The phrase "attributable concentration" is correct and usable in written English.
It can be used in contexts related to scientific, environmental, or analytical discussions where one is referring to the concentration of a substance that can be assigned to a specific source or cause.
Example: "The attributable concentration of pollutants in the river was measured to assess the impact of industrial discharge."
Alternatives: "assignable concentration" or "source-related concentration".
The estimated population exposed in Scotland was so small that, given that the attributable concentrations of PM2.5 were not large, a HBA was not attempted.
Many zoonoses may not be related solely to concentrated animal husbandry, but this workshop was devoted to those at least partially attributable to concentration and practices associated with them.
This is because total PM2.5 (data not mapped) and aviation sector attributable PM2.5 concentrations (SI Figure S1) are both high.
It would be wrong however to conclude, on the basis of low attributable PM2.5 concentrations, that using gas for cooking has no adverse effects on health.
The study area included 28 contiguous counties in eastern NC selected for analysis from the larger coastal region which experienced at least one 24-h average smoke-attributable PM2.5 concentration exceeding 20 μg/m during the study period, as estimated by smoke plume dispersion modeling.
Hyponatraemia and hypochloridaemia were attributable to the concentration gradient created by the lower concentrations of sodium and chloride in urine compared with blood [ 9].
The overall glucose response in mice is typically an initial fall in plasma concentration (attributable to insulin, and subject of this analysis), followed by a rise (attributable to glucagon and other counter-regulatory hormones).
And these examples, though extreme, are not mere lapses of concentration attributable to the frantic pace of Hitchens's Stakhanovite production.
This is attributable to the concentration depletion at the interface of the electrodeposit/solution, the fractional decrease of the hydrogen reduction reaction and the decrease of the chemical concentration (Fe and P).
This is more so in the 500 mg/kg repeated-dose treated group attributable to higher concentration used in the treated group.
However, we found no significant difference in hepcidin concentration attributable to non-malarial febrile illnesses (Fig. 5B).
