Exact(3)
The granular material is represented as assemblies of ellipsoidal particles.
At the macroscopic scale, the material is represented as a micropolar continuum.
For structural analysis, the cellular material is represented as a micropolar continuum with linear elastic constitutive equations obtained via micromechanics solution of a representative unit cell.
Similar(5)
Fibrous material was represented as porous system consisting of bunches of parallel cylinders with varied distances between the cylinders.
Data of experiments with immunoprecipitated material are represented as mean ± SEM of biological triplicates.
Detection of the symmetry and reduction of the unit cell In AiiDA, modelled materials are represented as non-reduced unit cells of a crystal, in other words, as if their symmetry space groups were P 1.
One or both of these conversions are used to produce an initial template CIF file (containing cif_core.dic data items only), which is supplemented by additional data in the following steps. 2 Detection of the symmetry and reduction of the unit cell In AiiDA, modelled materials are represented as non-reduced unit cells of a crystal, in other words, as if their symmetry space groups were P 1.
The material microstructure is represented as a three-dimensional array of discretisation points (voxels) that carry information about the component present at each location.
Related(1)
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

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CEO of Professional Science Editing for Scientists @ prosciediting.com