Sentence examples for mean composition of from inspiring English sources

Assuming equilibrium with the atmospheric carbon dioxide partial pressure (PCO2) of 10−3.5 atmosphere, the approximate mean composition of rainwater is in parts per million (ppm): sodium (Na+), 1.98; potassium (K+), 0.30; magnesium (Mg2+), 0.27; calcium (Ca2+), 0.09; chloride (Cl−), 3.79; sulfate (SO42−), 0.58; and bicarbonate (HCO3−), 0.12.

The mean composition of Er-rich clusters is X Er C = 11.

The mean composition of the intergranular layer is determined to be SiO0.10±0.01C0.93±0.04, whose C/O ratio is close to a hypothetical Si-oxycarbide stoichiometry.

We related the mean composition of the solid stream with the system parameters (flow rate of solid and size of units) and the particle kinetics, and present the results in the form design charts.

With the bed in the high temperature regime at 640 900 °C, burnout was controlled by mass transfer of hydrocarbon vapour (deduced to have a mean composition of approximately (C2H4 5) away from such a blob of sand and molten polymer.

The mean composition of the group analyzed was calculated as follows: 17% sulfur-containing molecules, 28% nitrogen-containing molecules, 19% oxygen-containing molecules, 12% sulfur oxygen-containing moleculesulfur oxygen-containingn containing molecules; only 7% of the compounds contanded only hydrogen and carbon in their composition.

The leaner, meaner compositions of the second half are more linear, particularly an unnamed Latin groover with a central riff that bears an uncanny resemblance to the Beatles' Day Tripper.

A midway change in the direction of expansion of domain, effected by the addition of particles of different mean composition, is captured correctly by the rule-set.

The mean chemical composition of the major varieties of sedimentary rocks exhibits wide variation as shown above in Figure 1.

The mean δ13C composition of free lipids is ~2.5‰ more positive in leaves from dwarf trees compared with those from tall trees (n = 3).

Accurate estimates of mean nutrient composition of feeds, nutrient variance (i.e., standard deviation), and covariance (i.e., correlation) are needed to develop a more quantitative approach of formulating diets to reduce risk and optimize safety factors.