We're still actively developing this site. If you encounter any issues, please report them! - Report an issue

CLOUD PHYSICS

ATMOCN 637
Course Description

Processes of cloud formation, growth, and dissipation from the standpoint of both the cloud particles and the whole cloud as a dynamic entity.

Prerequisites

ATMOCN 311 and ATMOCN 340 , or graduate/professional standing

Satisfies

This course does not satisfy any prerequisites.

Credits

Not Reported

Offered

Not Reported

Grade Point Average
4

9.09% from Historical

Completion Rate
100%

No change from Historical

A Rate
100%

69.23% from Historical

Class Size
11

33.33% from Historical

Cumulative Grade Distribution

Instructors (2026 Summr)

Sorted by ratings from Rate My Professors

Similar Courses

PHYSICS OF THE ATMOSPHERE AND OCEAN II

ATMOCN 340

Radiation, energy budget, and cloud physics. Scattering, absorption, emission and diabatic heating by shortwave and longwave processes. Introduction to cloud physics including cloud nucleation processes, particle growth, precipitation development, and convective cloud processes.

INTRODUCTION TO ATMOSPHERIC AND OCEANIC PHYSICS

ATMOCN 630

Covers thermodynamics theory of multiphase systems, thermodynamic analysis of atmosphere, microphysical processes in the atmosphere, atmospheric and oceanic chemical processes, conduction of heat and moisture into the atmosphere from ocean and land surface.

PHYSICS OF THE ATMOSPHERE AND OCEAN I

ATMOCN 330

Physical variables, laws, characteristics and direct measurements for atmosphere and ocean. Thermodynamics and moist atmospheric processes. Basic physics of clouds, precipitation, and chemical constituents.

TOPICS IN THEORETICAL METEOROLOGY

ATMOCN 801

Advanced level subjects in dynamics, synoptics, climate-dynamics and atmospheric physics including recent advances.

MESOSCALE METEOROLOGY

ATMOCN 753

Synthesizes the fundamentals of atmospheric dynamics, thermodynamics and microphysics to explain the theory behind the structure, evolution and prediction of microscale, mesoscale and cloud scale weather. Learn the dynamics, and thermodynamics of mesoscale, fogs, cumulus, and severe storms (including tornadoes), mountain meteorology and convective tropical weather systems (including hurricanes and typhoons) and application of multi-scale numerical methods and models for analysis and prediction.