PPT-Inter-ELM Edge Profile and Ion Transport Evolution on DIII-

JohnPatrick Floyd W M Stacey S Mellard Georgia Tech and R J Groebner General Atomics 2014 Transport Task Force Meeting San Antonio Texas 42214 Summary Introduction Research goals. ERODE. Irina Overeem, February 2013. Early Landscape Evolution Model. Gilbert, 1877, ‘The Geology of the Henry Mountains’ . Gilbert describes weathering, erosion processes and shifting of drainage divides . “Topologically . Robust Transport of Photons in a Synthetic Gauge Field. ," S. Mittal, J. Fan, S. . Faez. , A. . Migdall. , J.M. Taylor, M. . Hafezi. , Phys. Rev. . Lett. ., 113, 087403 (2014. ). Topological transport of light is the photonic analog of topological electron flow in certain semiconductors. In the electron case, the current flows around the edge of the material but not through the bulk. It is “topological” in that even if electrons encounter impurities in the material the electrons will continue to flow without losing energy. MHD and electron . heat . conductivity; impact . on alpha electron heating. O. . Sauter. for . the TCV team. Ecole Polytechnique Fédérale de Lausanne (EPFL). Centre de Recherches en Physiques des Plasmas (CRPP). Jure . Leskovec. , CMU. Lars . Backstrom. , Cornell. Ravi Kumar, Yahoo! Research. Andrew Tomkins, Yahoo! Research. Introduction. Social networks . evolve. with additions and deletions of nodes and edges. ON PEDESTAL/BOUNDARY PHYSICS. Bill . Stacey. Georgia Tech. Presented at DIII-D Planning Meeting 1-26-12. OBJECTIVES. Fundamental understanding of edge/boundary physics that will enable: . 1) the development of a predictive model for the edge pedestal pressure, temperature and density profiles in the absence of or between ELMs; . Alina Melezika . Analyst . Public . T. ransport . F. inancial . A. nalysis and . A. udit . D. ivision of Road Transport Administration of Latvia.   . Baltic State . Experts Meeting on Inland Passenger Transport 26-27 November, Riga. Longitudinal profile. Fluvial/River- Areas. The . path the river follows from its source to mouth is known as the. river's course. . . When studying rivers we often divide it into 3 main sections, the . test . of criterion for chirping onset . &. simulation of explosive chirping. H. L. . Berk. , B. N. . Breizman. (presenter), G. Wang, L. . Zheng. ;. University of Texas at Austin, Austin, Texas 78723, USA. ON PEDESTAL/BOUNDARY PHYSICS. Bill . Stacey. Georgia Tech. Presented at DIII-D Planning Meeting 1-26-12. OBJECTIVES. Fundamental understanding of edge/boundary physics that will enable: . 1) the development of a predictive model for the edge pedestal pressure, temperature and density profiles in the absence of or between ELMs; . Learner Transport. Introduction to EE: Who We Are. Learner Transport – An Ongoing Crisis. The Lived Realities of KZN Learners. Hlenzeka. Primary School. Ukuphumula. Secondary School. Ubongunzi. Secondary School. Vidhya Vijayakumar. Multimedia Processing Lab. MSEE, University of Texas @ Arlington. . vidhya.vijayakumar@mavs.uta.edu. Guided by Dr.K.R. Rao. . Driven by . Fueling. . or Transport?. Tuomas Tala. T. Tala. 1. , S. Mordijck. 2. , H. Nordman. 3. ,. . A. Salmi. 1. , C. Bourdelle. 4. , . J. Citrin. 5. ,. . A. Czarnecka. 6. , F. Eriksson. in . wall-stabilized high beta plasmas . on . JT-60U and DIII-D. G. Matsunaga. 1). , M. Okabayashi. 2). , N. Aiba. 1). , J. A. Boedo. 3). , J. R. Ferron. 4). ,. J. M. Hanson. 5). , G. Z. Hao. 6). , W. W. Heidbrink. (Part of the E2E Network Slicing . U. se . C. ase). Participants:. . CMCC,. . Wipro,. . Huawei,. . AT&T,. . Amdocs,. . Fujitsu, Verizon,. . Reliance. . Jio. ,. . Tencent,. . China. . Telecom.