In order to continue the optimization, the application of the face-centered central composite design (FCCCD) falling under response surface methods was done.
In order to continue the optimization of the system a new full 22 factorial design with two central points (six experiments) and a central composite surface analysis (13 experiments, divided into four cube points, five centre points, and four axial points) were employed for yellow passion fruit peel (PFP) and mandarin peel (MP), respectively.
It then continues the optimization iteratively at each directly descending vertex in the order given and keeps going until it has optimized all placements.
It arranges all the decoupled parametric sets to form a coupled S-system model, and then uses this model as the initial parameter population to continue the optimization process.
To continue the optimizations, central composite surface design was also employed.
In order to continue the optimizations, central composite surface design was also employed.
In order to continue the batch adsorption optimization of the systems, a central composite surface analysis design with two factors (Co, t) containing 13 experiments, divided in to four cube points, four axial points and five centre points was carried-out for each adsorbent.
The continued optimization decreases the gate error to (varepsilon _{mathrm {avg}}= 3.4 times10^{-5}), with (varepsilon _{C}= 5.1 times10^{-5}) and (varepsilon _{mathrm {pop}}= 1.1 timesee^{-5}), see Table 2.
After the initial path was generated, we continued optimization for 451 more optimization steps, while gradually expanding the path to 185 beads.
The technology developments of ITER's high power RF-driven ion source are continued by optimization of the RF-driver geometry and the resulting overlap of the driver plasmas in a large expansion chamber.
