The phrase "accelerated exposure" is correct and usable in written English.
It can be used in contexts where you want to describe a process or situation that involves a faster or intensified experience of something, often in relation to learning, testing, or environmental factors.
Example: "The study focused on the effects of accelerated exposure to sunlight on skin health."
Alternatives: "enhanced exposure" or "increased exposure".
The long-term properties of the natural rubber material are investigated through a series of accelerated exposure tests.
The same composites were also subjected to environmental ageing to assess the effectiveness and the relevance of the accelerated exposure.
Two accelerated exposure conditions: wet (30 °C and 75% relative humidity (RH)) and dry (30 °C and 0% RH), were selected.
In addition, pullout tests were conducted to investigate the effects of accelerated exposure on the durability of bond strength between FRP bars and concrete.
The assessment of their optical durability involves the design of two types of aging tests, outdoor exposure testing under real ambient conditions and accelerated exposure testing in weathering chambers under simulated conditions.
The results showed that when exposed to simulated environments significant strength loss resulted from the accelerated exposure of both bare and embedded GFRP bars, including bond strength, especially for solutions at 60 °C.
Its optical properties, cooling effect and relevant properties after dirt and accelerated exposures are systematically explored.
This enables use of very low light levels, especially when the film is "pushed" (given extended development) or "flashed" (prestruck with white light to accelerate exposure).
In order to assess the durability of such systems an investigation is undertaken considering a number of exposures including immersion in deionized water, salt and alkali solutions, freeze-thaw, and accelerated aqueous exposure, with composite response being determined over a 100 week period through moisture uptake measurements, mechanical characterization, and dynamic mechanical thermal analysis.
"All these are accelerated by exposure to sunlight, toxins, smoking, yo-yo dieting and stress.
Conversely, long-day plants develop very slowly toward flowering during daily cycles with longer than a minimum of darkness (days short), and are accelerated by exposure to short nights (days long).
