Abstract
A parameterization scheme for the simulation of ice in clouds incorporated into the hydrostatic version of the GKSS three-dimensional mesoscale model. Numerical simulations of precipitation are performed: over the Northe Sea, the Hawaiian trade wind area and in the region of the intertropical convergence zone. Not only some major features of convective structures in all three areas but also cloud-aerosol interactions have successfully been simulated. (orig.) With 19 figs., 2 tabs.
Citation Formats
Levkov, L, Jacob, D, Eppel, D, and Grassl, H.
Framework of cloud parameterization including ice for 3-D mesoscale models.
Germany: N. p.,
1989.
Web.
Levkov, L, Jacob, D, Eppel, D, & Grassl, H.
Framework of cloud parameterization including ice for 3-D mesoscale models.
Germany.
Levkov, L, Jacob, D, Eppel, D, and Grassl, H.
1989.
"Framework of cloud parameterization including ice for 3-D mesoscale models."
Germany.
@misc{etde_7784159,
title = {Framework of cloud parameterization including ice for 3-D mesoscale models}
author = {Levkov, L, Jacob, D, Eppel, D, and Grassl, H}
abstractNote = {A parameterization scheme for the simulation of ice in clouds incorporated into the hydrostatic version of the GKSS three-dimensional mesoscale model. Numerical simulations of precipitation are performed: over the Northe Sea, the Hawaiian trade wind area and in the region of the intertropical convergence zone. Not only some major features of convective structures in all three areas but also cloud-aerosol interactions have successfully been simulated. (orig.) With 19 figs., 2 tabs.}
place = {Germany}
year = {1989}
month = {Jan}
}
title = {Framework of cloud parameterization including ice for 3-D mesoscale models}
author = {Levkov, L, Jacob, D, Eppel, D, and Grassl, H}
abstractNote = {A parameterization scheme for the simulation of ice in clouds incorporated into the hydrostatic version of the GKSS three-dimensional mesoscale model. Numerical simulations of precipitation are performed: over the Northe Sea, the Hawaiian trade wind area and in the region of the intertropical convergence zone. Not only some major features of convective structures in all three areas but also cloud-aerosol interactions have successfully been simulated. (orig.) With 19 figs., 2 tabs.}
place = {Germany}
year = {1989}
month = {Jan}
}