PPT-Simulation of Absorbing Aerosol Index & Understanding t

2 Column Retrievals with Groundbased Monitors Randall Martin Dalhousie HarvardSmithsonian with contributions from Melanie Hammer Shailesh Kharol Jeff Geddes Dalhousie U TEMPO Science Team Meeting. 1 A state is absorbing if ii 1 and transient if ii 1 A chain is absorbing if it contains absorbing states and for some 0 all states can reach an absorbing state De57356nition 02 For SP a Markov chain the process is the chain and an initial state T Example from the Saharan Desert.. Deep Blue . Algorithm from this reference.. darkness. Blue sky. Blue sky bright aerosol. Bright aerosol . brighten dark surface. Dark aerosol . darken bright surface. LECTURE . 13. Absorbing Random walks. Coverage. ABSORBING RANDOM WALKS. Random walk with absorbing nodes. What happens if we do a random walk on this graph? What is the stationary distribution?. All the probability mass on the red . VIIRS Aerosol Cal/Val Team. VIIRS Aerosol Science and Operational Users Workshop November 21-22, 2013. 1. Outline. VIIRS Aerosol Products. Environmental Data Record (EDR). Intermediate Product (IP). Yan . Zhang. 1. , . Hongbin. . Yu. 2. , . Alexander . Smirnov. 1. , . Tom . Eck. 1. , . Mian. . Chin. 3. , . Lorraine . Remer. 3. , . Qian. . Tan. 1. , . Robert . Levy. 4. 1 GESTAR/USRA, 2 ESSIC, 3 NASA/GSFC, 4 SSAI. An Introduction to Aerosol Propellants 3 Aerosol Product System 4 Aerosol Product System 5 Aerosol Product System 6&#x/MCI; 8 ;&#x/MCI; 8 ;Aerosol Product System 7 Aerosol Product System 8 A Presented by Lorraine A. Remer. NASA/Goddard Space Flight Center. Basis of remote sensing. Remote sensing of clouds and aerosols. Observations of aerosol modification of cloud microphysics. 3.1 Explanation. Cameron McNaughton. Golder. Associates Ltd.. Section Outline. 5.4.1 Ocean. 5.4.2 Aerosols. . 5.4.2.1 Introduction. . 5.4.2.2 Data Requirements. . 5.4.2.3 Program Requirements. 5.4.3 Clouds. <currently empty>. The SOCRATES Planning . Team. : . Greg . McFarquhar. (. mcfarq@atmos.uiuc.edu. ),. Roj. . Marchand. , . Robert . Wood, Chris . Bretherton. , Alain . Protat. , Patricia Quinn, Steven . Siems. , Simon Alexander, and Bob Weller. at . Lhasa. and . Kunming. during Asian summer monsoon. Jianchun Bian . (IAP/CAS). In the poster, balloon sounding water vapor, ozone, and particle (SWOP) campaign during the ASM will be introduced, including sonde, location and timing. . Part 3. Sample Problems. Do problems 2, 3, 7, 8, 11 of the posted notes on . Markov Chains. Pizza Delivery Example. Pizza Delivery . Example. Will we get Pizza?. Start with s = <1, 0, 0, 0, 0, 0>. Find s = s P n-times.. www.conceptproducts.com.au. tel. . 08 9455 . 1234. 26 Catalano Road . . Canning Vale WA . 6155. . . . Hygiene Compliant . Corrosion Free. Scratch/Dent Proof. No Paint . – . n. o flaking. Shock Absorbing . 2. Column Retrievals with Ground-based Monitors. Randall . Martin (Dalhousie, Harvard-Smithsonian). with . contributions from. Melanie Hammer, . Shailesh. . Kharol. , Jeff Geddes (Dalhousie U). TEMPO Science Team Meeting. Cephalic Index. The cephalic index is a measure of the width of the skull in relation to its length. . It is calculated by dividing the width of the skull (measured from the parietal bones) by the length of the skull (measured from the glabella to the occipital protuberance) and multiplying by 100. .