Sentence examples for heterogeneous contributions from inspiring English sources

This portfolio demonstrates the heterogeneous contributions of case study designs.

Additivity relationships between homogeneous and heterogeneous contributions are established.

In any communal system requiring interoperability and heterogeneous contributions it is critical to agree concepts and construct the appropriate infrastructure.

In addition, a consensus procedure using a web-based survey method might have allowed even broader and more heterogeneous contributions from stakeholders in Eastern as well as Western countries.

The clinical heterogeneity of joint contractures combined with the heterogeneous contribution of joint connective tissues to joint mobility presents challenges to the study of joint contractures.

Our results show the heterogeneous contribution of agricultural activities on HNV farmland provision in municipalities in Tuscany, with the creation of a large agglomeration area characterised by a high and homogenous provision of environmental quality.

The greatest effect was seen after silencing the expression of all three isoforms, indicating heterogeneous contribution of AKT isoforms to the regulation of cell growth and viability.

Although illness may occasionally be due to a specific singular deficit (e.g. cystic fibrosis), this discussion relates to illnesses characterized by systemic changes that are secondary to multiple deficits, which differ from patient to patient, with varied temporal courses, diverse contributing events and heterogeneous genetic contributions.

They assume that uncertainty contributions – having heterogeneous, datum-specific, variances – might not be included in the error budgets of some of the measured values.

The applications of reaction mechanisms and site requirements from surface science studies of carboxylic acid chemistry, in particular, to emerging catalysts for dehydration, coupling, and reduction reactions provide important examples of contributions to heterogeneous catalysis from oxide surface science.

Ultraviolet photoelectron spectroscopy (UPS) measurement on a range of artificially created ITO-Au heterogeneous surfaces demonstrates that contributions to the secondary electron cut-off are not proportional to the compound coverage on the surface and that the lower workfunction material dominates the secondary electron cut-off.