Intense Atmospheric Vortices

Inhaltsverzeichnis

• Tropical Cyclones.
• Tropical Cyclone Genesis and Intensification.
• On Basic Problems in Theory and Modeling of the Tropical Cyclone.
• On the Structure of Hurricanes as Revealed by Research Aircraft Data.
• Lagrangian Angular Momentum Transports in Tropical Cyclones.
• Numerical Analyses on the Activities of Intense Atmospheric Vortices (Typhoons) Over China.
• Influence of Environmental Conditions on the Genesis of a Tropical Storm.
• Model Development of Atlantic Hurricanes from Prehurricane Cloud Clusters, Depressions and Cyclones.
• The Numerical Experiment on the Contribution of Landed Typhoon to the Rainfall in North China.
• Estimation of Radial Distribution of Eddy Viscosity in a Mature Hurricane.
• Spontaneously Growing Hurricanelike Disturbances in a Simple Baroclinic Model with Latent Heat Release.
• The Factors Determining Radial Flow and Eye Formation in an Intensifying Tropical Cyclone.
• Tornadoes.
• The Development and Maintenance of Rotation in Convective Storms.
• Cumulus Rotation: Model and Observations of a Waterspout-Bearing Cloud System.
• Observational and Theoretical Aspects of Tornadogenesis.
• High Resolution Numerical Simulations of the Tornadic Region Within a Mature Thunderstorm.
• Numerical Studies of Tornado Structure and Genesis.
• A Numerical Simulation of Multiple Vortices.
• The Laboratory Modelling of Atmospheric Vortices: a Critical Review.
• Vortex Breakdown and the Criterion for its Occurrence.
• Pressure Fields Beneath Tornado-like Vortices.
• Convection and Mixing at High Rossby Numbers in Rotating Systems.
• Intense Vortex Generation by Turbulence in a Rotating Fluid.
• Laboratory Models of Tornado-like Vortices.
• High Vorticity Regions in Rotating Thermally Driven Flows.