'Microphysical processes' presentation slideshows

Numerical Weather Prediction Parametrization of Diabatic Processes Clouds (1) Cloud Microphysics

Numerical Weather Prediction Parametrization of Diabatic Processes Clouds (1) Cloud Microphysics. Richard Forbes and Adrian Tompkins forbes@ecmwf.int. Outline. LECTURE 1: Cloud Microphysics Overview of GCM cloud parametrization issues Microphysical processes 2.1 Warm phase

923 views • 62 slides

Microphysics of deep convection

Microphysics of deep convection. Axel Seifert Research Division of the German Weather Service. Cloud microphysics?. Cloud microphysical schemes have to describe the formation, growth and sedimentation of water particles (hydrometeors).

673 views • 37 slides

LM-MUSCAT and Cloud-Chemistry Modelling

LM-MUSCAT and Cloud-Chemistry Modelling. Outline Chemistry-Transport Model LM-MUSCAT MUSCAT features, coupling scheme, CityDelta application Cloud-Chemistry Modelling AFO2000 joint project MODMEP (2001-2004) Summary and Outlook

536 views • 35 slides

Steven Siems 1 and Greg McFarquhar 2 1 Monash University, Melbourne, VIC, Australia

Observations of supercooled liquid water from in-situ and remote sensing observations. Steven Siems 1 and Greg McFarquhar 2 1 Monash University, Melbourne, VIC, Australia 2 University of Illinois, Urbana, IL, USA.

455 views • 26 slides

The ASCII 2012 campaign: overview and early results AgI Seeding Cloud Impact Investigation

The ASCII 2012 campaign: overview and early results AgI Seeding Cloud Impact Investigation. funded by NSF AGS-1058426. University of Wyoming NCAR University of Colorado University of Illinois Ningbo University. Bart Geerts presented by: Xia Chu

386 views • 25 slides

LIDAR OBSERVATIONS CONSTRAINT FOR CIRRUS MODELISATION IN Large Eddy Simulations

256 views • 18 slides

Are SO 2 lifetimes in the OH Hole really longer?

Insights into sulfur transport to the stratosphere from past and future aircraft campaigns in the tropics Marc von Hobe 1 , Nicole Spelten 1 , Hans Schlager 2 , Frank Arnold 2,3 , Alexey Ulanovski 4 , Vladimir Yushkov 4 , Fabrizio Ravegnani 5

266 views • 16 slides

Hugh Morrison, Andrew Gettelman, and Richard Neale National Center for Atmospheric Research

Update on progress with the implementation of a new two-moment microphysics scheme: Model description and single-column tests. Hugh Morrison, Andrew Gettelman, and Richard Neale National Center for Atmospheric Research CCSM Atmospheric Model Working Group Meeting 22 March, 2006 Boulder, CO.

299 views • 16 slides

Analysis of High-Resolution WRF Simulations During A Severe Weather Event

164 views • 1 slides

A Pinatubo case study

Transport of the Pinatubo Cloud. 0.01hPa. 10hPa. Figure 1. Figure 5. Initialization of Pinatubo. Initialization of 17 MT SO 2 according to TOMS observations in four model layers between 47-15 hPa (21.5-29.5km). Perturbations of Heating rates [k/d] (total)

215 views • 1 slides

Development of a detailed ice melting scheme for bin microphysics in a 3D cloud model

148 views • 1 slides

C. Planche (1,2) , W. Wobrock (1,2) and A. I. Flossmann (1,2)

IUGG 2011. Development of a detailed ice melting scheme within bin microphysics in a 3D cloud model: An analysis based on an idealized simulation case. C. Planche (1,2) , W. Wobrock (1,2) and A. I. Flossmann (1,2)

148 views • 1 slides