Sentence examples for surface utilization from inspiring English sources
The nanotubes array shows excellent surface utilization and gas accessibility.
It is shown that the 3D-MB architecture gives rise to qualitatively non-uniform current densities, leading to sub-optimal surface utilization.
This efficiency may be characterized by three criteria related to inner space utilization, catalytic surface utilization and/or mechanical energy degradation.
We further show that the self-assembled J-aggregates optimized the TiO2 surface utilization, enhanced the light harvesting ability by broadening and red-shifting the absorption, and suppressed the electron recombination, thereby significantly promoting the solar cell efficiency.
The pyridine modified catalytic layers approach Pt surface utilization values as high as 80% as compared to 50% utilization measured for the case of conventional Pt/C catalytic layers.
Most importantly, HMCSs-800 possesses high surface utilization (0.66 F m−2) and excellent rate capability (73.8% retention at 20 A g−1 relative to the capacitance of 0.5 A g−1).
Generally, a high C S represents a high surface area utilization.
This relatively low electrolyte diffusion/transfer efficiency usually results in low surface area utilization, particularly under high current densities.
The superior performance of Pd/GNS CNTs catalysts may arise from large surface area utilization for NPs and enhanced electronic conductivity of the supports.
The higher specific capacitance in KOH electrolyte is due to the lower faradic charge transfer resistance and better electrochemical surface area utilization than in Na2SO4 electrolyte.
This hierarchical porous structure and well-retained fiber-like skeleton can simultaneously minimize the diffusion/transfer resistance of the electrolyte and electron, respectively, and maximize the surface area utilization for charge accumulation.
