Sentence examples for marginal concentration from inspiring English sources

Marginal concentration changes are related to a concentration-response function for mortality, with a value of statistical life approach used to monetize the impacts.

To estimate the marginal concentration changes associated with congestion-related emissions from each urban area, we applied a source-receptor (S-R) matrix [ 22, 23].

We calculate iF by combining marginal concentration (Ci) and population count (Pi) at corresponding receptors within 50 km from the airport times a nominal breathing rate (BR) of 20 m3 per day divided by emission rate (Q), which can be represented as iF = (Σ Ci × Pi)× BR/ Q

We calculated iF as (∑ C i × P i) × (BR/ Q), where C i is the marginal concentration in grid cell i (micrograms per cubic meter) associated with source emission rate Q (micrograms per day, noting that Q can be the same pollutant as C or a precursor to C), P i is the population count in the grid cell, and BR is a nominal breathing rate of 20 m/day.

Deficiencies or marginal concentrations of both elements have been found in many farms having submitted liver samples for the control of trace element status to the National Veterinary Institute, and have also been demonstrated in fallow deer (Dama dama), moufflon (Ovis aries musimon) and moose (Alces alces) held in parks in this country (Unpublished data).

Due to the high costs of the drug, it may be discussed whether an application of 25 U kg−1 CPDG2 would not be sufficient to lower the MTX levels to nontoxic concentrations in patients with marginal high MTX concentrations and renal failure.

Marginal PM2.5 annualized concentration changes are used to calculate premature mortalities using concentration-response functions, with a value of mortality reduction approach used to monetize the social cost of mortality impacts.

The marginal dietary Ca concentration (2.5 g/kg) was one-half the NRC requirement.

This may have contributed to the marginal decline in concentration of the metal in sediment with time.

During the initial phase of decolorization showing the linear correlation with time (up to 60 min), a further increase in time shows the marginal decrease in concentration of BG.

In experimental cultures of cartilage treated with 10 ng/ml IL-1β, more than 7.8 mg/mg of GAG had been released from the tissue after 7 days of culture, and about 7.5 mg/mg after 21 days, while the release of type II collagen was marginal at any concentration of IL-1β for 7 days, after which there was a marked increase in collagen release to about 75% by 21 days of culture.