Sentence examples for optimized profiling from inspiring English sources

As an example we showed how optimized profiling schemes are embedded in the agent system and evaluated the energy savings and comfort gains of this control strategy, which showed very promising results.

An optimized profile of the ultramacroporosity, between 0.1 and 1 μm, reduces diffusional constraints.

The new configuration reduces the spacing between ring electrodes to 1 mm and provides an optimized profile of the ring electrodes radii.

Based on the elastic buckling analyses, the optimized profiles of the holes are obtained and then applied to standard C-section flexural members.

The highest photocatalytic activity of the optimized profile was achieved with an optimized electrolyte: 87% 1 M K2HPO4 and 13%11 M Na2SO3 (known to act as a hole scavenger or sacrificial agent) at pH=10.

To reach the purpose of maximum Nusselt number, the optimized profile is introduced and finally the effect of heated cylinder diameter on the heat transfer in the optimized case in discussed.

Replacing an uniform profile by an optimized profile, it is possible with the same number of molecules to increase the absorption at low intensity from a factor 1.9, while transmission at high intensity remains near to 100%.

A noteworthy feature of this study is that under optimized profile parameters and customized electrolyte conditions the photocurrent yields increased from ~0.05 mA/cm2 to ~20 matcm2 at +1.2 V for visible light.

With the increase of shear times, core plugging rate of the optimized profile control system decreased by less than 1.2%, it means that the plugging performance of profile control agent was less affected in the process of in-depth profile control treatment in oilfield.

The optimized profile is implemented through a practical control strategy for the flue gas – air system of fired heaters, which is applied to the flue gas oxygen concentration and chamber negative pressure control on the basis of flue gas-air control system.

These scaling relationships allow us to identify the natural limits on simple bio-inspired propulsors, and suggest that further improvements in performance will require adaptive flexibility and optimized profiles.