作者: Mossad Slama , Mohammad Omar Shaker , Ragaa Aly , Magdy Sirwah
DOI: 10.1016/J.JRRAS.2014.08.007
关键词: Aerosol 、 Containment 、 Deposition (aerosol physics) 、 Boundary layer thickness 、 Volume (thermodynamics) 、 Meteorology 、 Mechanics 、 Chemistry 、 External source 、 Nuclear reactor 、 Homogeneous
摘要: Abstract The study simulates of aerosol dynamics including coagulation, deposition and source reinforcement. Typical applications are for nuclear reactor aerosols, reaction chambers the production purified materials. model determines number volume distributions an arbitrary particle-size classes, called sections. user specifies initial size distribution generation rate each component in section. For spatially homogeneous uniform chemical composition, dynamic equation is solved closed to simulate radionuclide particle transport containment. effects conditions on distribution, boundary layer thickness behaviour under reinforcement (external source) considered.