Sentence examples for characteristic contributions from from inspiring English sources

This procedure has the advantage that it does not imply any theoretical hypothesis, being based only on two experimental conclusions concerning the heats of transfer Q*tot of 1 1-valent electrolytes in the concentration range up to 0.05M: the additivity rule (Q*tot is equal to the sum of characteristic contributions from the separate ions), and Q*tot depends linearly on m1 1-valent2).

In addition, these characteristic contributions are thought to be important for host environmental adaptation.

Organic acid carbons appear in the region between 0 50 ppm (aliphatic) and 170 180 ppm (carbonyl groups), polyphenolic carbons between 90 and 140 ppm, and glycerol slightly above 60 ppm, while the 65 90 ppm region is dominated by characteristic carbon contributions from sugar moieties in polysaccharides [32].

Although material released from the disturbed catchment was found to be highly oxidized, DOM in the lake into which this catchment drained had chemical characteristics indicating high contributions from microbial and/or primary productivity.

Nevertheless, to fully resemble the biological characteristics of MOMP, contributions from enabler BH3-only proteins towards Bax/Bak pore formation need to be taken into account as well.

Similarly, the fine level detail coefficient matrices (e.g., cD 1, cD 2), capture subtle data characteristics, because they contain contributions from the features that disclose quick changes in 'short-time windows'.

The approximation matrix and coarse level detail coefficient matrices (e.g., cDJ) capture the global data characteristics, because they contain contributions from the features disclose slow changes in 'long-time windows', if we view each m/z ratio as a corresponding time point in our context.

The model accounts for the contributions from the constitutive characteristics and thermal properties of the materials and the key polishing parameters.

While drug transporters only contribute to a portion of a drug's absorption, distribution, metabolism, and excretion characteristics, there have been enough important contributions from in vitro and in vivo studies to predict clinical performance.

Data were obtained for author, year of publication, study design, study period, study country, risk factor, study population characteristics, identification of lung cancer cases, and contributions from PET for all included studies.

Since a product may fail because of any imperfect characteristic, the total quality loss includes all the contributions from individual losses.