Sentence examples for great physicochemical properties from inspiring English sources

Today the nanomaterials have pervaded every sphere of human activity as it possesses great physicochemical properties and hence it can be synthesized, modified, functionalized, and created in various formats for novel and useful applications in diverse ranges.

Due to their outstanding physicochemical properties, carbon nanotubes (CNTs) have attracted great interest in different fields and in particular in nanomedicine.

'Personal Care Products' contain a multitude of substances which introduce certain functions to the product and show a great variability in physicochemical properties.

The greatest difference in physicochemical properties was seen in the gelatinisation of starch granules in urea.

Polyurethanes (PURs) are versatile class of polymers with a great control over their physicochemical properties.

As a green solvent, ionic liquids had many potential applications and were applied in chemical industry on extraction of a variety of natural products (Jing et al. 2008; Yang et al. 2016), the component of the ionic liquids had a great effect on its physicochemical properties and may have a strong impact on the target analyte of the extracted yield.

Besides, since the polymer brush with different chemical components (e.g., single-component and multi-components) and multi-scale structural characteristics shows great impact on the physicochemical properties at interface and polymer brush are generally sensitive to the external stimuli, the polymer chains modified surfaces acted as smart materials show great potential in many fields.

Greater understanding of the physicochemical properties that predispose these molecules to interaction with the channel should facilitate the rational design of more potent analogues.

Analysis of the polyplexes revealed structure function relationships and the general guideline was that the PEG domain had a greater influence on the physicochemical properties of the polyplexes than PEI.

Similarly, the crystallographic orientation has great influence on the nanowires' physicochemical properties.

The transporting capabilities of carbon nanotubes combined with appropriate surface modifications and their unique physicochemical properties show great promise to meet the three pre-requisites.