Sentence examples for range of the structural from inspiring English sources

Within the range of the structural and lexical possibilities of a language, speakers (or senders) are able to convey their emotional attitudes and feelings toward the person or persons they are addressing (receivers) and toward the subject matter of what they are saying (sending).

The range of the structural load index is identified for which the sandwich shells have a competitive weight advantage over stringer stiffened shells.

The experimental results show that the IT2F-PD controller is made significantly improved the performance over a wide range of the structural uncertainties and the effect of the external disturbances.

The interior scatterplot panels illustrate the changing relationship between performance and fMRI activation over part of the range of the structural disease load variable.

The upper panel consists of slabs that show the overlapping ranges of the structural disease load conditioning variable that dictates which observations from the sample are selected for illustration.

In composite, knowledge of the apratoxin gene cluster enables a detailed exploration of several new features of NRPS and PKS biochemistry as well as expands the range of structures and structural features accessed by these modular biosynthetic pathways.

A complex modal superposition technique is advanced for the analysis of transient vibrations of compressible fluids in piping systems, thereby widening the range of application of the structural mechanics approach [1 3] to the most general linear systems.

As the synthesis temperature of the HMS silica increases over this range, the size of the structural mesopores of the templated carbons can be modified between 2.1 and 10.8 nm.

In this study, 30 isolated bridge models were considered (and they were designed according to the seismic design code of highway bridges in Japan) to have a wider range of the variation of structural parameters, e.g. pier heights, weights, and over-strength ratio of structures.

Understanding the mechanisms and the range of structural features of the aggregates are of crucial importance for effective drug design to reduce aggregate formation.

The main constraint will be our capacity to make biologically realistic mathematical descriptions of complex phenotypes over a broad range, not the structural complexities of the genetic variation involved.