Glossary A
Deutsch: Luftdicht / Español: Hermético / Português: Hermeticamente fechado / Français: Étanche à l'air / Italiano: Ermetico
Air tight refers to the quality of a building, structure, or container that prevents the passage of air in and out through openings or pores. This term is especially relevant in environmental contexts where energy efficiency and minimizing environmental impact are priorities.
Deutsch: Luftschadstoffe / Español: Tóxicos del aire / Português: Tóxicos do ar / Français: Polluants de l'air / Italiano: Agenti inquinanti atmosferici /
Air Toxics are any Air Pollutant for which a national Ambient Air quality standard (NAAQS) does not exist (i.e. excluding ozone, carbon monoxide, PM-10, sulfur dioxide, nitrogen oxide
'Airborne' refers to substances or particles that are present or transported in the air. These can include pollutants, contaminants, microorganisms, and other particles that can have environmental and human health implications.
Deutsch: Luftstrom / Español: Flujo de aire / Português: Fluxo de ar / Français: Flux d'air / Italiano: Flusso d'aria
Airflow in the environmental context refers to the movement of air within natural and artificial systems, influencing weather patterns, climate, air quality, and ecosystem dynamics. Airflow plays a crucial role in the distribution of heat, moisture, and pollutants, and is a key factor in processes like wind patterns, ventilation, and the Dispersion of contaminants. Understanding airflow is essential for managing environmental issues such as air pollution, energy efficiency, and climate control.
Deutsch: Luftwege / Español: Vías aéreas / Português: Vias aéreas / Français: Voies aériennes / Italiano: Vie aeree
In the environmental context, the term Airways refers to the pathways and routes through which air pollutants are released into the atmosphere, then move and spread. Analogous to the biological respiratory system, these pathways define the complete transport system from the emission source to the point where they ultimately affect human health and ecosystems. Understanding these airways is crucial for modeling atmospheric dispersion and controlling air quality.