Sentence examples for behaviour of the compounds from inspiring English sources
UV visible and steady state fluorescence in solution and solid thin film were applied in order to characterize the photophysical behaviour of the compounds.
To attain this objective from a limited number of initial experiments, modern LC modeling software (Drylab) was employed to study the behaviour of the compounds and visually compare the parts of design spaces obtained with different columns, where a given criterion of critical resolution is fullfilled.
The frontier molecular orbitals (FMOs), some global reactivity descriptors, molecular electrostatic potential (MEP), thermodynamic properties, non-linear optical (NLO) behaviour of the compound were examined with the same method in gas phase, theoretically.
Both experimental tests and finite element modelling are employed to determine the influences of pertinent geometry parameters of hollow tube and foam filler, including wall thickness, and structure length on the compressive behaviour of the compound tubes.
One substituent in the methylene blue lead structure (7) was changed in order to achieve pursuable variations of the behaviour of the compound.
The model was able to predict correctly the behaviour of these compounds in 90% of the cases.
In order to study the retention behaviour of these compounds and to estimate the optimal conditions for the chromatographic separation, central composite designs were used to evaluate the influence of the eluent parameters such as pH, tetrabutylammonium phosphate (TBA) concentration and sodium hydrogenphosphate amounts.
The behaviour of these compounds in these systems would allow further characterization of the fate and risk associated with pharmaceuticals in the environment, yet this description trend is hindered by the wide variation in removal efficiencies across treatment processes and even among separate studies for the same individual compound.
