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The addition of steel fibres in the concrete matrix can greatly improve the material ductility and durability as well as the impact and abrasion resistance.
Including the spring nanofillers in the rubber matrix can greatly decrease the loss factor of the nanocomposite when the interphase is a "bonding interphase," while including the ring nanofillers in the rubber matrix can greatly increase the loss factor of the nanocomposite when the interphase is a "frictional interphase".
Using small-molecule and macromolecule model drugs, our group demonstrated that physicochemical properties of the polymers and drugs and structural properties of the matrix can greatly impact drug distribution within microparticles, particle erosion and drug release rates.
Results of this analysis showed that the filtration of colloidal particles in the porous matrix can greatly affect the tailing of colloid concentrations after the colloid source was removed.
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We have recently shown that soft matrices can greatly increase the death rate in a bond cluster by inducing severe stress concentration near the adhesion edges.
Both cell-adhesive ligand density and matrix stiffness can greatly impact cell behavior.
Third, we show how the complexity resulting from the use of Monte-Carlo simulations for the transition matrices can be greatly overcome in the framework of dynamic programming.
We assume that the set of parameters to be estimated is θ = v0, a, A, B, φ, as the straight line in Figure 1 is only related to parameters (v0, a), we can divide it into a two-dimensional matrix and three-dimensional matrix to estimate, respectively, which can greatly reduce the calculation.
The experimental results indicate that the TRIP steel with Mn of 6% could form a considerable amount of retained austenite with good TRIP effect after a simple intercritical annealing treatment, and the matrix microstructure before intercritical annealing treatment can greatly affect the final microstructure.
In vitro, TGF-beta is chemotactic for monocytes and fibroblasts and can greatly enhance accumulation of extracellular matrix components by fibroblasts.
To the best of our knowledge, most of the reports concentrated on the incorporation of dyes or fluorophores through covalent bonds into colloidal silica spheres [39 43], which can greatly decrease the leakage from the silica matrix.
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Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com