Among many environments, the motor vehicle cabin microenvironment has been of
particular public concern. Although commuters typically spend only 5.5% of their time in …

Modelling the air pollutant concentrations within-vehicles is an essential step to estimate our
daily exposure to air pollution. This is a challenging issue however, since the processes that …

Nanoparticles released from tailpipes of ground vehicles are a major contributor to air
quality worsening. As it is question of small sized solid particles, they can cause important …

An increasing number of studies have reported deleterious health effects of vehicle-emitted
particulate matter (PM), including PM2. 5 (aerodynamic diameter≤ 2.5 μm), black carbon …

Nowadays, air quality in closed environments is of major interest, particularly in very small
volumes such as car cabins. In typical driving conditions, ambient air enters by infiltration as …

Field measurements of in-vehicle carbon dioxide (CO 2), PM0. 3, PM1. 0, PM2. 5, and PM10
mass concentrations were conducted along three main roadways in Dalian, China, during …

Commuters are exposed to Particulate matter (PM) and carbon dioxide (CO 2) at high
concentrations especially in busy areas. Using air conditioned (AC) vehicles in internal …

This paper presents research on humidity in a passenger car cabin with the use of supply
ventilation without cooling the air. Based on the tests carried out and the humidity balance in …

There is a paucity of comprehensive air quality data from urban areas in the Middle East. In
this study, portable instrumentation was used to measure size-fractioned aerosol number …

Previous studies have reported ultrafine particle (UFP) infiltration to the in-cabin
microenvironment; however, no systematic measurements have been conducted showing …