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Morphologies of wear scars were investigated by SEM.
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SEM was used to investigate morphology of wear tracks and debris particles.
Results obtained in this study clearly demonstrate that the morphology of wear particles can be effectively characterized by the PIFS method.
In addition to size and volume, other factors such as composition, surface area, surface texture and morphology of wear debris are also thought to influence this macrophage-mediated osteolysis process [36,37].
To understand the failure mechanism of sliding wear, the morphology of worn out composite surface and counterpart was analyzed using SEM analysis.
The morphologies of the wear and scratch tracks of the Si samples were observed using a scanning electron microscope (SEM).
Figure 6 presents the three-dimensional (3D) surface morphologies of the wear track on the steel disc after running for 30 min under 40 N in base oil and in base oil with 1.0 wt.% WS2 nanosheets.
The morphologies of the wear trace and the interlayer mechanism of the as-spun material were obtained by using X-ray diffractometer (XRD) and scanning electron microscopy (SEM).
The morphologies of UHMWPE wear particles Micro-wear-1.0 10 Micro-wear-1.0 10 Micro-wear-1.0 10ce of 10 μm and 1 μm pore sisolatedh an expected size range of 1.0–10 μm are shown in Fig. 1h.
The surface morphologies of the worn samples revealed that the abrasive wear is dominant.
The morphology of the wear pits suggests that plastic deformation coupled with delamination is the wear mechanism in dry sliding (5% RH) and in ambient humidity (50% RH) conditions.
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