain is insensitive to the D2 antagonist, raclopride.

In all but the DS fast domain, nomifensine also slowed DA release.

Although these contributions are theoretical due to the limited scope of the class P k), suitable reductions from more complex planning problems to P(k) could potentially give rise to fast domain-independent heuristics.

DA release and clearance are inherently faster in the NAc fast domains than the DS fast domains: this confirms the finding of Figure 2C.

Likewise, Rp and k are higher in the NAc fast domains than the NAc slow domains.

DA release and Vmax are larger in the DS fast domains than the DS slow domains, as previously reported.

However, in fast domains, nomifensine dramatically increases the duration and amplitude of overshoot even though the responses exhibit no lag).

Evoked responses recorded in the fast domains of the DS and NAc exhibit marked distinctions in amplitude and profile; stimulus = 60 Hz, 200 ms, 250 μA; data are from refs (19 and 20)).