The phrase "active exposure" is correct and usable in written English.
It can be used in contexts related to health, safety, or research, where it refers to being actively subjected to a particular condition or stimulus.
Example: "The study focused on the effects of active exposure to pollutants on respiratory health."
Alternatives: "direct exposure" or "ongoing exposure".
Those taking part do indeed experience symptoms when exposed to electromagnetic fields, more so than when exposed to a "sham" scenario involving no active exposure.
The Mario Einaudi Center for International Studies seeks to help bring about a truly international university at Cornell, in which international studies are completely integrated into the intellectual life of the university and all students and faculty benefit from active exposure to global affairs.
Nothing can be done from an heating, ventilating, and air-conditioning (HVAC) point of view to reduce a smoker's active exposure to his or her own tobacco product; however, good design, construction, operation, and maintenance of ventilation systems can significantly reduce indoor secondhand smoke concentrations.
However, Mueller et al. [9] also pointed out that the argument that older people benefit differently from the same physically active exposure than younger people remains inconclusive.
Detect: passive, and active exposure to make offenders self-expose by instrumental, expressive or involuntary action; by making legitimate presence/behaviour distinctive; and by improving capacity of people exercising security role to detect.
a = average micronuclei frequency under active exposure.
Both passive and active exposures to tobacco smoke have been shown to be associated with TB infection and the transition from being infected to developing TB disease.
The article by Mishra and colleagues is an illustration of how PBPK modeling can be used to improve predictions of attainable active exposures.
Evaluation of Compound 1 in the 14-day rat immunotoxicology screen revealed a statistically significant decrease in the percentage of peripheral blood and splenic T-cytotoxic cells at pharmacologically active exposures (Table 1).
The observed selectivity from the cellular assays was supported by the 14-day rat immunotoxicology studies, in which LY2784544 did not decrease the percentage of T-cytotoxic cells at pharmacologically active exposures (Table 1).
Due to the high-active exposure facets of BiVO4 and the improved photogenerated carriers separation efficiency of the formed heterojunction, In2O3/BiVO4 exhibited excellent visible-light photocatalytic activity in the degradation of rhodamine B.
