Sentence examples for matrices and making from inspiring English sources

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.

In this study, we demonstrate the higher specificity of these matrices and make an attempt to improve the annotation of apicomplexan kinases and proteases.

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.

By taking into consideration the moving speed changes in deriving the channel state transition matrix and making the handoff decisions, the reward performance of both the proposed and the speed methods keeps almost constant when the train is moving at different speeds.

Hyaluronidase hydrolyzes HA, thus reducing its molecular weight, lowering the viscosity of the extracellular matrix fluid and making outflow easier.

A Windows C++ program from Quantum Detectors was used to extract text files from the data matrix and make the average.

Using of carbon nanotubes improve microstructure and properties of cement matrix and make them promising fillers into many engineering materials.

The nHAp particulates have covered the surface of the composite matrix and made the surface of the scaffold rougher.

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.

The approach used to couple fluxes between the fractures and matrix allows representation of capillary pressure differences within the fractures and matrix and makes no assumption of equilibrium hydraulic conditions between the two.

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.