Sentence examples for performance arising from the from inspiring English sources

On the other hand, the relative gain in performance arising from the cooperative effect would decrease.

As a model compound, the superior electrochemical performance arising from the low-defect Prussian blue nanocrystals provide a new insight into the design of high capacity Na-storage host materials for large scale electric storage applications.

Theoretical model of phase noise of SRA is set up, especially the effect of the automatic gain control (AGC) circuit in oscillator to phase noise in low frequency range (1/f3 phase noise and 1/f5 phase noise) is analyzed, and the restriction of resolution performance arising from the 1/f3 phase noise caused by AGC is also illustrated.

Clearly, we have been able to transform a statement of 'no evidence for an effect' into a statement about the possible degradation of performance arising from the uncertainty over the size of the effect.

The greatly improved electrochemical performance arises from the favorable kinetics properties stemming from unique nanoparticle-in-nanowire one-dimensional architecture.

The fascinating performance arises from the ameliorating functional characteristics of aCNTs in both the two battery components.

The excellent absorption performance arises from the effective impedance matching, alternate multilayer nanostructure and chiral morphology of the samples, and efficient magnetic loss from magnetic constituents.

Moreover, the most difficult challenge in controller design and control performance arises from the interaction between looper angle and strip tension.

The improvement in the electrochemical performance arises from the synergistic effects of the reduced particle size, conductive carbon matrix, and catalytic function of Ge to mitigate mechanical strain and provide an efficient network for electron transfer.

The excellent ORR performance arose from the particle structure that facilitated mass transport, including the hollow shape with well-developed micro and macro pores, and various active nitrogen functional groups on the surface.

The enhanced electrochemical performance arose from the combination of unique properties of the mesopores acting as free space to accommodate volume expansion during cycling, conformal carbon layer on each nanoparticle surface buffering volume changes, and conductive RGO sheets connecting the aggregates to each other.