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<br />Tab 1 e 1. - Summary of proposed acti vi ties <br /> <br />1. Model Verifiction against Observations <br /> <br />1.1 Convective Situation <br /> <br />1.1.1 Open data sets <br />1.1.1.1 liquid microphysical processes only <br />1.1.1.2 maritime (mixed phase) <br />1.1.1.3 continental (all ice) <br />1.1.1.4 hail <br /> <br />;. <br /> <br />1.1.2 Closed data sets <br />1.1.2.1 liquid microphysical processes only <br />1.1.2.2 maritime (mixed phase) <br />1.1.2.3 continental (all ice) <br />1.1.2.4 hai 1 <br /> <br />1.2 Orographic Situation <br /> <br />1.2.1 Open data set <br />1.2.2 Closed data set <br /> <br />2. Sensitivity Tests (All Open Data Sets) <br /> <br />2.1 Fluid Dynamics <br /> <br />- <br />2.1.1 Initialization <br />2.1.1.1 boundary 1 ayer conver'gence <br />2.1.1.2 energy (or equivalent) perturbation <br />2.1.1.3 combination <br /> <br />2.1.2 Finer resolution <br />2.1.2.1 sensitivity of dynamics to the formulation of microphysics <br />2.1.2.2 mixing processes both internal and across cloud boundary <br /> <br />2.2 Model Architecture <br /> <br />~ <br /> <br />2.2.1 Numerical methods <br />2.2.2 Formulation of equations <br />2.2.3 Non-uniform mesh techniques <br /> <br />3. Applications of Models to Increase Under'standing (Open Data Sets) <br /> <br />3.1 Convective situation <br /> <br />3.2 Nimbo-stratus situation <br /> <br />NOTE: An experiment can be identified by a sequence of symbols codes 1.1.1.3, <br />for example. It is intended that data sets be selected so that more than <br />one experiment can be carried out using the same data set. The numbering <br />system used here di ffers from and supercedes that used in thE! II Notes on <br />the Planning Session for the International Cloud Modelling <br />Workshop/Conferencell <br /> <br />3. <br />