Cloud development as governed by latent heat released by condensing water vapour and freezing water. Favourable aerological conditions for latent heat release and cloud formation. Vertical temperature, moisture and wind distributions, and resulting cloud formation tendencies. Basic influences : heat radiation, orographic conditions, convergence, thermal discontinuities, front systems. Examples. Glassification of clouds in terms of the instability by which they are formed.INTRODUCTION .......................................................... 334 Tableau des symboles utilisés .............................................. 335 Première partie : LA DÉTENTE DE L'AIR HUMIDE ATMOSPHÉRIQUE ....... 336 1. — Du sol au niveau de condensation ........
The study concerns the de-sublimation of a thermally controlled flat plate placedwithin a wind tunne...
The largest incertitude on climate predictions comes from our poor understanding of how clouds will ...
Using cloud-resolving simulations, this study investigates the mechanisms and sensitivities of deep-...
A two-dimensional mathematical model of moist air convection in the sub-cloud and cloud layers is pr...
The ratio of column-integrated cloud content between ice and liquid phases (CR) is a good indicator ...
The importance of acquired vertical velocities, compressibility and released condensation heat in th...
The accomplished case studies focus on the influence of land-use on the distributions of latent heat...
International audienceThe authors undertake a detailed analysis of the influence of water vapor cond...
It is well known that stratospheric humidity is primarily controlled by freeze drying (ice crystal g...
Convective cloud formation and evolution strongly depend on environmental temperature and humidity p...
Deep convective clouds play a key role in regulating the Earth’s water and energy cycles and are the...
Storms prediction is one of the major problems of weather forecasting, regarding both the anticipati...
The study concerns the de-sublimation of a thermally controlled flat plate placedwithin a wind tunne...
The largest incertitude on climate predictions comes from our poor understanding of how clouds will ...
Using cloud-resolving simulations, this study investigates the mechanisms and sensitivities of deep-...
A two-dimensional mathematical model of moist air convection in the sub-cloud and cloud layers is pr...
The ratio of column-integrated cloud content between ice and liquid phases (CR) is a good indicator ...
The importance of acquired vertical velocities, compressibility and released condensation heat in th...
The accomplished case studies focus on the influence of land-use on the distributions of latent heat...
International audienceThe authors undertake a detailed analysis of the influence of water vapor cond...
It is well known that stratospheric humidity is primarily controlled by freeze drying (ice crystal g...
Convective cloud formation and evolution strongly depend on environmental temperature and humidity p...
Deep convective clouds play a key role in regulating the Earth’s water and energy cycles and are the...
Storms prediction is one of the major problems of weather forecasting, regarding both the anticipati...
The study concerns the de-sublimation of a thermally controlled flat plate placedwithin a wind tunne...
The largest incertitude on climate predictions comes from our poor understanding of how clouds will ...
Using cloud-resolving simulations, this study investigates the mechanisms and sensitivities of deep-...