Sentence examples for different types of matrices from inspiring English sources
Herein, the structure, processing methods and properties of nanocomposites with three different types of matrices are discussed in general.
Recently, fiber-reinforced polymer composites, developed by reinforcing different types of matrices with fibrous materials have garnered tremendous attention in aerospace engineering.
After that, due to the wide use of nanoparticles as reinforcements to different types of matrices, the nanotube-reinforced matrix problem is investigated in cylindrical coordinates.
The thermosensitive nanoparticles were prepared by functionalizing two different types of matrices, with pore size of 3.5 nm (MSNsmall) and 5.0 nm (MSNbig), carrying out a free radical copolymerization of N-isopropylacrylamide (NIPAM) and 3- methacryloxypropyl trimethoxysilane (MPS) inside the mesopores.
This technique has been the most widely used method of choice for the researchers in this field who have defined different types of matrices to construct various invariants to describe the DNA sequences.
Dentin and enamel mineralizations occur on different types of matrices.
Previous studies comparing normal and IPF fibroblasts have been conducted on glass or tissue culture plastic, and some of the underlying differences in cell responses may actually be due to the different types of matrix produced by the cells on different substrates.
Of special interest are what we call Haagerup, Kronecker, and Schur polynomials – polynomials associated with different types of matrix products.
In this research paper, different types of matrix effects, i.e. ion suppression or enhancement were observed in differently designed ion sources coupled with different LCs, from the same molecule, acamprosate (ACM), under the same chromatographic conditions.
The formulation is applicable to different types of matrix material (e.g. brittle, perfectly-plastic, strain-hardening), which are modelled through generic piecewise-linear and fracture-mechanics consistent shear constitutive laws.
The olistostromal component includes units of both siliciclastic and serpentinite matrix, and the different types of matrix may be interbedded, interfinger, or grade into one another.
