PPT-Cloud Microphysics

Dr Corey Potvin CIMMSNSSL METR 5004 Lecture 1 Oct 1 2013 Preliminaries Primarily following Wallace amp Hobbs Chap 6 Rogers amp Yau useful as parallel text deeper explanations. By using Google Cloud Print you can print from anywhere with applications or services supporting Google Cloud Print Important LAN connection with the machine and internet connection are required to register the machine and to print with Google Cloud By using Google Cloud Print you can print from anywhere with applications or services supporting Google Cloud Print Important LAN connection with the machine and internet connection are required to register the machine and to print with Google Cloud Important You must have an existing Google account to use Google Cloud Print Click here for information LAN connection with the machine and internet connection are required to register the machine and to print with Google Cloud Print Internet connec Formation of cloud droplets from supersaturated vapor. Growth of cloud droplets to raindrops in . O. (10 min). Growth of warm cloud droplets. Activated cloud droplets grow by . condensation . then . collection. Challenges for the Next Decades. NASA Earth Science Division Workshop, NASA/Ames, 6-8 May 2014. Robert A. Houze, Jr.. University of Washington. Fair weather cumulus. Cumulus congestus. Cumulonimbus. Single cell. courtesy . Carly. Calvin, NCAR. NSF C-130 Platform Report. Robert Wood. (a) 20. o. S Cross-Sections [4 full missions+5. partial missions. ]. - to characterize structure of MBL, aerosols, clouds along the 20. User Ancestor-Cloud Child Family -A Visitor exam gene assign Cloud-1 Cloud-2 Cloud-N Child Family -B Grandson Family -C Child Figure 1. Cloud Trust model based on Family Gene Formation Definition of T ATM 419. Spring 2016. Fovell. 1. Definition of . “. squall line. ”. Glossary of Meteorology. (2000):. . “. a line of active thunderstorms, either continuous or with breaks, including contiguous precipitation areas resulting from the existence of thunderstorms.. Yang, M.-J., and R.A. . Houze. , . Jr. RTF. Hydrometeor types. Ice-phase microphysics. Environmental humidity. No. 1 microphysics processes. CNTL. Full model physics for 15 h. . Turn off the hail generation processes after 6 h (. ATM 419. Spring 2016. Fovell. 1. Condensed water species. Cloud droplets (q. c. ). Rain drops (. q. r. ). Ice crystals (q. i. ). Snow aggregates (. q. s. ). Graupel. particles (. q. g. ). Hail (. q. Contributors: Chris . Bretherton. , Bill Collins, Andrew Conley, . Brian Eaton, Andrew . Gettelman. , Steve . Ghan. , . Cécile. . Hannay. , . Mike . Iacono. , . Xiaohong. Liu, Hugh Morrison, Rich Neale, . Properties: Analyses and Applications. Research Group Meeting. 10 May 2016. Scott Sieron. Advisors: . Fuqing. . Zhang, Eugene . Clothiaux. Major . Collaborator: Lu . Yinghui. COLD. WARM. Hurricane Karl 09/16/10 2315Z. cloud microphysics scheme in CAM. Hugh Morrison and Andrew . Gettelman. National Center for Atmospheric Research. CCSM Atmospheric Model Working Group Meeting. Feb 12, 2008. Thanks to Steve . Ghan. (PNNL). It is very clear why individuals and enterprises are moving to the cloud in 2019 and shall continue to do so in the future as well. It has become extremely easy for users to update data on the cloud through cloud-based applications wherein it can be stored, accessed, and collaborated from anywhere and at any time.