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Plasma Physics:     more books (100)

Femtosecond Laser Filamentation (Springer Series on Atomic, Optical, and Plasma Physics) by See Leang Chin, 2009-12-11 Space Physics: An Introduction to Plasmas and Particles in the Heliosphere and Magnetospheres (Advanced Texts in Physics) by May-Britt Kallenrode, 2010-11-02 Reviews of Plasma Physics Solar System Plasma Physics (Geophysical Monograph) by J. L. Burch, J. H. Waite, 1989-08 Physics of Strongly Coupled Plasma (International Series of Monographs on Physics) by Vladimir Fortov, Igor Iakubov, et all 2007-01-18 Radio Frequency Power in Plasmas: 13th Topical Conference: Annapolis, Maryland, April 1999 (AIP Conference Proceedings / Plasma Physics) Atomic Physics in Hot Plasmas (International Series of Monographs on Physics) by David Salzmann, 1998-08-20 Plasma Polarization Spectroscopy (Springer Series on Atomic, Optical, and Plasma Physics) Elementary Physics of Complex Plasmas (Lecture Notes in Physics) by V.N. Tsytovich, Gregor Morfill, et all 2010-11-02 Physics of High Temperature Plasmas by George Schmidt, 1979-06 Plasma Etching: Fundamentals and Applications (Series on Semiconductor Science and Technology, 7) by M. Sugawara, 1998-07-30 Principles of Plasma Spectroscopy (Cambridge Monographs on Plasma Physics) by Hans R. Griem, 2005-02-17 Plasma Spectroscopy (The International Series of Monographs on Physics, 123) by Takashi Fujimoto, 2004-08-26 Introduction to Plasma Theory (Plasma Physics) by Dwight R. Nicholson, 1983-06-01

lists with details

81. HBT-EP Tokamak
    Experiment at the Columbia University plasma physics Laboratory to demonstrate the feasibility of a highbeta tokamak stabilized by a combination of a close-fitting conducting wall, plasma rotation, and active feedback.  
    http://www.seas.columbia.edu/apam/HBT-EP/
    
    Extractions: The HBT-EP tokamak is the fourth toroidal magnetic experiment constructed within the Columbia University Plasma Laboratory . HBT-EP was designed to demonstrate the feasibility of a high-beta tokamak stabilized by a combination of a close-fitting conducting wall, plasma rotation, and active feedback. The specific approach taken by HBT-EP was to investigate the combined use of a close-fitting conducting wall and modular saddle coils for the purpose of significantly extending the tokamak beta limit. HBT-EP is a unique experiment for the investigation of wall-stabilization because it is the only tokamak device built with adjustable walls . HBT-EP is also unique because the vacuum chamber is made from several quartz cylindrical breaks. These allow fast penetration of externally-applied magnetic perturbations. HBT-EP has been able to accelerate magnetic islands to nearly sonic speeds, and the device has been used to access the Troyon normalized beta limit with ohmic heating alone. The specific approach taken in HBT-EP incorporates: a segmented adjustable conducting wall to eliminate fast external kink instabilities a modular saddle-coil set which applies rotating magnetic perturbations to control plasma rotation

82. Plasma Science And Technology
    Comprehensive coverage of all plasma science and technology with site links worldwide; basic plasma physics, space physics, plasma astrophysics, magnetic  
    http://www.plasmas.org/

83. Center For Space Physics - Welcome
    Topics researched include space plasma physics, magnetospheric physics, ionospheric physics, atmospheric physics, and planetary and cometary atmospheric studies.  
    http://www.bu.edu/csp/
    
    Extractions: Welcome to the Center for Space Physics at Boston University. The Center carries out a wide variety of research in just some of the following fields of space physics including: space plasma physics; magnetospheric physics; ionospheric physics; atmospheric physics; and planetary and cometary atmospheric studies. Students in astronomy, applied physics, and engineering concentrations conduct their research through the Center, making it an active participant in graduate studies. Furthermore, the Center serves as the coordinating mechanism for grant management and proposal development.

84. ScienceDirect - Plasma Physics - List Of Issues
    www.sciencedirect.com/science/journal/07413335 More results from www.sciencedirect.com Division of plasma physicsThe American Physical Society Division of plasma physics. Welcome to the Division of plasma physics home page. DPP was established in 1959.  
    http://www.sciencedirect.com/science/journal/00321028

85. Univ Of MN Space Plasma Physics Home Page
    The Space Physics Research Group is Part of the University of Minnesota Physics Department. Space Physics News. Who s who in the space physics research group.  
    http://ham.spa.umn.edu/spacephys/

86. PPPL: Theory Department
    Top/Regional/North_America/United_States/Government/Executive_Branch/Departments/Energy/DOE_National_Laboratories/Princeton_Plasma_Physics_Laboratory/Research_Areas  
    http://w3.pppl.gov/theory/

87. The FIRE Place
    A proposed nextstep fusion experiment to study burning plasma physics based on the tokamak concept. It would require about $1.2B to build. The site includes information related to FIRE, its engineering design, related publications and meetings.  
    http://fire.pppl.gov/fire_program.htm
    
    Extractions: The U. S. has a leadership position in critical sciences due to billion dollar scale domestic facilities at the frontiers of these fields. The Fusion Energy Advisory Committee (FESAC) found that ITER and FIRE are each attractive options for the study of burning plasma science. Exec Summary Updated July 14, 2003 Privacy and Security Notice Contact Webmaster The Secretary of Energy Advisory Board (SEAB) Task Force on Fusion Energy review of the U. S. fusion program noted that "A necessary next major scientific step is the exploration of the physics of a burning plasma. At the present time only the tokamak is sufficiently advanced as to assure the necessary confinement in such an experiment." The National Research Council Assessment of Fusion Science (FuSAC) Interim Report identified several critical unresolved fusion science issues: (1) turbulence and transport, (2) energy density limits and (3) integrated physics of self-heated plasmas. The goal of FIRE is to address the critical scientific issues of a magnetically confined fusion plasma identified by SEAB and FuSAC within the next decade using the most cost-effective approach. Success in FIRE would serve as a "Stepping Stone" to provide the scientific foundation needed for an attractive fusion energy source as envisioned by the Advanced Reactor Innovation Evaluation Study (ARIES) . FIRE welcomes your input on the Next Major Step in Magnetic Fusion Research. If you are interested in setting up a FIRE discussion session

88. Plasma Physics Group PUC | Home
    plasma physics Group PUC Facultad de Física Pontificia Universidad Católica de Chile. news, research, publications, members, collaborations, links, contact.  
    http://www.fis.puc.cl/~plasma/

89. 31st EPS Conference On Plasma Physics - London 2004
    mssla3.mssl.ucl.ac.uk/www_plasma/homepage.html Space plasma physics at RALSpace plasma physics at RAL. Plasma, Research fields, People, Space missions with which the Rutherford  
    http://fusion.org.uk/eps2004/

90. Plasma Physics Information
    Welcome to the plasma physics Group Web Site Register In order to make full use of this web site and the services that the IOP plasma physics group now makes  
    http://www.plasma-physics.info/

91. Www.essex.ac.uk/physics/research/plasma/plasma.htm
    plasma physics REPORTSplasma physics REPORTS (Fizika plazmy), ISSN 1063780X CODEN PPHREM. EDITOR-IN-CHIEF Vitalii D. Shafranov Kurchatov Institute, Russian  
    http://www.essex.ac.uk/physics/research/plasma/plasma.htm

92. Plasma Physics - Wikipedia, The Free Encyclopedia
    plasma physics. From Wikipedia, the free encyclopedia. plasma physics is the field of physics which studies the dynamic behaviour of plasmas.  
    http://en.wikipedia.org/wiki/Plasma_physics

93. Tokamak Fusion Test Reactor
    TFTR experiment that was a large US fusion experiment directed by the Princeton plasma physics Lab. Stopped operation and decomissioned by 2000.  
    http://www.pppl.gov/projects/pages/tftr.html
    
    Extractions: Tokamak Fusion Test Reactor, 1989 Side view of the Tokamak Fusion Test Reactor Inside the Tokamak Fusion Test Reactor TFTR Achievements TFTR Parameters TFTR Publications The Tokamak Fusion Test Reactor (TFTR) operated at the Princeton Plasma Physics Laboratory (PPPL) from 1982 to 1997. TFTR set a number of world records, including a plasma temperature of 510 million degrees centigrade the highest ever produced in a laboratory, and well beyond the 100 million degrees required for commercial fusion. In addition to meeting its physics objectives, TFTR achieved all of its hardware design goals, thus making substantial contributions in many areas of fusion technology development. In December, 1993, TFTR became the world's first magnetic fusion device to perform extensive experiments with plasmas composed of 50/50 deuterium/tritium the fuel mix required for practical fusion power production. Consequently, in 1994, TFTR produced a world-record 10.7 million watts of controlled fusion power, enough to meet the needs of more than 3,000 homes. These experiments also emphasized studies of behavior of alpha particles produced in the deuterium-tritium reactions. The extent to which the alpha particles pass their energy to the plasma is critical to the eventual attainment of sustained fusion. In 1995, TFTR scientists explored a new fundamental mode of plasma confinement enhanced reversed shear. This new technique involves a magnetic-field configuration which substantially reduces plasma turbulence.

94. LAPD Plasma Physics Lab
    UCLA facility conducting basic plasma physics research on the behavior of naturally occurring plasmas,  
    http://128.97.43.7/lapd/

95. Space Plasma Physics Modelling Page
    Space plasma physics Modeling at the UW. Space plasma physics Modeling at the University of Washington / 28 August 2002 / eharnett@geophys.washington.edu  
    http://www.geophys.washington.edu/Space/SpaceModel/modelling.html

96. McWilliams Plasma Physics Laboratory
    McWilliams plasma physics Laboratory. Experiments The principal activity of the laboratory is basic experimental plasma physics investigations.  
    http://hal9000.ps.uci.edu/

97. AppliedPlasma
    APP shall through innovative application of electro og plasma physics develop radically new and cost efficient solutions to recognised environmental and  
    http://www.appliedplasma.com/

98. Department Of Physics Research Profile
    Department of Physics Applied Physics at the University of Strathclyde, UK.  
    http://www.strath.ac.uk/physics/research/
    
    Extractions: Research Profile The Department of Physics is strong in both research and teaching. Its research is recognised as internationally excellent, as shown by the award of a 4 rating in the 2001 Research Assessment Exercise. Most of the externally-derived research funding is competitively won in peer-reviewed processes and about half of the research income is awarded by the Research Councils, making the Department one of the larger mainstream physics departments in the UK. The research programme supports most of the 100 or so Departmental staff, which can be divided into three roughly equal groups: academic staff, research staff, and support staff. There are also a number of eminent visiting and part-time professors, notably Professor Alain Aspect, Carnegie Centenary Professor in the Department. The Department provides a wide range of degree courses, including Physics, Applied Physics, Laser Physics and Optoelectronics, Mathematics and Physics, Physics and Mathematical Finance (MSci), Physics with Visual Simulation (MSci), Photonics (MSci) and Biophysics (MSci). As well as postgraduate study leading to a PhD/MPhil degree, the Department also offers the MRes qualification, obtainable in one year. An EngD in Photonics is also available for those wishing to follow an industrial career path.

99. PPPL News
    Features a summary of recent events and activities at the Princeton plasma physics Laboratory.  
    http://www.pppl.gov/publications/pages/pppl_news.html
    
    Extractions: The PPPL News is a summary of recent events and activities at the Princeton Plasma Physics Laboratory. You will need Acrobat Reader to view the following documents which are in PDF format. The most recent version of Reader is recommended; a free Reader can be downloaded from Adobe's Web site. Issues of PPPL News are listed in reverse chronological order: PPPL News, Vol. 8, No. 1, Winter 2004 (470 KB)

100. Index Of Research Groups
     plasma physics. The plasma physics group is in the forefront of this activity and has developed a number of novel diagnostic techniques and plasma sources.  
     http://www.physics.dcu.ie/PhysicsHome/ResearchGroups/ResearchGroups.html
     
     Extractions: The Atomic Spectroscopy group is interested in the effects that are produced by the interaction of intense laser beams with matter. These effects typically include the production of very highly excited atomic states that are difficult to prepare in any other way. Important insights into the structure and spectroscopy of various exotic atomic states have recently been obtained using techniques developed at DCU. Senior Staff: Dr J. T. Costello Prof. E. T. Kennedy , and Dr J.-P. Mosnier Senior Staff: Dr M. M. Turner Plasma is a state of matter in which a proportion of electrons have become separated from their parent molecules. This normally occurs only at very high temperatures, so plasma is uncommon at the surface of the Earth although abundant in the Universe at large. The properties of plasma differ radically from those of ordinary matter because the charged plasma particles exert large electromagnetic forces on each other. It has recently been found that plasma is a valuable tool for many industrial processes, but plasmas of the required kind are not yet well understood. Consequently the study of small-scale laboratory plasmas has recently been renewed with vigour. The Plasma Physics group is in the forefront of this activity and has developed a number of novel diagnostic techniques and plasma sources. Senior Staff: Dr M. B. Hopkins

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