Add to ORKGA key process that must be parameterized in atmospheric models of various scales (from large eddy simulation models to cloud-resolving models to global climate models) is the autoconversion process whereby large cloud droplets collect small ones and become embryonic raindrops. Accurat
Modified WRF model codes Initial and boundary conditions for the simulations (wrfinput and wrfbdy, ...
This is the published version. © Copyright 2014 American Meteorological Society (AMS). Permission to...
Cloud properties and their evolution influence Earth's radiative balance. The cloud microphysical (C...
Existing Sundqvist-type parameterizations, which only consider dependence of the autoconversion rate...
In a recent paper, Liu and Daum (2004, hereafter LD04) derive analytical expressions for the rate of...
An investigation of the impact of the subgrid-scale variability of cloud liquid water on the autocon...
Cloud-to-rain autoconversion process is an important player in aerosol loading, cloud morphology, an...
Many Large Eddy Simulation (LES) models use the classic Kessler parameterisation either as it is or...
In this study, we evaluate eight autoconversion parameterizations against integration of the Kinetic...
In this study, we evaluate eight autoconversion parameterizations against integration of the Kinetic...
International audienceDifferent ad hoc threshold functions associated with the autoconversion proces...
One way of reducing the uncertainty involved in determining the radiative forcing of climate change ...
Aerosol-cloud interactions begin with the direct involvement of aerosols in cloud nucleation followe...
A convective parameterization is described and evaluated that may be used in high resolution non-hyd...
The dataset contains the PALM model system 5.0 source code in revision r4464, used in the research ...
Modified WRF model codes Initial and boundary conditions for the simulations (wrfinput and wrfbdy, ...
This is the published version. © Copyright 2014 American Meteorological Society (AMS). Permission to...
Cloud properties and their evolution influence Earth's radiative balance. The cloud microphysical (C...
Existing Sundqvist-type parameterizations, which only consider dependence of the autoconversion rate...
In a recent paper, Liu and Daum (2004, hereafter LD04) derive analytical expressions for the rate of...
An investigation of the impact of the subgrid-scale variability of cloud liquid water on the autocon...
Cloud-to-rain autoconversion process is an important player in aerosol loading, cloud morphology, an...
Many Large Eddy Simulation (LES) models use the classic Kessler parameterisation either as it is or...
In this study, we evaluate eight autoconversion parameterizations against integration of the Kinetic...
In this study, we evaluate eight autoconversion parameterizations against integration of the Kinetic...
International audienceDifferent ad hoc threshold functions associated with the autoconversion proces...
One way of reducing the uncertainty involved in determining the radiative forcing of climate change ...
Aerosol-cloud interactions begin with the direct involvement of aerosols in cloud nucleation followe...
A convective parameterization is described and evaluated that may be used in high resolution non-hyd...
The dataset contains the PALM model system 5.0 source code in revision r4464, used in the research ...
Modified WRF model codes Initial and boundary conditions for the simulations (wrfinput and wrfbdy, ...
This is the published version. © Copyright 2014 American Meteorological Society (AMS). Permission to...
Cloud properties and their evolution influence Earth's radiative balance. The cloud microphysical (C...