1
The weight variation and surface roughness were not affected by the hardness.
2
This approach has potential for many more applications, e.g., in surface roughness analyzes.
3
Through analysis of the enamel surface roughness, these effects were confirmed.
4
The surface roughness may be the contribution to the twinkling artifact.
5
The surface roughness was observed with confocal laser scanning microscope.
6
The surface roughness of each group increased significantly owing to the wear caused by toothbrushing.
7
The surface roughness for all specimens was measured using atomic force microscope in tapping mode.
8
The influence of dry micro cutting parameters on the surface roughness parameters were also investigated.
9
The recrystallization depends on the degree of surface roughness.
10
The weight value, surface roughness, and topography of each group were determined before and after toothbrushing.
11
Longer treatment showed significantly higher surface roughness.
12
We introduce a simple yet effective mechanism to capture the sliding behavior of colloids with surface roughness.
13
Additionally, the effect on the enamel was analyzed by measuring enamel surface roughness with laser scanning microscopy.
14
There is a difference in increase of surface roughness of the archwire within and between the bracket slots.
15
In contrast, no relationship is found between cell adhesion and wettability, surface roughness, elemental or functional surface composition.
16
The surface properties, surface roughness and surface energies were determined using contact angle measurement and atomic force microscopy.