Sentence examples for optimization of the polymer from inspiring English sources
Using the nanoprecipitation technique, nanoparticles of these crosslinked systems were prepared after optimization of the polymer concentration so as to achieve the least particle size.
Therefore, the first task of the polymer flood for a given reservoir is to fix an injection system both technically and economically; especially for reservoirs with strong heterogeneity (Gharbi 2001; David and Gary 2003), the optimization of the polymer injection system is extremely important.
Consequently, an optimization of the polymer used is necessary.
The chemical synthesis permits a purposeful optimization of the polymers with respect to workability, ceramic yield and composition by the substitution of different elements in the basic structure as well as the organic side groups.
The results presented here provide new insights on the rational design and optimization of the dimensions of polymer materials to greatly improve the electrochemical performance for advanced supercapacitor applications.
Moreover, this quantification model could be used as a prediction tool for the optimization of biodegradable polymer stents.
The proposed model can be used for the virtual design and optimization of CNT/semicrystalline polymer composites since it has proven capable of assessing the effects of different material and geometrical parameters on the elastic plastic properties of the composites.
Optimization of polymer and asphalt content in polymer modified asphalt mixture is the aim of road engineers and designers.
This developed model is expected to provide a more accurate prediction on the electrical conductivity of CNT polymer nanocomposites and useful guidelines for the design and optimization of conductive polymer nanocomposites.
Another study [ 50] showed that in the optimization of polymer selectivity EDMA turned out to be more universal cross-linking agent employed.
Previous approaches to engineer artificial tissues have focused largely on optimization of scaffold polymer chemistry and selection of appropriate biochemical additives (e.g., growth factors, adhesive ligands) to provide effective developmental control.
