Alternative anode materials are desired for high performance hydrocarbon fuel solid oxide fuel cells (SOFCs).
The rational structure design and strong interfacial bonding are crucially desired for high performance zinc oxide (ZnO)/carbon composite electrodes.
Therefore, a large value of t may be desired for higher performance in diagnosis, but an extremely large value of t would not be practical as it will not only increase the computational burden but also decrease early detection property of the diagnosis method.
Mechanically robust graphene papers with both high gravimetric and volumetric capacitances are desired for high-performance energy storages.
Simultaneous improvement in capacitance, rate capability and cycleability of electrode material is highly desired for high-performance supercapacitor, which necessitates the rational design of pore texture and surface composition of electrode materials.
The pure-phase catalyst clearly plays a key role in revealing the intrinsic activity of CoS2, and the metallic property of CoS2 allows efficient charge transport from the electrode to the surface of the catalysts, which is desired for high-performance electrocatalysts [10].
This is due to the high level of accuracy desired for predicting aerodynamic performance of flight vehicles.
Ground truth data, i.e., manually landmarked spatial positions of the landmark points is much desired for referenced landmarking performance.
In telecommunication applications, the structure parameters (rank, mode dimensions, and core tensor dimensions) of a PARAFAC or Tucker model are design parameters that are chosen in function of the performance desired for the communication system.
Although, ASCE 41-06 rotation limits depend on the level of reinforcement ratio and shear strengths, it would be more appropriate to define these limits with detailed expressions that include the span-to-depth ratio, reinforcement steel and section properties to predict much better the level of seismic performance desired for the structure.
