Interactions between Energy Transformations and Atmospheric Phenomena. A Survey of Recent Research

Inhaltsverzeichnis

• Response of the Atmosphere to Waste-Heat Release.
• Meteorological Impacts of the Cooling Tower of the Goesgen Nuclear Power Plant.
• A Laboratory Analysis of Free Convection Enhanced by a Heat Island in a Calm and Stratified Environment.
• Mathematical Modelling of the Heat Exchange between a River and the Atmosphere.
• Numerical Modeling of the Nocturnal PBL over the Urban Heat Island in Changzhou City.
• Mesoscale Processes Numerical Modeling, Physical Modeling, Observations.
• Mesoscale Numerical Modeling of Pollutant Transport in Complex Terrain.
• A Numerical Study of Atmospheric Pollution over Complex Terrain in Switzerland.
• The U. K. Meteorological Office Mesoscale Model.
• Numerical Studies of Mesoscale Motion in a Mixed Layer over the Northern Alpine Foreland.
• Modelling Atmospheric Dispersal of the Chernobyl Release Across Europe.
• An Application of an Efficient Non-Hydrostatic Mesoscale Model.
• Accurate Pressure Gradient Calculations in Hydrostatic Atmospheric Models.
• Atmospheric Dispersion Numerical Modeling, Physical Modeling, Observations.
• Turbulence and Diffusion over Inhomogeneous Terrain.
• Modelling of Turbulence over Low Hills and Varying Surface Roughness.
• Turbulence Structure of Sea Breeze Front and Its Implication in Air Pollution Transport — Application of K-? Turbulence Model —.
• Wind Tunnel Modeling of Small-Scale Meteorological Processes.
• A New Technique for the Solution of Diffusion Equation Systems for Reacting Pollutants.
• Verification of the Pollutant Transport Model ‘Modis’ Using EPRI Plains Site Data from a Tall Stack.
• Finite Element Computation of Pollutant Transport in Thermally Stratified Flows.
• Eddy Energy Dissipation Rate and Puff Diffusion During Calms.
• Experimental Investigation of Atmospheric Dispersion over the SwissPlain—Experiment “Siesta”.
• The Øresund Experiment — Wind and Temperature Structure over a Land-Water-Land Area.
• A Standing Wave in Stable Drainage Flow Induced by a Small Industrial Facility.
• Microphysics and Chemistry Related to Air Pollution.
• Pollution and Cloud Reflectance.
• Optical Properties of Dirty Clouds.
• Pollutant Scavenging in a Mesoscale Meteorological Model with Quasi-Spectral Microphysics.
• Influence of Atmospheric Pollutants on Cloud Microphysics and Rainfall.
• Perspectives for Research in Wet Chemistry and Unintentional Cloud Modification from the Discipline of Purposeful Cloud Modification.
• Modelling the-Long-Range Transport of Air Pollutants with Atmospheric Boundary Layer Chemistry.
• Macro- and Micro-Scale Mixing in Chemical Reactive Plumes.