Reinforcing fibers and matrices suitable to make biocomposites are summarized in Section 9.06.3.
The cortical magnification matrix M is introduced founded on a notion similar to that of the scalar cortical magnification factor M. Unlike M, this matrix is suitable to describe anisotropy in cortical magnification, which is of particular interest in the highly gyrified human cerebral cortex.
For a better estimation of the multicomponent wideband spectral matrix, it is suitable to realize jointly spatial and frequential smoothing.
Furthermore, unlike the scalar factor M, this matrix is also suitable to describe anisotropy in cortical magnification, which is of particular interest in the highly gyrified human cerebral cortex.
To overcome the n ≪ p problem, we now restrict V x to a non-singular clustering matrix, suitable for data containing groups of similarly behaving variables.
The diagonal block-wise basis identity matrices are well suitable to without inter-symbol interference orthogonal frequency division multiplexing, diagonal block zero forcing precoding, and SVD for multiuser MIMO.
With the ability to form nano-fibrous structures, a drive to mimic the extracellular matrix (ECM) and form scaffolds that are an artificial extracellular matrix suitable for tissue formation has begun.
Supercritical carbon dioxide (scCO2) processing is used as a novel method to simultaneously impart a porous structure and disperse a nano-clay in a resorbable polymer matrix suitable for load-bearing applications.
These compounds comprise a food matrix suitable for the incorporation of probiotic microorganisms.
We designed a highly branched alkyd matrix suitable for surface coating from castor oil via polyesterification.
