Sentence examples for incorporation of functionality from inspiring English sources
Three different approaches have been investigated to date for the incorporation of functionality into PCL: (1) synthesis of new CL monomers containing functional groups, (2) chain-end modifications via the incorporation of functional groups into the ROP initiator and/or the postpolymerization modification of the ω-hydroxyl polymer chain-end, and (3) the copolymerization of CL with other monomers.
Incorporation of functionality in software allows networks to innovate at the rate of software development cycle which is a lot more agile than the sluggish rate of hardware development[9].
Thus, weighted sum of fluxes through these elementary modes for each reaction, called control-effective fluxes (CEF), lead to the implicit incorporation of functionality and regulation into metabolic network structures [ 11, 13, 14].
The long-term goal of the group, going beyond probing and modulation, is to enable incorporation of functionalities, not otherwise allowed by biology, for enhancing and transcending us beyond our biological limitations.
When starting from crude oil or naphtha, the incorporation of functionalities (e.g., −NH2) into derived bulk chemicals (such as 1,2-ethanediamine and 1,4-butanediamine) requires considerable amounts of energy and catalysts.
Incorporation of multiple functionality makes the design process complex and costly for digital microfluidic biochip.
Our results suggest that incorporation of silyl functionality is a useful option for structural development of biologically active compounds.
1H NMR spectra of the metal complexes indicate that the Cs local symmetry about the metal core does not change by the incorporation of dendritic functionality at the thiophenolato ring.
A practical synthetic route was developed to incorporate this pharmacophore into the side chain of glutamic acid, with flexibility to allow incorporation of additional functionality at the end-stage of the synthesis.
Surface modification via the incorporation of organic functionality into polar oxide surfaces, or dehydroxylation, can lower their polarity and thereby increase initial rates of acid catalysed transformations of liquid phase organic molecules [94].
The incorporation of NAS functionality into acrylic microspheres for DNA microbiosensor application provides advantages of a simple preparation method where the spheres can be synthesised and functionalised via a one-step procedure using photopolymerisation in a short duration (several minutes).
