Sentence examples for phase on the subsurface of from inspiring English sources
On unloading, the Ge-II phase on the subsurface of the (010) plane transforms into amorphous state.
That is, the larger extending range of transformed phase on the subsurface around a certain direction in nanoindentation, the greater thickness of deformed layer would occur with nano-cutting along the same direction on the same crystal plane of germanium.
Transmission electron microscopy on cross section view samples was used to explore the detailed distributions of various phases in the subsurfaces of indented silicon.
It has confirmed the formation of the new phase in the subsurface region of MCT after silver implantation.
Parallel median cracks can be generated on the subsurface layer of brittle materials in engineering.
According to the analysis above, the relative depth of subsurface deformation when nano-cutting along different directions on the monocrystalline germanium can be obtained from the transformed phase distribution of the subsurface with nanoindentation on the same crystal plane with a spherical indenter, instead of extremely large numbers of simulations or experiments on nanometric cutting.
In fact, the investigations about the anisotropic behavior of single-crystal brittle materials in nanometric cutting have focused on the effects of crystal orientation on the limit of ductile machining (initial crack) instead on the subsurface deformation layer of phase transformation at present.
The implications of these laboratory findings on the subsurface persistence and recovery of entrapped NAPLs are discussed.
Firstly, the decay time of the subsurface viscoelastic relaxation depends on the subsurface local conditions such as the viscosity and thickness of the material.
Previous study showed that a large area of phase transformation from diamond cubic structure to β-tin-Ge was obviously observed in the subsurface region of nanoindentation on the (100) plane by MD simulation [24].
On August 4, 2011 (sol ), NASA announced that MRO detected what appears to be flowing salty water on the surface or subsurface of Mars.
