By drawing on the multiple ways that one can interpret the idea of causality within the MIMIC model, we then demonstrate how the continued defense of the MIMIC model as a tool to validate formative indicators and to identify formative variables in structural models is misguided. We also present...
Matter consisting of atoms in a regular structural order (or, alternatively, in fully statistical disorder) is classified as homogeneous since the inhomogeneities are too small to effect optical fields. This applies to crystalline, liquid, and glassy or amorphous matter likewise. All geometrical/...
(d) Cross-sectional view of the modal shape of the bottom limit of the first bandgap and its simplified model. Full size image To give a structural explanation of the frequency tuning of the second passband, the model of Fig. 4a,b is proposed. In Fig. 4a a schematic view of the ...
The calculated total energy and enthalpy have been used as criteria to judge the structural models built with consideration of symmetry. Our simulation indicates that the doped TiC tends to form its own domain up to the investigated nano-scale, which implies a possible phase separation. This ...
Fig. 3: Structural characterizations for high-entropy A5MnSb2 crystal. a SHG intensity (radial axis in arb. units) as a function of the polarization angle of the incident light (angular axis; 0° and 90° correspond to lab x and y directions, respectively) measured for A5MnSb2. The sampl...
Therefore, this stage is usually omitted and the fatigue lifetime of the component is predicted based on the fatigue crack propagation from a typical structural defect. The stage of crack propagation can be described with several equations. For example, as shown in Fig. 1a, the classical Paris...
attributable to these electrons. Metals are extremely good conductors of electricity and heat,and are not transparent to visible light:a polished metal surface has a lustrous appearance. Furthermore, metals are quite strong,yet deformable, which accounts for their extensive use in structural ...
Bone quality: the material and structural basis of bone strength The material composition and structural design of bone determine its strength. Structure determines loads that can be tolerated but loads also determine st... Ego,Seeman - 《Journal of Bone & Mineral Metabolism》 被引量: 339发表: ...
The dielectric function data are referred to in the optical handbook29,30 and provided in Supplementary Fig. 1. With these material and structural configurations, the MI-based inverse design process is implemented as follows. Fig. 1: Roadmap of inverse design of metamaterials for VIS-IR ...
continuous scalar field called crack phase field\(d(x)\). The material completely loses its load-bearing capacity when\(d(x)\)reach to 1, whereas\(d\left( x \right) = 0\)indicates the absence of any damage. A detailed explanation and implementation of the model can be found in our ...