Sentence examples for behavior of these complex from inspiring English sources

Prediction of the crystallization behavior of these complex systems as a function of temperature can only be achieved using a thermodynamic model.

While challenges related to image resolution and contrast complicate the characterization in specific cases, non-destructive 3D imaging with μCT is shown to contribute to the understanding of the link between the microstructure and the self-healing behavior of these complex materials.

8 It is expected that over the coming years more insights will be obtained into the behavior of these complex nonlinear models through systematic mathematical analysis of the important emerging properties and that extended TMDD models will be developed that incorporate new biological processes to account for new emerging experimental data.

Different mechanisms can explain the catalytic behavior of these complexes.

Lastly, behavior of these complexes under conditions mimicking the endosomal environment (where the release of the cognate metal actually occurs) was also evaluated.

Self-aggregation behavior of these complexes was investigated, showing that the three synthesized AziRu derivatives able to form liposomes and, under specific conditions, elongated micelles.

The formation of bridging complexes between metal oxides and OM has been briefly discussed in the literature [20] but significant evidence of the occurrence and sorption behavior of these complexes in environmental systems is scare.

To investigate the catalytic behavior of these complexes, 1H NMR scale reactions of 39 and 40 with dry MAO were made, and it was found that compound 40 decomposes to insoluble products immediately and compound 39 reacts very slowly [26, 30].

The observation that the complexes can be characterized by their activation energy for thermal decomposition (which lies in the range 160 420 kJ mol−1) provides the basis for a stochastic description of the behavior of these complexes and their processes of formation and gasification.

Although we do not have structures of RB69pol ternary complexes with 3DA at position n – 1 or n – 2 of the primer strand, the structure of the wt RB69pol ternary complex with a P/T control that has dA at positions n – 1 and n – 2 of the primer strand provides insight into the kinetic behavior of these complexes.

To study the unpredictable behaviors of these complex models – and hopefully the biology they represent – we have co-opted techniques developed to study complex organisms.