Sentence examples for characterisation of compounds from inspiring English sources

Arguably, the necessary software and computing power are now within reach of many researchers in the chemical sciences, and experiments of the future may be preceded by a computational characterisation of compounds of interest, which, when coupled with predictive models, could lead to the selection and prioritisation of the most promising synthetic routes and products [4, 5].

The assignment of the atropisomers was confirmed by solid-state structural characterisation of compounds Zn⋅ 3 a and 3 b.

Synthesis and characterisation of compounds, HPLC UV method and pharmacokinetic profiling are described in Supplementary Materials and Methods.

We considered that a biophysical method, surface plasmon resonance, would allow the detection of direct binding of small molecules to sGC and would complement the biochemical characterisation of compounds.

After 1 min the oven temperature was increased to 280°C at 20°C/min, after which it was increased further to 340°C at 2°C/min, and kept at this temperature for another 5 min. Other machine settings and characterisation of compounds followed the methods described by Lommelen et al [ 68].

Despite these contributions, a unified approach for the exact characterisation of compound channels with combinations of distinct component distributions is not available in the literature.

This is the first effort to study the photosensitisers present in P. ophtalmicus and further characterisation of compound 1 as a photosensitiser for photodynamic therapy is underway.

Furthermore, information on the concentration dependence may be used for more detailed characterisation of compound effects, and possibly for the identification of the hazardous responses as opposed to counter-regulations and unspecific responses (Theunissen et al. 2012a, b).

Rheological measurements are often performed to support the characterisation of the compounds.

The main goal of solid-state chemistry is the synthesis and characterisation of new compounds with technologically exploitable properties.

Emphasis is placed on the use of spectroelectrochemical methods to study redox-induced ligand isomerisation reactions, and determination of molecular electronic structure, which complement the conventional tools available to the synthetic chemist for characterisation of molecular compounds.