Sentence examples for asymmetrical behavior from inspiring English sources
The phrase "asymmetrical behavior" is correct and usable in written English
It can be used in contexts discussing patterns or actions that are not balanced or equal in nature, often in psychology, sociology, or behavioral studies.
Example: "The study revealed that asymmetrical behavior in social interactions can lead to misunderstandings and conflict."
Alternatives: "uneven behavior" or "disproportionate behavior."
A continuous variation and the desired asymmetrical behavior of the damping characteristics is achieved by an intelligent combination of an ER valve with a laminar damping orifice and check valves.
Using the method that is developed, it is found that the rf conductivity current causes an asymmetrical behavior of the plasma-sheath interface and of the sheath characteristics, but has little effect on the rf discharge current/voltage characteristics.
The previous studies by our group and others have demonstrated that the surface states on the ZnO nanostructure surface can dominate the photoelectric properties of the ZnO nanorod arrays, and different surface states which caused by O2 adsorption or vacancies on the surfaces of semiconductor nanowires will cause the asymmetrical behavior of I-V curves[25 30].
Furthermore, it allows asymmetrical behaviors in the output cycles.
The asymmetrical photocurrent behavior is probably due to defects or impurities which can generate an intrinsic potential difference between two metal electrodes [29].
With applied bias (from −2.0 to +2.0) voltages, the curve exhibits asymmetrical nonlinear behavior with lower current value as several nA in dark conditions.
This asymmetrical deformation behavior ensures that all the inter-particle space can be filled by the deformed soft particles and leads to a fully dense microstructure.
This paper presents an efficient topology optimization strategy for seeking the optimal layout of continuum structures exhibiting asymmetrical strength behaviors in compression and tension.
Uniaxial testing revealed asymmetrical elastic behaviors of the 〈1 1 0〉 crystals: tension caused elastic softening with a large reversible strain of ∼4% and a stress plateau of ∼250 MPa, whereas compression resulted in gradual elastic stiffening with much smaller reversible strain.
We suggest that biological signaling networks of this type (i.e., those resembling the basal motif) may have evolved to take advantage of either symmetrical or asymmetrical types of behavior.
The deviation of the initial geometry from the theoretical model influenced the structural behavior, producing asymmetrical displacement fields and asymmetrical modal shapes although the symmetrical loading.
