Due to the multi-scale architecture of composites, uncertainties exist in both microscale and macroscale parameters.
Synaptic connections are modified using a reinforcement learning paradigm adapted to the place cells multi-scale architecture.
He also leads the multi-scale architecture and systems team, a group of researchers trying to make computers of all sizes faster while also making them more efficient, more secure and cheaper.
A significant improvement of the mechanical properties under compression is obtained by self-organization, yielding a multi-scale architecture of the cellulose nanoparticles in the bio-composite aerogels.
These results highlight the potential of USANS/SANS techniques to investigate the multi-scale architecture of cellulose hydrogels as well as the interaction mechanism between cellulose and PCW polysaccharides.
Here, we present a simple and tunable fabrication method for the production of patterned electrospun fibers that simulate the complex anisotropic and multi-scale architecture of cardiac tissue, to promote cardiac cell alignment.
An ultrathin bi-layer electrolyte composed of 150-nm-thick yttria-stabilized zirconia (YSZ) and 450-nm-thick gadolinia-doped ceria (GDC) is successfully built on a NiO-YSZ anode support the microstructure scale of which changes from μm to nm (multi-scale architecture).
Tissue histology of cartilage reveals a multi-scale architecture that spans a wide range from individual collagen and proteoglycan molecules to families of twisted macromolecular fibers and fibrils, and finally to a network of cells and extracellular matrix that form layers in the connective tissue.
The concept of multi-scale architecture in the TF-SOFC not only enables the reliable implementation of thin-film electrolytes and nanostructured electrodes to improve the critical low-temperature performance of the SOFC but also secures the thermo-mechanical stability of TF-SOFC.
Few studies have focused on the structure mechanical property relationship and its link to the multi-scale architecture of human enamel, whereby the response to mechanical loading is affected not only by the rod distribution at micro-scale, but also strongly influenced by the mineral crystallite shape, and spatial arrangement and orientation.
Thus a hierarchical multi-scale architecture permits to extract-specific analytical molecular targets from a solution and characterize them using surface-enhanced Raman spectroscopy (SERS) even in very low abundance ranges.
