In our longitudinal field study of carotenoid circulation and breeding in barn swallows, we found that single-time-point estimates of carotenoid concentration were not significantly correlated with reproductive performance.
The flow field of several consecutive circulation cells is obtained applying a numerical method, which is specially adapted for this kind of flow instability.
This phenomenon might be exploited for novel applications, where tiny changes of magnetic field can reverse the direction of circulation.
By engineering the coupling between electrodes, this interesting property might be exploited for novel applications, where tiny changes of field could reverse the direction of circulation.
In Section 4, we include the parasitic coupling between electrodes: we confirm the magnetic field dependent change in the direction of circulation observed in [9] and we quantitatively analyze this phenomenon.
The direction of circulation becomes magnetic-field dependent and is seen to change in the vicinity of the curve defined by (omega=omega_{c}(n=0)).
On average, in a 4-min video beginning at 10 min after inoculation, 2.38% of wild-type control sporozoites in the field of view enters the blood circulation, and 2.06% of sporozoites enters the lymphatic system.
We have compared not only seasonal mean sea level pressure fields but also the mean seasonal frequency of circulation types.
Impedance matching is essential to achieve good circulation, and the appropriate level of parasitic capacitance has the surprising consequence of inverting the direction of circulation in going from one magnetic field or frequency to another.
At the time, Amy had two separate centers of circulation, resulting in an asymmetrical wind field.
