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Ozonolysis of monoterpenes in mechanical ventilation systems [An article from: Atmospheric Environment]
Description
This digital document is a journal article from Atmospheric Environment, published by Elsevier in . The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.
Description:
In this investigation the ozonolysis of of three monoterpenes (@a-pinene, @D^3-carene and limonene) was studied was studied in authentic mechanical ventilation systems, that included either a cross flow or a rotary heat exchanger. The effects of varying three experimental parameters were investigated: the level of ozone (25 and 75ppb), the reaction time (25 and 75s), and the surface area in the ventilation duct (14.8 and 29.5m^2). The initial concentration of each of the monoterpenes was 20ppb in every experiment, and 1-16% of the @a-pinene,
Description:
In this investigation the ozonolysis of of three monoterpenes (@a-pinene, @D^3-carene and limonene) was studied was studied in authentic mechanical ventilation systems, that included either a cross flow or a rotary heat exchanger. The effects of varying three experimental parameters were investigated: the level of ozone (25 and 75ppb), the reaction time (25 and 75s), and the surface area in the ventilation duct (14.8 and 29.5m^2). The initial concentration of each of the monoterpenes was 20ppb in every experiment, and 1-16% of the @a-pinene,
