The IS results were interpreted by the microstructural features of the deposits such as chemical composition, atomic structural and phase analysis.
The electrical behavior of multiscale composite materials was strongly influenced by microstructural features.
Fatigue crack initiation in the high cycle fatigue regime is strongly influenced by microstructural features.
However, the mean microcrack length was uniform across the specimen, suggesting that microcrack length is limited by microstructural features.
Friction-stir processing (FSP) was subsequently applied as a solid-state localized surface modification technique to improve the structure and integrity of the cold sprayed layer, by enhancing densification, homogeneity, and microstructural features of the as-deposited material.
For this purpose, some small metallic pieces were selected and examined by microscopic and microanalysis methods to characterize microstructural features of ancient bronze artefacts.
For the further and in-depth understanding of decay processes impact on the behavior of martensitic transformation, it is planned to continue the work in the direction of the study of microstructural features of phase formation by applying direct methods.
The microstructural features of the nanocomposites were followed by scanning and transmission electron microscopic observations.
The microstructural features of paper samples were investigated by use of a field emission scanning electron microscope (FE-SEM) Leo Supra 35 (Oberkochen, Germany) under ultra-vacuum at an accelerating voltage of 10 kV.
