Sentence examples for multiplicity characteristics from inspiring English sources

Many chemical reaction systems exhibit input/output multiplicity characteristics and non-minimum phase behavior.

Results are reported on the multiplicity characteristics of the steady-state solutions.

The multiplicity characteristics of the problem depend strongly on the interplay of the three chemical reactions, but the occurrence of the heterogeneous reaction of CO2 with carbon is not necessary for solution loci with five steady states to occur.

Peak multiplicities and characteristics are represented by the following abbreviations: s (singlet), d (doublet), dd (doublet of doublets), t (triplet), q (quartet), m (multiplet).

Nevertheless, such multiplicity is characteristic of optimization strategies for complex systems, reflecting the intricate interactions among numerous components which contribute to the sustenance of the whole.

[This multiplicity is characteristic of the data.

Having realized the multiplicity of underlying characteristics and their different effects on quality interpretation in multiphase processes, how to utilize them efficiently is a challenging problem.

Loci of limit points and Hopf bifurcation points are constructed on planes defined by two of the parameters of the problem in order to divide the planes into regions with different multiplicity and stability characteristics.

Multiplicity and stability characteristics of steady states are examined for few specific examples and portions of the operating parameter space where periodic operations involving weak variations in dilution rate or feed concentration of the limiting substrate are superior vis-à-vis continuous cultures operated at a stable non-trivial steady state are identified for each example.

The multiplicity and stability characteristics of commensalistic cultures grown in a continuous stirred tank biological reactor have been analysed in detail in Part I. Several numerical examples are presented in this paper to illustrate the important features of the static and dynamic behaviour in these systems.

To characterise ACFs further, we studied in the unsectioned colon of rats the number, multiplicity, some morphological characteristics and the type of mucin production in ACFs.