Sentence examples for inhomogeneity structure from inspiring English sources
These excluded data suggest existences of high Q −1 or strong inhomogeneity in the backarc, but this information cannot be quantified as attenuation or random inhomogeneity structure.
This random inhomogeneity structure was estimated by assuming the von Kármán type power spectral density function (PSDF) (Pleft( m right) = {{8pi^{{{3 mathord{left/ {vphantom {3 2}} right.
Takahashi et al. (2011) used this Markov approximation in their estimation of the random inhomogeneity structure in the northern Izu Bonin arc.
Following the random inhomogeneity study of Takahashi et al. (2011), we used some of these initial hypocenter locations to estimate the random inhomogeneity structure, and we also referred to the unified hypocenter list provided by the Japan Meteorological Agency JMAA) for events occurring north of the study area (>34.5°N).
The obtained structural essence of intrinsic inhomogeneity in MGs lays the foundation for further understanding and designing MGs with high plasticity, by adjusting properly inhomogeneous structure.
As soon as the copolymer architecture and interactions are such that the melt develops inhomogeneous structures (microphase separation), the surface also shows lateral inhomogeneities.
The present work is likely to find applications in diverse areas such as biological inclusions, inhomogeneities in structures such as wood, foams, chiral sculptured thin films, bones and other complex materials exhibiting axial twist coupling.
This behaviour has been attributed to the interfacial layer, the interface states and barrier inhomogeneity of the structure.
Considering the material structure inhomogeneity of the Nc-Si and the beam׳s size, we propose a novel model that combines a couple stress based-Euler Bernoulli based-Euler Bernoulliromechanical model.
Our model provides a direct and quantified description of the structure inhomogeneity of lipid bilayer membrane, and can be coupled to the investigations of biological processes on membranes for which such inhomogeneity plays essential roles.
The inhomogeneity of the structure leads to a decrease of flexural wave speed and an increase of their amplitude, therefore resulting in an efficient energy dissipation if damping layer is placed where the thickness is minimal.
