Sentence examples for versatile application of from inspiring English sources

This simplifying assumption enables more versatile application of the ED design model with background processes.

These results suggest that the newly designed aptamer conjugation platform offers great potential for the versatile application of aptamers as molecular imaging agents.

Inspired by the versatile application of PTC, herein, we report the systematic kinetic study of radical polymerization of n-butyl acrylate using cetyltrimethylammonium bromide (CTMAB) as phase transfer catalyst and potassium peroxydisulphate (PDS) as water-soluble initiator in an ethyl acetate water two-phase system.

Due to the versatile application of NPs in nanocarrier delivery systems and commercial products, NPs with varying surface functionalization and characteristics are widely utilized [9], [46].

Gerber et al. first demonstrated in 2003 the versatile application of SID-based MRM analyses to protein quantitation, referring to the method as AQUA (absolute quantification), and quantified low-abundance yeast proteins involved in gene silencing.

This review gives some insights into the versatile applications of CNCs arising from the non-covalent interactions they can establish to build and tune CNC-based supramolecular assemblies.

The versatile applications of the spectrometer have been verified by the measurements of the magnetic circular polarized luminescence and Faraday rotation angle in holmium- and terbium-containing garnet crystals.

In this review, we focus on the scope, importance and versatile applications of mixed metal oxides and their synergetic effects as heterogeneous catalysts in the synthesis of variety of N-heterocyclic derivatives.

In view of the versatile applications of phase field equations, we expect that our study will lead to new modelling and computational perspectives for interfacial transport and phase transformations in strongly heterogeneous environments.

This review highlights the systematic advances in the synthesis, properties (optical and electronic) and versatile applications of nucleic acid based nano-biomaterials produced from polymer and metal or semiconductor nanoparticles.

Various and versatile applications of alumina in materials science and engineering specially in semiconductor and energy conversion technology encouraged us to prepare and investigate its physical properties as much as possible.