1. Scientist Name:
        Andreas Chlond and Gerd Mueller
        Max Planck Institute
        28040 Hamburg, Germany
        email: chlond@dkrz.de

    2. Computation:
      • Computer used for simulation: CRAY C90
      • CPU time: 5.4s per timestep
      • Time step for dynamics: 3s

    3. Numerical Technique:
      • Numerical method : Finite difference
      • Advection scheme:
        Momentum: 2nd order centered.
        Scalar: Modified Bott scheme.
      • Time scheme: 1st-order Euler and 2nd-order Adams-Bashford
      • Dynamical equations: Boussineq-equations

    4. Physical Parameterizations
      • Condensation scheme: saturation adjustment

      • Turbulence closure: TKE prognostic 1.5 order (Deardorff 1980)

    5. Documentation:
      • Chlond, A.: Three-Dimensional Simulation of Cloud Street Development During a Cold Air Outbreak, Boundary-Layer Meteorology 58, 161-200, 1992.
      • Chlond, A.: Locally Modified Version of Bott's Advection Scheme, Monthly Weather Review 122, 111-125, 1994.
      • Luepkes, C., K. D. Beheng, and G. Doms: A parameterization scheme for simulating collision/coalescence of water drops, Beitr. Phys. Atmosph. 62, 289-306, 1989.
      • Luepkes, C.: Untersuchung zur Parameterisierung der Koagulation niederschlagsbildender Tropfen, Verlag Dr. Kovacs, Hamburg, 156 S., 1991.