Studies conducted over the last few years on the observations and measurements made in the field on 1 June 1970 are assembled and interpreted in terms of the modelling of convective shower systems and their scavenging patterns. The modelling of cloud microphysics in relation to precipitation generation and scavenging as well as convective system dynamics is also discussed. It is suggested that parameterizations of the microphysical processes and the fine-scale dynamics will probably have to be tested for adequacy against nearly full scale computations in three dimensions using time-dependent equations with variable boundary conditions. Steps toward this long term objective are planned
This paper presents a detailed analysis of convection-permitting cloud simulations, aimed at increas...
A study of the evolution of raindrop spectra (raindrop size distribution, DSD) between cloud base an...
The impact of aerosols on ice- and mixed-phase processes in deep convective clouds remains highly un...
The modeling of convective storm scavenging processes is going forward on two distinct fronts. The f...
Two simple heuristic model formulations for warm rain formation are introduced and their behavior ex...
The response of cloud systems to their environment is an important link in a chain of processes resp...
International audienceClouds play an important role for life on earth. Apart from influencing, for e...
This study examines the influences of assumptions in convective wet scavenging pa-rameterizations on...
The 3D cloud model DESCAM-3D with bin resolved microphysics for ice, water and aerosol particles is ...
The impact of aerosols on ice- and mixed-phase processes in deep convective clouds remains highly un...
Preliminary model tests using input from a dynamically simulated cloud establish the accuracy of the...
International audienceThe role of convective processes in moistening the atmosphere during suppresse...
Four different studies examining parameterizations of particle size distribution, sedimentation, aut...
Abstract. Dynamical and microphysical processes in pyroconvective clouds in mid-latitude conditions ...
The role of convective processes in moistening the atmosphere during suppressed periods of the suppr...
This paper presents a detailed analysis of convection-permitting cloud simulations, aimed at increas...
A study of the evolution of raindrop spectra (raindrop size distribution, DSD) between cloud base an...
The impact of aerosols on ice- and mixed-phase processes in deep convective clouds remains highly un...
The modeling of convective storm scavenging processes is going forward on two distinct fronts. The f...
Two simple heuristic model formulations for warm rain formation are introduced and their behavior ex...
The response of cloud systems to their environment is an important link in a chain of processes resp...
International audienceClouds play an important role for life on earth. Apart from influencing, for e...
This study examines the influences of assumptions in convective wet scavenging pa-rameterizations on...
The 3D cloud model DESCAM-3D with bin resolved microphysics for ice, water and aerosol particles is ...
The impact of aerosols on ice- and mixed-phase processes in deep convective clouds remains highly un...
Preliminary model tests using input from a dynamically simulated cloud establish the accuracy of the...
International audienceThe role of convective processes in moistening the atmosphere during suppresse...
Four different studies examining parameterizations of particle size distribution, sedimentation, aut...
Abstract. Dynamical and microphysical processes in pyroconvective clouds in mid-latitude conditions ...
The role of convective processes in moistening the atmosphere during suppressed periods of the suppr...
This paper presents a detailed analysis of convection-permitting cloud simulations, aimed at increas...
A study of the evolution of raindrop spectra (raindrop size distribution, DSD) between cloud base an...
The impact of aerosols on ice- and mixed-phase processes in deep convective clouds remains highly un...