Sentence examples for matrix particles and from inspiring English sources
TiB whiskers are in situ synthesized along the "grain boundaries" of large titanium matrix particles and subsequently formed into a unique network architecture.
Based on the incremental relation between particles and the matrix, the incremental constitutive relations of composite, matrix, particles and voids have been developed.
The in situ formed BN phase was in agglomerate shape located at the pockets of Al2O3 matrix particles and this distribution was suggested to be beneficial to the strength of materials with weak phase dispersoids.
SEM observations show that the hybrid filler particles are agglomerated around the LDPE matrix particles, and within the agglomerates the smaller-sized nitride particles in the hybrid filler can easily form thermally conductive networks to make the composites with high thermal conductivity.
The increase in tensile modulus is explained in terms of a three-phase model involving matrix, particle, and interface zone.
These continuous fields are not only more amenable to statistical characterization than the spatial ternary (matrix, particle and interface) fields that describe the microstructure, but offer a more direct, and potentially more visual, link between microstructure and mechanics.
The significant improvement of ductility can be attributed to the network architecture, the retained large matrix particle and the interpenetrating matrix microstructure, while the superior strengthening effect can be attributed to the network architecture and the branched and dowel-like TiB whiskers.
Because of the weak interfacial affinity between filler and matrix, particles chipped during the process and the post-alignment composite had poor morphology.
As a consequence, the pore volume inside the wax matrix particles is increased and the diffusion coefficient of the drug is altered.
During disintegration of the polymer matrix, particles of different sizes and shapes are formed [11, 71, 72].
With decreasing of matrix particle size and increasing of reinforcement particle size, wear loss also decreased.
