With the results of preliminary experiments done by 'one variable at a time method', further experiments have been carried out by a three level full factorial design of Response Surface Methodology (RS M and consequently the optimum conditions for the biosorption of lead have been identified as 6.96 g L−1 of adsorbent dosage, 19.77 mg L−1 of initial adsorbate concentration and 4.4 pH.
Still, the enhancement in tissue discrimination capability provided by the proposed two-methodology is noticeable and consequently it is more suited to clinical investigations than previous approaches.
Additionally, we analyze the main issues that might affect our measurement methodology (see Section 5) and consequently our results, such as the number of training symbols used for channel estimation or the feedback time elapsed between training and transmissions of aligned frames.
Furthermore, this methodology provides immediate results and consequently allows for the treatment to be tailored to patients' changing needs.
Such an obstacle can be overcome by obtaining knowledge on the initially unknown PU spectrum allocation and consequently, our methodology can efficiently contribute to this direction.
Despite the need, there is no standardized methodology used to disperse CNTs, and consequently, it is hard to model the behavior.
Results from soil resistance (NSPT) show the usefulness of this methodology for mapping geotechnical attributes, and consequently, a significant improvement in the quality of projects can be foreseen.
For some foundry tools development the reverse engineering (RE) allows to generate surface models from point clouds captured by 3D-scanning technique, and consequently this methodology permits to control or reengineering tools in a short development period.
For some product development processes reverse engineering (RE) allows to generate surface models by three-dimensional (3D -scanning technique, and consequently this methodology permits to manufacture different parts (for cars, for household appliances) and tools (moulds, dies, press tools) in a short development period.
More specifically, we address both the construction of a stochastic model and the definition of a methodology allowing the numerical simulation (and consequently, the inverse experimental identification) of random elasticity tensors whose mean distance (in a sense to be defined) to a given class of material symmetry is specified.
The results indicate that the proposed methodology reduces the standard deviation and consequently improved the accuracy.
