Investigation of the fragmentation procedure of particles revealed that, the existence of graphite flakes in cast iron matrix plays the most important role in particle breakage.
Upon quantifying the two pathways of heat recirculation, it is found that convective heat exchange between the gas mixture and solid matrix plays the dominant role, while thermal conduction in the combustor wall the secondary role in preheating the gas mixture.
Thereby, the precision matrix of W which is the inverse of the covariance matrix plays the central role to understand direct interactions between the components.
Biomaterial matrices play the key role to provide three-dimensional templates for tissue regeneration by mimicking the extracellular matrix which includes required adhesion sites and growth factors for cell attachment and further development.
On the other hand, the scale matrices play the important role in this paper.
The MMPs, a family of proteolytic enzymes that degrade different components of the extracellular matrix, play important roles in the different stages of tumour progression.
It is well known that other factors such as slow bacterial growth, oxygen limitation and decreased penetration of antibiotic through the exopolysaccharide matrix play a role in the decreased susceptibility of biofilms to antibiotic therapy [ 42, 43].
Thus, this study provides clear evidence that the properties of the complex soil matrix play decisive roles in determining the fate, bioavailability, and biological transport of ENMs in the environment.
The structure and mechanical properties of the fibrin matrix play a regulating role in the formation of capillary-like tubular structures (Nehls and Herrmann, 1996).
