PPT-TRANSP p hysics and application to JET plasmas

I Voitsekhovitch Acknowledgements D McCune R Andre R Budny J Conboy M Gorelenkova S Kay TRANSP training session 2427 November 2014 S Kay JETPPPL remote meeting 20092013. K3 A Int roduction K3 B Military Service Instructions K3 C Who Can Ship a POV Entitlement K3 D Restricti Phys D Appl Phys 34 2001 4853 wwwioporgJournalsjd PII S0022372701149752 Anomalous behaviour of minor magnetic hysteresis loops in garnet 64257lms GV ertesy and A Magni Hungarian Academy of Sciences Research Institute for Technical Physics and Materi Phys A Math Gen 38 2005 65456556 doi101088030544703829009 Rotations associated with Lorentz boosts SBas kal and Y S Kim Department of Physics Middle East Technical University 06531 Ankara Turkey Department of Physics University of Maryland College P Phys Condens Matter 14 2002 93979412 PII S0953898402364488 Time evolution o fa queous foams drainage and coarsening Arnaud SaintJalmes and Dominique Langevin La boratoire de Physique des Solides Universit eP arisSud 91405 Orsay France eceived 1 May tropical convection. , sea ice, interference, and implications for climate . models. Steven Feldstein. The Pennsylvania State . University. SPARC-Workshop on Storm Tracks. , . Grindelwald. , Switzerland, August 25, 2015. Status and Discussion. Rainer Fries. Texas A&M . University. JET Collaboration Meeting. UC Davis, June 18, 2014. With. Kyongchol. Han. Che. -Ming . Ko. JET . Reco. Working Group. Outline. JET 2014. the North Atlantic. Suzanne Gray. Neil . Hart . (now at . Univ. Oxford), . and . Peter Clark. 1. Department of Meteorology. What is a sting jet?. 2. Transient (few hours), mesoscale (~50km spread) jets of air descending from the tip of the hooked cloud head in the frontal fracture regions of some extratropical storms.. Boundary Layer Seminar. Supervised by Dr. . Moghimi. Student: Arad . Azizi. Cooling a surface with an impinging liquid jet is an attractive technique because of its high efficiency and unsophisticated hardware . p. hysics and application to JET plasmas. I. Voitsekhovitch. Acknowledgements: . D. McCune, R. Andre, R. . Budny. , J. Conboy, M. . Gorelenkova. , . S. . Kay. TRANSP training session, 24-27 November . Will Witt. Introduction . –. Heavy Ion Physics. Heavy ion physics seeks to understand the behavior of strongly interacting matter (quarks and gluons) at extreme temperatures and densities.. Hadronic Matter. Will Potter. Junior Research Fellow, . University of Oxford. Outline. An extended relativistic fluid jet emission model based on observations of M87.. Fitting radio observations to constrain the structure and dynamics of jets.. August . 21. . 2014. FMS Meeting: . 8/18/14. No formal presentations: . PSU delivered 508/684 bases. South . FMS is . 83% stacked/50% cabled (3 weeks). North FMS is 3. % stacked (1 day). Work has begun on West DX/vacuum line. P. lasma . P. roperties (. ZAPP. ) Collaboration. Abstract. Astrophysically. -relevant laboratory plasmas with energy densities, volumes, and durations far beyond what was . previously possible . are being investigated using . Misha. . Veldhoen. (Utrecht University). For the ALICE collaboration. Hard Probes 2012. Cagliari, Italy. Measured by the ALICE detector, . TeV. Hadronization. at high and low .