Sentence examples for surface can be understood from inspiring English sources
The ability of ions to adsorb at a surface can be understood by examining the state of hydration.
When In x Ga1 − xAs is deposited on the GaAs substrate, the possibility of the island formation process on the surface can be understood with the equilibrium growth mode or interfacial misfit dislocation.
Molecular and dissociative adsorption on stoichiometric surfaces can be understood as acid base processes.
The growth of nanorods into spherical shaped surfaces can be understood in terms of shape controlled chemistry.
The formation of this microstructure and the fracture surface are discussed in terms of hydrogen embrittlement models, with the conclusion reached that the surface formation can be understood within the framework of the enhanced plasticity model of hydrogen embrittlement establishing the conditions that favor the formation of the observed surface features.
The sensitive behavior on the surface amplitude can be understood by reflection and nonlinear dissipation of Alfvén waves (SI06).
[8] proposed that the perception of local surface slant can be understood in terms of a probabilistic estimation process.
Reduction in surface reflectance for Si templates can be understood in light of gradient refractive index effect arising from a continuous change in the effective refractive index along the depth (from the apex towards the base of the facets) and refractive index matching at the substrate interface because of self-organized nanofaceted Si structures.
A detailed analysis of planar interfaces generated by merging chemically equilibrated surfaces shows that glass-glass interfaces can be understood as interphases of different composition and short-range order, where the local topology, free volume and local composition are intimately linked.
The formation mechanism of various nanostructures can be understood in terms of intermixing, surface diffusion, and surface reconstruction.
Considering all above facts, it can be understood that higher surface catalytic activity of Fe2O3/BiVO4 lead to its higher catalytic activity than Co3O4/BiVO4.
