When comparing the rate of key complications as a function of the surgical approach we found a significantly lesser incidence of complications in group C (P = 0.0001).
In an effort to identify the hypothesised learning curve, all parameters and data were obtained as a function of the surgical approach and also calculated comparing the first ten cases and the second ten cases.
This is achieved via an immobility factor, obtained from a comparison of the film drainage times for surfactant-laden systems and surfactant-free systems as a function of the drop approach velocity, surface Péclet number, initial surfactant concentration and the Hamaker constant, which is then used to modify the coalescence probability in the phase inversion model.
Empirical analytical equations are obtained that express the energy variation as a function of the angle of approach, which replaces well-known equations obtained from the two-body approximation.
Although it seems to require numerous reliability analysis runs to locally estimate the failure probability function, which is a function of the design variables, the approach only requires a single reliability analysis run.
The in-depth picture of the bulk microstructure formation and its kinetic evolution as a function of the specific post-processing approaches is a valuable asset for the design of new photovoltaic materials and thin film nanoscale architectures that are more efficient and better aid future commercialization efforts.
The deflection of the cantilever was recorded as a function of the piezoelectric translator position during the approach and withdrawal of the AFM tip.
To determine the borderline between inward and outward propagating waves, given by c1 - c3 = 0, we will calculate the two CGLE coefficients c1 and c3 as a function of the original system parameters following the approach in Ref. [ 41].
The size of copper grains is a function of the overpotential of electrodeposition, thus approaching to nano-sized dimensions is achieved when the electrodeposition overpotential is increased.
This is explained by the fact that for an increasing ratio the MOS characteristic as a function of the data rate, in (4), approaches the unbounded problem addressed in Section 4.2, for which according to (33) equal resource allocation is optimum.
