VOCs deposit on material surfaces is also reported by the literature where sorption processes are described through laboratory chamber testings [20, 21].
However, field chamber experimental design may affect the magnitude of the fluxes measured, and the laboratory chamber only provides a minimum estimate of flux.
Experiments for formation of secondary organic aerosol (SOA) from photooxidation of 1,3,5-trimethylbenzene in the CH3ONO/NO/air mixture were carried out in the laboratory chamber.
We obtained sorption isotherms for phthalates on different interior surfaces from data collected in a residential field study and a laboratory chamber study (Xu et al. 2009).
All mice were therefore tested for grooming behavior in 2 environmental contexts: 1) a standard behavioral neuroscience laboratory chamber, and 2) their own home cages (a relatively stress-free environment).
Surfactant-enhanced air flushing was conducted to remove perchloroethene (PCE) sources from laboratory flow chambers packed with sand.
Water and oxyanion fluxes (perchlorate and chromate) measured by deploying PFMs packed with surfactant-modified GAC (SM-GAC) or surfactant-modified, silver-impregnated GAC (SM-SI-GAC) in laboratory flow chambers were in close agreement with the imposed fluxes.
These field-measured EFs offer a different perspective than is obtained when burning in laboratory combustion chambers, and are suitable for combining with landscape-scale fuel consumption estimates to provide atmospheric modelling inputs of emissions from these types of crop residue fires.
The cutting edge of sport is everywhere, including sports science laboratories, altitude chambers and multiple gymnasiums.
Films obtained by bi-axial extrusion were exposed in a laboratory weathering chamber for periods of up to ∼1100 h of irradiation.
