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(b) Shows the predicted power for a train of 1,000 droplets as a function of the bias voltage.
The contact angle, volume and base radius of the water droplets as a function of time were determined using tensiometry.
Fig. 4 Number of droplets as a function of time for the 45% relative humidity.
Fig. 6 Number of droplets as a function of time for the 40%, 45 % and 60 relative humidity.
Fig. 2f h summarizes the average height (AH), lateral diameter (LD), and average density (AD) of the resulting Au droplets as a function of DA.
Meanwhile, with the gradual increase of dimensions of the self-assembled Au droplets as a function of the AT, the RMS surface roughness was accordingly increased from 6.4 to 10.6 nm as shown in Fig. 4i.
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(e) Energy generated per unit area per one oscillation cycle for the case of sliding plates actuation (3.4 nF cm−2 capacitance, 50 Hg droplets, about 0.28 mm2 liquid-substrate overlap area per droplet) as a function of the oscillation frequency.
Analytical expressions for the flow field are used to compute the local velocity inside an evaporating two-dimensional droplet as a function of position and time of evaporation.
Integration of Eq. (13) gives the fraction of the biodegraded oil droplet volume (X1-droplet) as a function of time [30]: 1 - 1 - X 1 ‒ droplet t 1 / 3 = k rn D t (14).
For in water-emulsions we assume an average radius of 5 μm and calculated the free energy change per droplet as a function of the volume fraction and for various values of interfacial tension.
This kind of study is based on monitoring the number of droplets and the droplets radii as a function of time.
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