Abstract
A parameterization scheme of phase change of water is suggested to be used in the 3-D numerical nonhydrostatic model GESIMA. The microphysical formulation follows the so-called bulk technique. With this procedure the net production rates in the balance equations for water and potential temperature are given both for liquid and ice-phase. Convectively stable as well as convectively unstable mesoscale systems are considered. With 2 figs..
Citation Formats
Levkov, L, Eppel, D, and Grassl, H.
Parameterization of phase change of water in a mesoscale model.
Germany: N. p.,
1987.
Web.
Levkov, L, Eppel, D, & Grassl, H.
Parameterization of phase change of water in a mesoscale model.
Germany.
Levkov, L, Eppel, D, and Grassl, H.
1987.
"Parameterization of phase change of water in a mesoscale model."
Germany.
@misc{etde_7774079,
title = {Parameterization of phase change of water in a mesoscale model}
author = {Levkov, L, Eppel, D, and Grassl, H}
abstractNote = {A parameterization scheme of phase change of water is suggested to be used in the 3-D numerical nonhydrostatic model GESIMA. The microphysical formulation follows the so-called bulk technique. With this procedure the net production rates in the balance equations for water and potential temperature are given both for liquid and ice-phase. Convectively stable as well as convectively unstable mesoscale systems are considered. With 2 figs..}
place = {Germany}
year = {1987}
month = {Jan}
}
title = {Parameterization of phase change of water in a mesoscale model}
author = {Levkov, L, Eppel, D, and Grassl, H}
abstractNote = {A parameterization scheme of phase change of water is suggested to be used in the 3-D numerical nonhydrostatic model GESIMA. The microphysical formulation follows the so-called bulk technique. With this procedure the net production rates in the balance equations for water and potential temperature are given both for liquid and ice-phase. Convectively stable as well as convectively unstable mesoscale systems are considered. With 2 figs..}
place = {Germany}
year = {1987}
month = {Jan}
}