The phrase "attractive matrices" is correct and usable in written English.
It can be used in mathematical or scientific contexts to describe matrices that have desirable properties or characteristics.
Example: "In our study, we focused on attractive matrices that exhibit stability and efficiency in computations."
Alternatives: "desirable matrices" or "appealing matrices".
Hence, porous carbon, which has a high conductivity and surface area, has been recognized as one of the most attractive matrix materials for air electrodes.
Preliminary cytotoxicity tests illustrate the excellent in vitro-cytocompatibility of the fabricated cryogels making them especially attractive as matrices in tissue regeneration procedures.
Hydrogels are considered to be attractive cell-matrix for chondrocytes due to their similarity in properties to the natural cartilage.
Nanofibrous structure developed by electrospinning technology provides attractive extracellular matrix conditions for the anchorage, migration and differentiation of stem cells, including those responsible for regenerative medicine.
SiO2 TiO2 materials with 20 mol% SiO2 also revealed an attractive hierarchical matrix for dispersing efficiently the Pt-NPs and performing the oxidation reaction below 200 °C.
But how can it be realized, when stimulating interstitial fluid and attractive extracellular matrix are lacking.
The estimation for determinants is an attractive topic in matrix theory and numerical analysis, especially in mathematical physics, since computers are not very valid for analysis of matrices with parameters, which plays an essential role in various applications (see, [1 3]).
Due to various attractive characteristics, the matrix converter has the reasons for the tremendous interest.
Due to their high water content and diffusivity of nutrients and biomolecules, hydrogels are very attractive as a matrix for growth factor immobilization and in situ delivery of cells to the site of regeneration in tissue engineering.
Carbon-matrix composites are attractive for their high-temperature resistance compared to polymer-matrix, cement-matrix, and metal-matrix composites.
