Journal of the Atmospheric Sciences · 1983 · 77 citations · 0 references
Natural SciencesEarth SciencesMeteorologyMesoscale MeteorologyMountain MeteorologyPhysical MeteorologyConvective MeteorologyConvective WeatherHydrometeor GrowthPrecipitationPrecipitation PhysicsThunderstorm DynamicsCme Internal StructureDragHail FormationHail Growth ProcessesNonstandard Volume MeasurementParticle Fall VelocityThermospheric StormsVelocity
The mass, density, fall velocity and internal structure have been determined for low-density hailstones from an truly spring storm in Boulder, Colorado, and drag coefficients were calculated. The density of the permeable hail is determined from a new method of volume measurement. The results are compared to those of particles grown in a one-dimensional parcel model using the appropriate sounding. The implications of the results are discussed with reference to hail growth in convective storms.