PPT-Modified CRTM: Non-spherical

Particles and Preliminary Data Assimilation Experiments Research Group Meeting 12 December 2016 Scott Sieron Advisors Fuqing Zhang Eugene Clothiaux Major Collaborator Lu Yinghui Satellite Beam Convolution. TWSSP Thursday. Welcome. Please sit in your same groups from yesterday. Please take a moment to randomly distribute the role cards at your table and read through your group role.. Thursday Agenda. Agenda. Radiative. Transfer Model. (CRTM). Overview . and Tutorial. Overview. Some background. How does radiation interact with matter. Development of . radiative. transfer. Additional CRTM components (not all, . emissivities. with satellite-based estimates. C. Prigent and F. Aires (. Estellus. + . Observatoire. de Paris . ). P. Liang and J.-L. . Moncet. (AER). T. . Tian. (NASA). S. . Boukabara. (NOAA). I. .. . Salom. and V. .. . Dmitra. šinović. Institute of Physics, University of Belgrade. XI. International Workshop. LIE THEORY AND ITS APPLICATIONS IN PHYSICS. 15 - 21 June 2015, Varna, Bulgaria. I. .. . Salom. and V. .. . Dmitra. šinović. Solving . t. wo particle. problems. U. sing center-of-mass reference system where a single 3-dim vector determines position. Split wave function into radial and angular parts. Arul Asirvatham, Emil Praun . (University of Utah). Hugues Hoppe . (Microsoft Research). 2. Consistent Spherical Parameterizations. 3. Parameterization. Mapping from a domain (plane, sphere, simplicial complex) to surface. Arul Asirvatham, Emil Praun . (University of Utah). Hugues Hoppe . (Microsoft Research). 2. Consistent Spherical Parameterizations. 3. Parameterization. Mapping from a domain (plane, sphere, simplicial complex) to surface. I. .. . Salom. and V. .. . Dmitra. šinović. Solving . t. wo particle. problems. U. sing center-of-mass reference system where a single 3-dim vector determines position. Split wave function into radial and angular parts. 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. Lily Zhang. CRTM-DS WSM6, Parameterized Phase Function. Rayleigh. Henyey Greenstein. Scattering Phase Functions. Combined Phase Function. Combined Henyey–Greenstein and Rayleigh Phase Function. Modified asymmetry parameter - G. Particle Scattering Properties. Research Group Meeting. 01. May 2017. Scott Sieron. Advisors: . Fuqing. Zhang, Eugene . Clothiaux. Major Collaborator: Lu . Yinghui. Non-Spherical Particles. About Non-Spherical Particles. Benjamin T. Johnson (UCAR @ NOAA). Tong Zhu (CIRA @ NOAA). Yingtao. Ma (AER @ NOAA). Thomas . Auligné. (Director, JCSDA). With essential contributions . from many others.. CRTM Overview JCSDA Tech/.. 16.4c – Zone Plate. 16.4d - Tilt. 16.6a . (. 20 . l. . tilt). 16.6b (20 . l. . tilt . & 4 . l. . defocus). 16.6a (20 . l . tilt . ). 16.6b (20 . l. . tilt & 4 . l. . defocus). 16.6a (20 . 32 x RCF 2” 30W Neodymium Full-Range speakers. Total power 32 x 30 = 960 W. Demonstration of a spherical source with 32 loudspeakers. . By Angelo Farina and Lorenzo . Chiesi. Low cost hand crafted prototype made by wood.