Indoor pollutant concentrations (and thus exposure) are strongly influenced by surface interactions because of the high surface area to volume ratio in buildings. Yet, little is known about mass transport of pollutants to and from indoor surfaces. In this study, we evaluate the performance of a method that provides rapid (on the order of a few minutes) and continuous mass-transfer data ideal for field studies of indoor pollutant dynamics --Abstract, page iii
“Air movement and mixing can control the transport of surface-reactive pollutants from bulk air to s...
Indoor exposure to air contaminants penetrating from the outdoor environment depends on a number of ...
International audienceA new method has been developed to measure sorption parameters on indoor surfa...
Indoor pollutant mass transport, characterized by the “transport-limited deposition velocity”, vt, i...
Indoor air pollutant concentrations can be influenced by how rapidly species are transported to and ...
When analyzing personal exposure to indoor pollutants, mathematical estimates are often used. An imp...
Indoor ozone concentrations are partly controlled by the rate of ozone transfer to indoor surfaces. ...
People spend the majority of their time indoors and therefore the quality of indoor air is worthy of...
People spend the majority of their time indoors and therefore the quality of indoor air is worthy of...
The concentration of reactive indoor pollutants is strongly influenced by the rate at which these sp...
The concentration of reactive indoor air pollutants is strongly influenced by the rate at which thes...
The mass-transport-limited rate of pollutant deposition onto indoor surfaces is examined in this pap...
The mass-transport-limited rate of pollutant deposition onto indoor surfaces is examined in this pap...
The mass-transport-limited rate of pollutant deposition onto indoor surfaces is examined in this pap...
Spatial distributions in surface flux and concentrations complicate the assessment of indoor mass-tr...
“Air movement and mixing can control the transport of surface-reactive pollutants from bulk air to s...
Indoor exposure to air contaminants penetrating from the outdoor environment depends on a number of ...
International audienceA new method has been developed to measure sorption parameters on indoor surfa...
Indoor pollutant mass transport, characterized by the “transport-limited deposition velocity”, vt, i...
Indoor air pollutant concentrations can be influenced by how rapidly species are transported to and ...
When analyzing personal exposure to indoor pollutants, mathematical estimates are often used. An imp...
Indoor ozone concentrations are partly controlled by the rate of ozone transfer to indoor surfaces. ...
People spend the majority of their time indoors and therefore the quality of indoor air is worthy of...
People spend the majority of their time indoors and therefore the quality of indoor air is worthy of...
The concentration of reactive indoor pollutants is strongly influenced by the rate at which these sp...
The concentration of reactive indoor air pollutants is strongly influenced by the rate at which thes...
The mass-transport-limited rate of pollutant deposition onto indoor surfaces is examined in this pap...
The mass-transport-limited rate of pollutant deposition onto indoor surfaces is examined in this pap...
The mass-transport-limited rate of pollutant deposition onto indoor surfaces is examined in this pap...
Spatial distributions in surface flux and concentrations complicate the assessment of indoor mass-tr...
“Air movement and mixing can control the transport of surface-reactive pollutants from bulk air to s...
Indoor exposure to air contaminants penetrating from the outdoor environment depends on a number of ...
International audienceA new method has been developed to measure sorption parameters on indoor surfa...