Highly selective artificial recognition materials can be achieved by nanostructuring matrices and making use of a range of non-covalent intermolecular interactions, such as coordinative bonds, hydrogen bonds, and affinity interactions based on the Pearson hardness of both the analyte and the receptor layer.
This is critical especially in view of the complex biological matrices and makes efforts such as a recent interlaboratory comparison [ 28] even more important to ensure analytical accuracy.
Using of carbon nanotubes improve microstructure and properties of cement matrix and make them promising fillers into many engineering materials.
This new prescription will keep the unitarity of the CKM matrix and make the amplitude of an arbitrary physical process involving quark mixing convergent and gauge independent.
Then, a single-factor evaluation matrix was constructed using the continuous grading function in order to determine the optimum comprehensive evaluation matrix and make a fuzzy evaluation of the fault sealing properties.
This phenomenon could be attributed to the fact that adding excess Fe and Ni into aluminum bronze would easily make hard reinforcing phases detach from the matrix and become debris, which could penetrate into the matrix and make lots of material loss, thus accelerating the wear process.
In an effort to understand the exceptional precipitation strength in Mg RE (RE = rare earth) alloys, we use first-principles density functional theory calculations to study the energetic stability, elastic constants and coherency strain energy of Mg3RE-D019 phasesinate phases in a Mg matrix and make extensive comparisons with experimental and theoretical work, where available.
The silanization of nanoscaled single crystals could contribute to distribute uniformly in the dental matrix and make an increase on the mechanical performance accordingly.
The weights of G and are used for bending the genetic relationship matrix and make it positive definite, as required for its inversion [ 43], this is similar to the bending procedure occurring in AIREML algorithms for keeping the variance covariance matrix positive definite [ 42].
After Cr leaching followed by alkali washing, a carbonation treatment is proposed to stabilize the remaining Cr in the matrix material and make the subsequent recycling of the matrix material as a construction material possible.
