The Hall effect signal in a magnetic field is measured using this configuration, which also makes it possible to perform resistance measurements by the four-probe method.
In addition, the time span for bead internalization and phagosomal acidification measured using this approach spanned the same time regime determined from the measurements in the previous section.
Therefore, the kinetic force can be measured using this method.
The minimum Fele that can be measured using this method is less than 50 pN.
Values of thermal conductivity measured using this technique are then compared to the values previously measured.
The interfacial tension of toluene and water is also measured using this new design.
Pressure drops measured using this configuration do not conform to models from the literature.
However only short inter-atomic distances (<6 Å between two protons) can be measured using this approach.
In validation experiments, three distances and three angles of a custom-designed phantom were measured using this method.
The upper limit on liquid velocity that can be measured using this approach is ∼5 10 m s−1.
Distances measured using this procedure are compared with the ones measured using a Global Navigation Satellite System (GNSS).
