Strategic Objectives
• Master the principles of fluid dynamics specific to biological particles.
• Predict how varying climates and weather patterns affect aerosol stability.
• Understand the mechanics of dispersion and deposition in diverse environments.
• Bridge the gap between atmospheric physics and environmental safety.
The Core Challenge
Most researchers focus on the biology of agents while ignoring the complex physical laws that govern their survival and travel through the atmosphere.
01
The Nature of Aerosols
02
Dynamics of Fluid Flow
03
The Micro-World of Bio-Aerosols
04
Stokes' Law and Particle Drag
05
Brownian Motion and Diffusion
06
Reynolds Number Influence
07
Atmospheric Boundary Layer
08
Turbulence and Mixing
09
Atmospheric Stability Classes
10
The Gaussian Plume Model
11
Hygroscopicity and Growth
12
Evaporation Dynamics
13
Solar Radiation and Photolysis
14
Dry Deposition Mechanics
15
Wet Scavenging and Precipitation
16
Kinetic Theory of Gases
17
The Navier-Stokes Equations
18
Urban Dispersion and Obstacle Flow
19
Instrumentation and Measurement
20
Lagrangian vs. Eulerian Perspectives
21
The Future of Aerosol Science
Explore Research Ecosystem
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