Sentence examples for asymmetry effect from inspiring English sources

The theory is briefly discussed and its generalization that accounts for the tension compression asymmetry effect is presented.

Parameter γ1 helps capture the asymmetry effect associated with the shock size ( frac{left|{varepsilon}_{t-1}right| _{t-1}right| }{h_{t-1} }{h_{t-1}

Originally, the standard version of NIC in [21] was used to analyze the asymmetry effect in the volatility, and the attention was paid to the comparison of the symmetric relationship between the left and right branches of the NIC.

It is generally considered that the above equation does not take into account the influence of the double layer structure on the rates of electrode processes and, hence, one can assume that its use might lead only to a qualitative explanation of the observed asymmetry effect.

The asymmetry effect is particularly pronounced for "narrow" majorities.

Section 3.3 discusses that the asymmetry effect may induce insincere voting.

It will be shown that asymmetry effects are caused by the designs of the heater-magnet coils and bus bars.

Modified high temperature ceramic membranes provide high speed methane conversion into syn-gas and light hydrocarbons at 500 650 °C, showing a good potential for the systematic study of asymmetry effects in membrane catalysis.

An expression for the acoustic pressure in a moving fluid is derived including azimuthal asymmetry effects in the general case, where the fluid velocity points along the cylindrical shell axis and can be written as an infinite power series expansion in the radial co-ordinate.

For analysis of hemisphere asymmetry effects, left and right fronto-temporal (LFT, RFT) and central (LC, RC) groups of electrodes were used (details in ref. [18]).

The ANOVA design included two between-subjects variables, Sleep Group (Early-NG vs. Late-NG) and Processing Strategy (Solvers vs. Non-solvers), and within-subjects variables, Response Type (unpredictable vs. predictable) and ROI (LOP vs. ROP, for assessing occipital effects) or Laterality (left vs. right) x ROI (fronto-temporal vs. central, for assessing asymmetry effects).