An orthogonal experiment was designed to optimize its preparing parameters and multi-index comprehensive weighed score analysis method was used to study the effects of various factors including concentration of CS, concentration of tripolyphosphate (TPP), mass ratio of CS to TPP, and mass ratio of CS to LOF on the properties of nanoparticles.
It automatically partitions input ligands, prepares parameter files for AutoDock, launches parallel AutoDock runs, parses results, and saves a set of top-ranking docked ligands.
ADT tool was used to prepare parameter and input files as previously reported (Huey et al, 2007; Li and Li, 2010).
Maximum likelihood estimation was utilized to prepare parameter estimates using AMOS v17 enabling the calculation of the saturated model solution and further models fitted to inspect the moderating effect of adolescents' place of residence (urban versus rural).
Utilizing this sleeve, 69 sets of coupler specimens were prepared considering parameters of inner cavity structure and cross-sectional dimension of sleeve, grout strength, and diameter and embedded length of steel bar.
They prepared 84 parameters (contact area, number of residues, Voronoi volume, frequency of each residue type, frequency of pairs of residues and distance between residues in interfaces) and then reduced them to 27 parameters so that the best performance could be obtained.
It is necessary to beforehand prepare optimal parameters that depend on ship distributions used.
Figure 5 shows the estimated 2D maps of the parameters, prepared in WinGslib1.5.7 software.
The hydrogel prepared with optimized parameters was further studied for sorption of Cu (II) at varied process conditions.
Following the same procedure, 3D plots for FFA were also prepared using three parameters (methanol-to-oil molar ratio, catalyst concentration, reaction temperature consecutively) which exerted most contribution.
