Then on C2, the potential increases from zero to one half.
As a result, the potential at point b increases from zero to a positive value.
As the voltage VAK in Figure 6C increases from zero, the current IA will increase.
It is shown that the radiated acoustic energy increases from zero to the value for supersonic aerofoils as the aerofoil Mach number increases from zero to unity.
We approximate this using a logistic function of the form: Here γ is the timescale over which the rate increases from zero to its peak value (in y).
The potential Vb at b in Figure 20 (right) increases from zero when the capacitor is uncharged and reaches the ultimate value of Va when equilibrium is reached.
Computational results indicate that the inner air temperature increases by only 1 °C, when air humidity increases from zero to 100%.
For almost all of cases, as wind speed increases from zero, the combined convective heat loss is initially dropped and then increased, i.e., a minimum is observed.
Interestingly, the results indicate that the acoustoelectric current increases from zero to a maximum and then decreases to the zero again, a sharp peak is observed.
It is found that the radon concentration curve for hydrating cement paste enclosed in the chamber increases from zero (more accurately – background) concentrations, similar to unhydrated cement.
As the ratio increases from zero to infinity, the texture moves from the plane strain compression texture (β fiber) to the ideal shear deformation texture consisting of {001}〈110〉, {111}〈110〉, and {111}〈112〉.
