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Exact(60)
After 12 h, the cell-attachment efficiency and cell morphology were observed using the inverted microscope.
Changes in shrinkage and morphology were observed when varying feed solids contents and drying temperatures.
Meanwhile, the changes of surface roughness and morphology were observed by atomic force microscopy (AFM).
Changes in spinal cord morphology were observed with hematoxylin and eosin (H&E) staining and electron microscopy.
However, differences in surface morphology were observed and attributed to the cooling rate (film thickness) as predicted by the model.
Although according to the XRD patterns the coatings were mainly composed of HA, some differences in the morphology were observed.
For PPy doped with DF−, unusual patterns in growth and morphology were observed.
Modifications on the fiber morphology were observed with a scanning electron microscope.
Four major effects of planar deformation on the physical properties and morphology were observed.
Three types of morphology were observed in discontinuously coarsened lamellar structures (secondary lamellae).
Besides the calcite and the vaterite crystals, aragonite crystals with an acicular mineral morphology were observed.
More suggestions(16)
patterns were observed
morphology were correlated
morphology were tested
morphology were selected
morphology were determined
morphology were seen
morphology were followed
morphology were recorded
morphology were investigated
morphology were noticed
morphology were compared
morphology were assessed
morphology were obtained
morphology was observed
morphology were visualized
morphology were isolated
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