Sentence examples for a different length scale from inspiring English sources

This article first formulated a shell theory for hybrid anisotropic materials by use of asymptotic integration method, the results are same as classical Donnell-Vlasov theory of single layer isotropic material, then a simplified governing equation was developed by means of adopting a different length scale.

However, we further show that the well-known porous structure, which has a significantly different length scale, does not result from a field-induced instability, but is instead the result of a mechanical instability with forced plastic deformation and flow of the oxide during further anodization.

Although based on a very different length scale, modeling studies of macroporous structures have shown that the Schwarz P minimal surface represents the optimal structure for permeability.

This chapter discusses breakage in granulation from a number of different length scale perspectives.

Note the different length scale in panel (i).

Material anisotropy regulates the instabilities of film substrate systems at different length scale.

The mathematical framework introduces new types of coupling effects between the different length scale effects of all three fields.

It has shown to provide useful results in many complex situations, where the physics of the system involves many degrees of freedom and a multitude of different length scales, generally rendering its numerical treatment on a detailed level computationally intractable.

Subsequently the ability to control pore chemistry at a number of different length scales and geometries has proven to be a fruitful area of exploitation, that provides excellent bioactivity and attracts cellular responses as well as enables the entrapment of biologically active molecules and their controllable release for therapeutic action.

Structural information obtained about a biomaterial at different length scales is important in relating the structure to its functional properties.

Here, we review recent studies showing that this complexity can be understood in terms of the supramolecular organization of proteins, which self-assemble within a hierarchy of different length scales, including complexes, supercomplexes and nanodomains.