Moisture balance and tracer gas technique for ventilation rates measurement and greenhouse gases and ammonia emissions quantification in naturally ventilated buildings - Samer, M.; Ammon, C.; Loebsin, C.; Fiedler, M.; Berg, W.; Sanftleben, P.; Brunsch, R. (Building and environment, 2012)
Keywords: Agricultural facility (building and storage); air; ammonia; animals; Applied sciences; Building technical equipments; Buildings; Buildings. Public works; carbon dioxide; Computation methods. Tables. Charts; emissions; Energy management and energy conservation in building; Environmental engineering; Exact sciences and technology; greenhouse gases; methane; Moisture; nitrous oxide; Nitrous oxides; regression analysis; relative humidity; Seasons; Structural analysis. Stresses; Summer; t-test; temperature; Tracer gas; Types of buildings; Ventilation; water; Winter; Moisture balance; Tracer technique; Tracer gas technique; Gaseous emissions; Statistical analysis; Gas emission; Carbon dioxide; Moisture (H; Climatic engineering; Livestock buildings; Livestock farm; CO; Modeling; Natural ventilation; Ammonia; Air flow; balance; Greenhouse gas; Environment impact; O) balance; Quantitative analysis