Sentence examples for microscopy of fractured from inspiring English sources

Additional work by Shemtov-Yona et al. [ 35], consisting of surface examination by scanning electron microscopy of fractured implants, revealed numerous secondary cracks in the vicinity of the main crack (fracture plane).

Electron microscopy of fractured surfaces reveals widespread fiber/matrix interface debonding and fiber pullout, which chiefly contribute to cyclic cracking resistance.

The dispersion of the GNS in nanocomposites is assessed via scanning electron microscopy of fractured surfaces.

Scanning electron microscopy of fractured surfaces was performed using a JEOL JSM model 6360 microscope.

Scanning electron microscopy of fracture surfaces identifies the graphitic disks as fracture initiation sites.

Scanning electron microscopy of fracture surfaces shows changes in failure mechanisms compared to the pure components.

The partially dense compacts, consolidated from loose powder in thin-walled containers, were examined using optical microscopy of polished sections and stereo pair scanning electron microscopy of fracture surfaces.

In addition, the results from scanning electron microscopy of fracture surfaces indicated that the interface zone of concrete and GPM was more homogeneous and denser than that of concrete and RM.

Scanning electron microscopy of fracture surfaces after cyclic loading revealed that abrasion of crack bridging surface roughness is the main microscopical cause of weakening and degradation of the interface.

Scanning electron microscopy of a fractured scale revealed a 3D network-like structure in the scale lumen, which was previously demonstrated to be a gyroid-type photonic crystal [ 15],[ 17]–[ 20].

Further studies with scanning electron microscopy of the fracture origins are planned to evaluate the presence and type of flaws at the fracture origin and whether or not these are the cause of fracture initiation.