Exposure to radon and radon progeny in the indoor environment
Exposure to radon and radon progeny in the indoor environment
The objective of this work is to measure experimentally the activity-weighted particle size distribution in conjunction with other relevant house parameters in occupied houses in order to improve the estimate of exposure to radon and radon progeny indoors. Our methodology requires that building construction and operation be studied and understood both experimentally and theoretically in a small number of buildings and that results of side applicability be inferred from the particular case studies. Results are discussed.
- University of North Texas United States
Consumption, Residential Buildings, Measuring Methods, & Utilization-- Building Systems-- (1987-), Air Quality, Size, Environmental Quality, Buildings, Particle Size, 32 Energy Conservation, Construction, Fluids, Progress Report, Environmental Exposure Pathway, Elements, Document Types, Ventilation, Rare Gases, Nonmetals, Radon, Mechanical Structures, And Utilization, Gases, Houses, Supports 320107* -- Energy Conservation, Foundations
Consumption, Residential Buildings, Measuring Methods, & Utilization-- Building Systems-- (1987-), Air Quality, Size, Environmental Quality, Buildings, Particle Size, 32 Energy Conservation, Construction, Fluids, Progress Report, Environmental Exposure Pathway, Elements, Document Types, Ventilation, Rare Gases, Nonmetals, Radon, Mechanical Structures, And Utilization, Gases, Houses, Supports 320107* -- Energy Conservation, Foundations
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