'Supercooled water' presentation slideshows

Water cycle in the environment

Water cycle in the environment. Role of water in the atmosphere Clouds and precipitation (weather) Impact on radiative balance Impact on thermodynamic processes and vertical stability of the atmosphere through evaporation and condensation. Cleaning of the atmosphere

888 views • 66 slides

CHAPTER 6 PRECIPITATION EXTREMES

851 views • 63 slides

Clouds

Clouds. Liquid water mixing ratio. Liquid water density of clouds. Cloud droplet distribution. Number density N ( D ): the number of droplets per nit volume (concentration) in an interval D + ?D. Liquid water content. Cloud distribution is skewed. Normal distribution. PDF. CDF.

527 views • 52 slides

Chapter 7

Chapter 7. Clouds, Precipitation, and Weather Radar. Driving Question. How do clouds and precipitation form?. Clouds. A cloud is the visible product of condensation or deposition of water vapor in the atmosphere Need more than just saturation to form clouds

475 views • 47 slides

Cloud Development

560 views • 44 slides

ACI in deep and ice clouds or Where is the missing warming?

733 views • 42 slides

Project STORMFURY and Hurricane Modification

Project STORMFURY and Hurricane Modification. H. E. Willoughby, Dept of Earth Sciences, FIU, 21FEB07. NHRP 50 th 23MAY06. Vapor pressure over ice is lower than that over water at the same temperature. Supercooled Water.

544 views • 35 slides

Determining Precipitation Type

Determining Precipitation Type. Determining Precipitation Type. Rain (R, RA)- Rain is liquid precipitation that reaches the surface in the form of drops that are greater than 0.5 millimeters in diameter. The intensity of rain is determined by the accumulation over a given time.

493 views • 33 slides

Determining Precipitation Type

Determining Precipitation Type. Determining Precipitation Type. Rain (R, RA)- Rain is liquid precipitation that reaches the surface in the form of drops that are greater than 0.5 millimeters in diameter. The intensity of rain is determined by the accumulation over a given time.

504 views • 33 slides

The nature of storms

Chapter 13.1. The nature of storms. Thunderstorms. Abundant source of moisture and latent heat that maintains warmth and upward motion The air must lift and condense, releasing the latent heat The atmosphere must become unstable. Thunderstorm Frequency. Air-mass Thunderstorms.

396 views • 22 slides

Lidar observations of mixed-phase clouds

295 views • 16 slides

Lidar observations of mixed-phase clouds

168 views • 16 slides

Cloud formation

Cloud-Aerosol-climate feedback. Cloud formation. Two processes, acting together or individually, can lead to air becoming saturated: cooling the air or adding water vapor to the air. But without cloud nuclei, clouds would not form. without cloud nuclei. with cloud nuclei.

377 views • 13 slides

Robin Hogan and Anthony Illingworth

Integrated lidar backscatter: Quantifying the occurrence of supercooled water and specular reflection. Robin Hogan and Anthony Illingworth Enhanced algorithm for supercooled water detection (Hogan et al. 2003, QJ in press)

227 views • 12 slides

Robin Hogan and Anthony Illingworth

Integrated lidar backscatter: Quantifying the occurrence of supercooled water and specular reflection. Robin Hogan and Anthony Illingworth Enhanced algorithm for supercooled water detection (Hogan et al. 2003, QJ in press)

179 views • 12 slides