Passive samplers used for monitoring gaseous compounds are characterized by being able to fix atmospheric compounds at a rate controlled by physical phenomena, such as diffusion and permeation [...]. The diffusion of the compound inside the passive sampler occurs due to a) at atmospheric pressure at the sampling site. b) transport by the wind inside the sampler c) the difference in the concentration of the compound between the collector surface and the atmosphere. d) the temperature difference between the collector surface and the atmosphere.
Passive samplers used for monitoring gaseous compounds are characterized by being able to fix atmospheric compounds at a rate controlled by physical phenomena, such as diffusion and permeation [...]. The diffusion of the compound inside the passive sampler occurs due to a) at atmospheric pressure at the sampling site. b) transport by the wind inside the sampler c) the difference in the concentration of the compound between the collector surface and the atmosphere. d) the temperature difference between the collector surface and the atmosphere.
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Passive samplers used for monitoring gaseous compounds are characterized by being able to fix atmospheric compounds at a rate controlled by physical phenomena, such as diffusion and permeation [...]. The diffusion of the compound inside the passive sampler occurs due to
a) at atmospheric pressure at the sampling site.
b) transport by the wind inside the sampler
c) the difference in the concentration of the compound between the collector surface and the atmosphere.
d) the temperature difference between the collector surface and the atmosphere.
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