Dr. Vlado Spiridonov, Professor
Course content:
1. Introduction to dynamic meteorology;
2. Equations for the state of dry air, water vapor and moist air;
3. Continuity of air in the atmosphere;
4. Forces acting on the movement of air in the atmosphere;
5. Basic equation for movement of air in the atmosphere;
6. Some applications of the equation for horizontal motion in the atmosphere;
7. Scale analysis of the equation of motion;
8. Statics of the atmosphere;
9. Hydrostatic stability;
10. Circulation and eddy;
11. Derived equations in atmospheric dynamics (divergence, pressure tendency, Ω-equation, Q-vector):