Multi-Attribute Decision-Making methods have become accepted for determining the choice of materials when the "lowest price" approach does not realize the optimum result.
Multiattribute decision-making methods have become accepted for determining the choice of materials when the "lowest price" approach does not realize the optimum result.
Thus, TiO2/C-N appears to be a promising substitute for carbon materials when supporting metal or metal oxide catalyst for PEMFC application in terms of electrochemical stability.
Increased hydrophilicity and higher values of plastic deformation were obtained for the materials when the PLLA-3-Arm ratio was increased, showing promising potential for use in bioengineering.
Therefore, careful structural assessment, coating or other structure stabilization has to be envisaged for such materials; When envisaging the production of a water-free FeF3, the effect of the initial F- concentration has to be taken into account.
For monoclinic materials with the symmetry plane at x3=0, the secular equation and the conjugate radii e1, e2 are identical to that for orthotropic materials when s′16=0 but s′26 need not vanish.
When premoistened swabs were considered, an extraction method enhanced recovery for all materials when compared to processing the same materials with minimal agitation (no extraction) (Table 3).
Therefore, the recombinant C-237 could be used as bioadhesive for medical purpose and be potentially used as an improver for bio-inert materials when applied in biomedical areas.
However, it is necessary to address volumetric locking for (nearly) incompressible materials when modeling fluids, while also stabilizing integration errors that arise in standard MPM.
We verified that our predictions are similar to Inal's results for both FCC and BCC materials when the MK-FC model is used.
