Atmospheric Dispersion of Heavy Gases and Small Particles

Inhaltsverzeichnis

• Atmospheric Dispersion of Heavy Gases and Small Particles.
• Dispersion of a Stack Plume Heavier than Air.
• Inclusion of Particles in Second-Order Modeling of the Atmospheric Surface Mixed Layer.
• Experimental Observations of Entrainment Rates in Dense Gas Dispersion Tests.
• Entrainment in Gravity Currents.
• The Incorporation of Wind Shear Effects into Box Models of Heavy Gas Dispersion.
• Gravity Spreading and Turbulent Dispersion of Pressurized Releases Containing Aerosols.
• Simulations and Parameter Variation Studies of Heavy Gas Dispersion Using the Slab Model — Condensed.
• Application of Advanced Turbulence Models in Determining the Structure and Dispersion of Heavy Gas Clouds.
• Recent Results in Simulating LNG Vapor Dispersion over Variable Terrain.
• On the Dilution of a Dense Gas Plume: Investigation of the Effect of Surface Mounted Obstacles.
• Large Scale Experiments on the Dispersion of Heavy Gas Clouds.
• Improved Understanding of Heavy Gas Dispersion and its Modelling.
• Effects of a Spill of LNG on Mean Flow and Turbulence under Low Wind Speed, Slightly Stable Atmospheric Conditions.
• Temperature Measurements in a Negatively Buoyant Round Vertical Jet Issued in a Horizontal Crossflow.
• Gravity Spreading and Air Entrainment by Heavy Gases Instantaneously Released in a Calm Atmosphere.
• A Wind Tunnel Model of the Porton Dense Gas Spill Field Trials.
• Modelling of Heavy Gas Plumes in a Water Channel.
• The Entrainment of Small Particles by a Turbulent Spot.
• On a Model for the Turbulent Re-Entrainment of Small Particles.
• Observations on the Current Status of Field Experimentation on Heavy Gas Dispersion.
• A Probabilistic Model for Dosage.
• Maplin Sands Experiments 1980: Interpretation and Modelling of Liquefied Gas Spills onto the Sea.
• Monitoring the AtmosphericDiffusion of Puffs and Plumes with Bipolar Space Charge at Small Scale in Wind Tunnels.
• Experimental and Theoretical Studies in Heavy Gas Dispersion. Part I. Experiments.
• Water Channel Tests of Dense Plume Dispersion in a Turbulent Boundary Layer.
• The Dispersion of Slightly Dense Contaminants.
• The Initial Development of Gravity Currents from Fixed-Volume Releases of Heavy Fluids.
• Some Physical Processes Involved in the Dispersion of Dense Gases.
• Gravity Spreading in Dense Gas Dispersion Models.
• Experimental and Theoretical Studies in Heavy Gas Dispersion. Part II: Theory.
• A New Bulk Model for Dense Gas Dispersion: Two-Dimensional Spread in Still Air.