Sentence examples for structure relationship from inspiring English sources

Previous work concerning one of the three carbons displayed a SOG/π-bond structure relationship.

Drenckhahn, D. & Wagner, J. Stress fibers in the splenic sinus endothelium in situ: molecular structure, relationship to the extracellular matrix, and contractility.

We address this limitation by applying Swedish data from the 2009 Young Adult Panel Study (YAPS; n=1,057 couples) to assess whether inequality in housework divisions and mismatches in couples' housework reports structure relationship satisfaction and stability.

These common elegant concepts — such as abstraction, system, structure, relationship, composition, pattern, name in context, etc. — come from exact philosophy and mathematics.

The psychometric parameters were evaluated by means of evidences based on internal structure, relationship with other variables and by the Rasch model.

A holistic view is suggested and implicated in Chinese philosophy and therefore context/situation should be understood in the way that all the contingent elements associated with an event (such as social and cultural capital, social structure, relationship, etc).

The approach can be used in identifying equivalent regions in homologous structures that do not share structural similarity and in the understanding of sequence-structure relationship.

The highly complex process-property-structure relationship poses a major challenge in the optimization of plasma sprayed hydroxyapatite coatings.

Without protein optimization, these mechanical parameters are similar to those of spider silk and Kevlar, but in contrast to spider silk, these proteins have a precisely known sequence-structure relationship.

While simulation and data transformation (e.g. graph theory measures) have been proposed to refine the understanding of the underlying function-structure relationship, the potential complementary and/or independent contribution of EEG and fMRI to this relationship is still poorly understood.

The method encompasses the hopping mechanism, Marcus-Hush theory and first-principles calculations and is suitable to characterizing the anisotropic transport behaviors in organic single crystal semiconductors as well as to studying the property-structure relationship in semiconductor materials.