Using the calculated values based on eq 1 and knowing the approximate surface area of our electrode, we could estimate the number of active enzymes bound to the surface.
And in a city where social cachet comes from knowing the latest surface-street shortcut, once isolated and peaceful neighborhoods are enduring an influx of vehicles searching for some new way to get home or to work.
Therefore, with the help of the wetting state phase diagram, it would be very easy to obtain the initial equilibrium wetting state when a droplet is sitting on a nanopatterned surface by knowing the size of the surface nanostructure.
A clear advantage of the proposed method is that the whole temperature field real-time measurement can be achieved without knowing the value of the surface emissivity beforehand.
(As for knowing where the surface is, Molchanova has written, "It is possible to feel the thickness of water layer above and below you, in front of you and behind").
To address this challenge, we proposed a simple wetting model to theoretically predict the apparent contact angle of a droplet on convex and concave spherical surfaces, which requires knowing the volume of the droplet, surface curvature and intrinsic contact angle.
The test basically consists in scratching a sample surface, knowing the scratching conditions and morphology.
In principle, knowledge of the tipper vector and impedance tensor on a sufficiently dense and spatially extended grid allows one to form a complete and self-consistent description of the electromagnetic fields at the ground surface, without knowing the detailed 3D conductivity structure (Becken et al., 2008).
The use of Robin BCs requires knowing the values of the electrodes' surface conductance, which depends on many factors, such as for example the electrode material or the stimulation frequency.
