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The FSP precursor feed was varied to produce either mixed-oxide or core-shell arrays.
The FSP microstructure became highly unstable at 390 °C onwards, thus, affecting ductility adversely.
The FSP process is primarily used for the modification of microstructure in near-surface layers of processed metallic components.
The FSP parameters analyzed were tool rotational speed, traverse speed, groove width and type of ceramic particle.
The FSP slightly increases the hardness and Rp0.2 of toe microstructures, but reduces the elongation on fracture of tensile specimens.
The FSP processing thermal cycles, macro/micro-structures, phase evolutions, microhardness measurements, and dry-sliding wear performance of the processed surface layers were investigated.
The FSP algorithms start with an initial projection, which is expanded in size if necessary.
The FSP amplitude did not decrease with age in the Van der Stelt study [ 4], a result that is confirmed in the present report.
The FSP value is expressed as the dimensionless ratio of the mass of pore water to the mass of dry solids (g g−1).
The FSP 77 PS 1 conjugate displayed a more pronounced loss of binding, although it was still positive with respect to the control.
The FSP process was analyzed for pure nanosilver and for nanosized silver-tricalciumphosphate particles (nanoAg-TCP), both of which may be applied to textiles.
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