PPT-Key Questions and Issues in turbulent Transport in

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Tokamaks JAEA M Kikuchi 2 nd APTWG at Chengdu Plenary session presentation number PL1 1 PL1 Acknowledgements P Diamond Hahm Idomura Miyato B Scott F Jenko

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Key Questions and Issues in turbulent Transport in: Transcript

Tokamaks JAEA M Kikuchi 2 nd APTWG at Chengdu Plenary session presentation number PL1 1 PL1 Acknowledgements P Diamond Hahm Idomura Miyato B Scott F Jenko Some questions along with writing a review on physics behind steady state . tokamak. plasmas. Michael Barnes. University of Oxford. Culham. Centre for Fusion Energy . In collaboration with F. Parra, E. . Highcock. , A. . Schekochihin. ,. S. Cowley, and C. Roach. “Internal Transport Barriers” (. Yang . Chen. 1. , . K.H. . Luo. 1,2. 1. . Center. . for Combustion Energy, Tsinghua University, Beijing, China. 2. Department . of Mechanical Engineering, University College London, UK. 8th Trondheim Conference on CO2 Capture, Transport and Storage. Not 1 but 5 !!!!!!! . Q1: Architecture. Q2: Geodynamics. Q3: Reservoirs. Q4: Fluid pathways & drivers. Q5: Chemistry of transport & deposition. Kal-07. 2. Why five questions ? . Q1: Architecture. . and. idealized glass . Shin-. ichi. . Sasa. 　（. Kyoto University). . . . 　. 　　　　　　　　　　　　　　. Andy Pon, . Doug . Johnstone. ,. Michael J. Kaufman. ApJ. , submitted May 2011 . Ridge et al. (2006). Observed. (FWHM = 1.9 km / . s. ). Thermal broadening alone. (FWHM = 0.2 km / . s. ). 12. CO J = 1-0. Navier. -Stokes. Equations -- . RANS. 4 equations; 7 unknowns. Similar situation as when we went from Cauchy’s . eq. to N-S . eq. A. j. . = eddy viscosity. [m. 2. /s]. Turbulence Closure. Turbulent Kinetic Energy (TKE). EFD Final Project. Terrence Hess. Daniel Alexander. Mohammad Khan. Neil Lareau. 1. 21 Apr. 2011. Project Objectives . Characterize the diurnal evolution of turbulent statistics. for . two dissimilar 24 hour periods. 1. (ME EN 7960-. 003). Prof. Rob Stoll. Department of Mechanical Engineering. University of Utah. Fall 2014. Vorticity: or. Turbulent Flow Properties. Why study turbulence? Most real flows in engineering applications are turbulent. . (ME EN 7960-008). Prof. Rob Stoll. Department of Mechanical Engineering. University of Utah. Spring 2011. Vorticity: or. Turbulent Flow Properties. Why study turbulence? Most real flows in engineering applications are turbulent. . . Mark Rast. Laboratory for Atmospheric and Space Physics. Department of Astrophysical and Planetary Sciences. University of Colorado, . Navier. -Stokes. Equations -- . RANS. 4 equations; 7 unknowns. Similar situation as when we went from Cauchy’s . eq. to N-S . eq. A. j. . = eddy viscosity. [m. 2. /s]. Turbulence Closure. Turbulent Kinetic Energy (TKE). Reading Assignment: Boggs, Chapter 2. Key Concepts. Earth surface transport systems. Properties of water, air & ice. Characterizing fluid flow. Grain entrainment. Modes of grain movement. Sediment-gravity flows. . tokamaks. Michael . Barnes. University . of . Oxford. Culham. Centre for Fusion Energy. F. I. Parra, E. G. . Highcock. , A. A. . Schekochihin. , . S. C. Cowley, and C. M. Roach. Objective. Connor et al. (2004). HaPAI. /AFCC Survey,. Sinead Shannon, Healthy and Positive Ageing Initiative, Department of Health.. Overview | . HaPAI. . 2. HaPAI Research and Knowledge Dissemination . Local Positive Ageing Indicators and Research .

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