Dynamical and Physical Meteorology
Vector operations; Thermodynamics of dry air; Moist air; Hydrostatic equilibrium; Geopotential determinations; Vertical stability and convection; The nature of radiation; Solar radiation and the earth-atmosphere; Terrestrial radiation; Some synoptic consequences of terrestrial radiation; Tha mean heat balance of the earth-atmosphere system; The equation of motion; Horizontal frictionless flow; Variation of the wind and pressure fields in the vertical; wind structure in the friiction layer; Diffusion of heath and water vapor; Diffusion of atmospheric pollutants; Frontogenesis; Surfaces of discontinuity; The mechanism of pressure change; Vorticity and circulation The perturbation theory; Dynamic forecasting by numerical methods; The general circulation.
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traction of Vectors 1 4 Dot Product 1 5 Cross Product 1 6 Differentiation
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absolute vorticity absorption acceleration adiabatic advection American Meteorological Society anticyclonic applied approximation assumed atmosphere average axis boundary condition chart cloud coefficient component computed condensation constant convection convergence cooling coordinates Coriolis force curvature curve cyclonic decreases diffusion direction diurnal divergence downwind earth earth's surface eddy energy equation flow flux function geostrophic wind gradient heat height Hence horizontal horizontal advection hydrostatic equation increases instability integral isobaric isotherms lapse rate latitude magnitude maximum mean meridional Meteorology mixing motion normal observed obtained occurs optical depth parameter particle potential temperature pressure force radiation radiative relative represents ridge saturated saturation vapor pressure shown in Fig slab solar specific humidity stability stratosphere streamline term thermal thermodynamic diagram tion trajectory tropopause troposphere trough turbulent values variation vector velocity vertical warm water vapor wavelength waves wind speed zero zonal