2025ThesisMention / reference

Phthalates Particle-Gas Partitioning of Inorganic Particles: Effect of Ventilation, Particle Size and Phthalates Adsorption Competition

Azad Bahrami

Concordia University

PhD thesis, Department of Building, Civil and Environmental Engineering, Concordia University, 2025.

Editorial summary

This doctoral thesis investigates how ventilation, particle size and competitive adsorption affect phthalate gas-particle partitioning in indoor environments. The literature review defines the Field and Laboratory Emission Cell, describes earlier FLEC temperature experiments and cites both temperature- and airflow-dependent FLEC studies; the thesis's own experiments use a mixing chamber.

Editorial, non-verbatim summary based on the university repository record and accessible thesis text.

Topics

FLECphthalatesparticle-gas partitioningventilationdoctoral thesis