However, it is not very easy to obtain HCP Co nanowire arrays with expected microstructure or crystalline texture, and it is still a challenge to change the easy magnetization direction of the arrays of other materials with lower magnetocrystalline anisotropic constant, for example, Ni, Fe, or other magnetic alloys [16 18].
Explanations for this behaviour in terms of the expected titanium carbide stoichiometry and the coating microstructure are proposed.
Although the obtained microstructure deviates largely from the expected one, the new alloy exhibits very high strength, i.e. 790 MPa, and visible plastic deformation, i.e. 0.9%.
The optical bandgap for all samples obtained is in agreement with the theoretical ZnO bandgap [24], although the results show that galvanostatic electrodeposition on ITO substrate is quite different from the other ones, which was expected from microstructure analysis.
The water state in the HVPDs is expected to depend from the internal microstructure of the polymer network and the extent of the interactions which can develop with the gellant polymer molecules in particular.
It is expected that the dual microstructure of this electrode in addition to its superhydrophilic behaviour (with contact angles below 10°) enhances the activity by providing more reaction sites for hydrogen adsorption, promoting the diffusive mass transport of the reactants, and facilitating hydrogen bubble ascension from the pores.
Both the quantitative microstructures and the dynamic behavior are expected to serve as a benchmark for comparison to the microstructures obtained from other methods, including experiments.
It is also known that the optimum proteolysis of protein substrates by pepsin is achieved at pH of about 2. 15 Food microstructure is expected to play an important role in the disintegration kinetics as well as the release and bioavailability of nutrients.
Wide ranges of deposition temperature from 200 to 850 °C as well as that of passage thickness from 6 to 58 μm were explored in the experiments because significant changes in the TBC microstructure could be expected.
