PPT-The Magnetized Dusty Plasma Experiment (MDPX)

Bob Merlino Plasma Seminar April 13 2015 1 Background The MDPX is an dusty plasma device at Auburn University AL designed to study dusty plasmas in magnetic fields up to 4 T D iscussions began in . dustyspringfi eodinfo Dusty says Im not a disco qu en Im not Tina Turn er I onc e did a du et with h er but I couldnt h ear a word I was singing though Ill admit Tinas succ ess in Britain influ enc ed m e Do es anyon e hav e any d etails of this du Bob Merlino. Plasma Seminar. April 13, 2015. 1. Background. The MDPX is an dusty plasma device at Auburn University (AL) designed to study dusty plasmas in magnetic fields up to 4 T.. D. iscussions began in . S.I. Popel. (a). , A.P. Golub‘. (a). , G.G. Dolnikov. (b). , . Yu.N.. . Izvekova. (a). , S.I. Kopnin. (a). , . A.V. Zakharov. (b). , L.M. Zelenyi. (b). Institute for Dynamics of . Geospheres. Quark-Gluon-Plasma. Based on: 0905.2097. Neda. . Sadooghi. Department of Physics. Sharif University of Technology. Tehran-Iran. MIDEAST 2009. QCD Phase Diagram. Main Goals:. Physics of the Early Universe. Y. Miyoshi. Frontier Science ,University of Tokyo. Introduction. ITER [1]. DEMO [2]. Commercial [2]. Under construction. Construction of . control system. is needed.. Construction of control system for . change the plasma in any observable way. On the other hand, case (2) corresponds to the situation in which the charged dust is a component of the plasma, subject to the collective interactions that di 1. Unit . M. Lesson . 3. Developing a Model for Magnetism. UM_L3. 2. Lesson 3 Key Question. Working in Group. Monitor. : Student whose last name is closest to end of alphabet should monitor group discussion, ensuring that everyone has opportunity to share ideas, and that the group is not off task.. Mark Herrmann. Director. Pulsed Power Sciences Center. The Z facility is the world’s largest pulsed power driver. It is used extensively for NNSA’s stockpile stewardship program to study dynamic material properties, radiation effects, and fusion.. Y. Miyoshi. Frontier Science ,University of Tokyo. Introduction. ITER [1]. DEMO [2]. Commercial [2]. Under construction. Construction of . control system. is needed.. Construction of control system for .  . . Y. Takeiri. . for LHD Experiment Group. National Institute for Fusion Science, . National Institutes of Natural Sciences, Japan. SOKENDAI, Japan. Fusion Power Associates, 37th Annual Meeting and Symposium. Bob Merlino. Plasma Seminar. April 13, 2015. 1. Background. The MDPX is an dusty plasma device at Auburn University (AL) designed to study dusty plasmas in magnetic fields up to 4 T.. D. iscussions began in . Benjamin Hardy, . Bowling Green State University. . Joseph . Grames, . Thomas Jefferson National Accelerator Facility. * . This work is supported by . the . National Science Foundation, Research Experience for Undergraduates award 1359026 and the Department of Energy, Laboratory Directed Research and Development contract DE-AC05-06OR23177.. in Large Helical Device. The . tritium tracer study in the first deuterium plasma experiment in LHD was revealed . that: . Tritium exhaust rate was 35.5 % at the end of the plasma . experiment. Thus, . photospheric. conditions. Preliminary line profile fits using Vidal-Cooper-Smith theory yield electron temperature . T. e. ~1 . eV. (~12,000 K) and density . n. e. ~10. 17. cm. -3. Emission line shape data agree well with that from plasma arc experiments of Wiese et al. (1972) .