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Plasma Physics: more books (100)

Lecture Notes on Principles of Plasma Processing by Francis F. Chen, Jane P. Chang, 2003-01-31

Modern Introductory Physics by Charles H. Holbrow, James N. Lloyd, et all 2010-09-23

Theoretical Atomic Physics by Harald Siegfried Friedrich, 2005-10-06

Introduction to Plasma Physics by Francis F. Chen, 1995-12-31

Principles of Plasma Diagnostics by I. H. Hutchinson, 2005-07-14

Plasma Waves, 2nd Edition (Series in Plasma Physics) by Donald Gary Swanson, 2003-03-12

Principles of Plasma Discharges and Materials Processing , 2nd Edition by Michael A. Lieberman, Alan J. Lichtenberg, 2005-04-14

Plasma Physics, Volume 9A (Methods in Experimental Physics)

Quark-Gluon Plasma: From Big Bang to Little Bang (Cambridge Monographs on Particle Physics, Nuclear Physics and Cosmology) by Kohsuke Yagi, Tetsuo Hatsuda, et all 2008-10-30

Fusion Plasma Physics (Physics Textbook) by Weston M. Stacey, 2005-12-05

Basic Space Plasma Physics by W. Baumjohann, 1996-12

Plasma Physics (Methods of Experimental Physics Volume 9 Part B)

The Physics of the Quark-Gluon Plasma: Introductory Lectures (Lecture Notes in Physics)

High Density Plasma Sources: Design, Physics and Performance (Materials Science and Process Technology Series) by Oleg A. Popov, 1997-01-14

lists with details

Mullard Space Science Laboratory - MSSL
Mullard Space Science Laboratory of the University College London. Research and postgraduate teaching in astrophysics, solar physics, plasma physics, climate physics, and detector physics.
http://www.mssl.ucl.ac.uk
Plasma Physics Group P-24, Los Alamos National Laboratory
P24 Internal, Research,
http://www-p24.lanl.gov/

Extractions: Physics Division P-21 P-22 P-23 ... LOS ALAMOS NATIONAL LABORATORY Operated by the University of California for the National Nuclear Security Administration , of the US Department of Energy NOTICE: Information from this server resides on a computer system funded by the U.S. Department of Energy. Anyone using this system consents to monitoring of this use by system or security personnel. For complete conditions of use see
School Of Computing, Mathematical And Information Sciences
Computational Mathematics Group. Interests include Acoustics, Bubble dynamics, Diffusion in gels and plasma physics.
http://www.it.bton.ac.uk/Research/cmg/

Extractions: undergraduate postgraduate professional consultancy ... contacts Information about... Faculty of MIS Brighton Business School School of Service Management CENTRIM B.U.R.K.S. (Resource Kit) CMIS Intranet Undergraduate Courses Postgraduate Courses Courses for Working Professionals Consultancy Research Contact Us Search for CMIS Staff University of Brighton Student Intranet Staff Central Computational Mathematics Group PRINCIPAL STAFF : Dr. Roma Chakrabarti, Dr. Steve Ellacott, Dr. Paul Harris , Dr. David Henwood and Dr. William Wilkinson. CURRENT AND RECENT RESEARCH STUDENTS: Hui Wang, Anjulika Salhan (nee Verma), Huda Al-Awadi The computational mathematics research group are involved with a number of on-going research projects. The details of these are listed below.
Space Plasma Physics - Alfvén Laboratory
Science projects Investigations of the auroral phenomenon, magnetic fields and electrodynamics of Category Science Physics Plasma Space PlasmasSpace plasma physics. Group leader Prof. Göran Marklund. The researchprogramme is characterized by an intense international collaboration
http://www.plasma.kth.se/space/

Extractions: Research Electrophysics Fusion Lab Plasma Space Plasma Education Undergraduate Thesis (exjobb) Graduate Organization Divisions Electrophysics Electromagnetics Fusion ... Email Webmaster Space Plasma Physics Group leader: Prof. Göran Marklund The research programme is characterized by an intense international collaboration and by a fruitful interaction between space experiments and theoretical research. Space experiments, with instruments developed for in situ measurements of electric fields, magnetic fields, density and temperature, are carried out through participation on rocket and satellite missions within the NASA and ESA programmes, and within the Swedish national programme. To date the group has participated on more than 25 sounding rocket experiments and half a dozen satellite missions such as the successful Swedish Viking, Freja and Astrid-2 satellites. The current space instrumentation and research programme includes participation on the three ESA missions Cluster, Rosetta, and SMART-1. Future projects where we have an interest to participate include MMS, BepiColombo, and Solar Orbiter. Champ Upcoming Freja
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. Recent Developments: SPIDR satellite mission selected. Center for Integrated Space Weather Modelling
PLASMA PHYSICS
PLASMA AND NONLINEAR PHYSICS. Theory. plasma physics utilizes classicalmechanics, electromagnetic theory and statistical physics.
http://physics.wm.edu/Grad_Brochure/Plasma.html

Extractions: Theory Tracy Vahala Plasma physics utilizes classical mechanics, electromagnetic theory and statistical physics. A plasma is a gas of charged particles (generally electrons and various ions) which interact with both externally applied electromagnetic fields and with fields they themselves generate. This interaction differentiates the behavior of plasmas from that of the more familiar gases. Plasmas are of great physical interest for a number of reasons. Most of the matter in the universe is in the plasma state (e.g. stars, the interplanetary and interstellar media are all plasmas), and they are a potential source of energy. Deep in the core of stars hydrogen is fused into helium releasing huge amounts of energy. One long-term goal of plasma research is to replicate this process in the laboratory. There are two basic approaches to this problem: magnetic confinement and inertial confinement. In magnetic confinement schemes high temperature (T~108K) and high density (n~1014 particles/cm3) plasmas must be confined for a sufficient length of time (~1 sec) to initiate controlled thermo- nuclear fusion. Inertial confinement schemes attempt to initiate fusion burns by imploding fuel pellets using high power lasers or particle beams. Since charged particles are influenced by fields they themselves generate plasmas are inherently nonlinear. The understanding of nonlinear phenomena has undergone rapid advance in the last ten to twenty years. New discoveries, such as solitons and chaos, the development of new mathematical techniques for the study of nonlinear systems, and the introduction of supercomputers have all contributed to this revolutionary progress. Many of these developments have been significantly advanced by the study of plasma physics.
Plasma Physics Group - Imperial College
University group in plasma physics reseach engaged both experimentally and theoretically in a number of research programmes including fundamental plasma physics, acceleration of particles using plasma waves and thermonuclear fusion. London, UK.
http://wotan.pp.ph.ic.ac.uk/index.html
UofS PPL
1 plasma physics Laboratory The plasma physics Laboratory at the University of Saskatchewanwas established in 1959 and early experimental work centred around
http://plasma.usask.ca/

Extractions: The Plasma Physics Laboratory at the University of Saskatchewan was established in 1959 and early experimental work centred around the study of electron acceleration in a Plasma Betatron. These early experiments led to the study of plasma turbulence and some of the earliest work in turbulent heating in toroidal geometry. Successful experiments in toroidal turbulent heating led to the construction of STOR-1M, Canada's first tokamak (completed in 1983) and was soon followed by a larger tokamak, STOR-M (completed in 1987). Both machines are used to study problems in controlled fusion dealing with turbulent heating, AC tokamak operation, plasma biasing, and anomalous transport. Basic plasma physics is also studied in a double plasma device (DPD) which allows the investigation of plasmas free of the influence of magnetic fields. Recently, research on plasma based material synthesis has been initiated. High quality diamond grains and carbon nanotubes have been synthesized in plasma reactors.
Technology Transfer Web Page
Information about research partnerships and business relationships
http://pst.pppl.gov/tt/
Plasma Physics Group Homepage
National Institute of Physics, Univ of the Philippines. Homepage of the plasma physics Group. See Category Science Physics Plasma GroupsThe homepage of the plasma physics Group. Learn about our research,facilities and members. plasma physics Group National Institute
http://www.nip.upd.edu.ph/plasma/
V. STEFAN, D,Sc. SCIENCE,ARTS,SOCIETY
Contains information on research in various areas of plasma physics and controlled thermonuclear fusion.
http://www.stefan-university.edu/V_STEFAN.htm
SPP Homepage
SPP Group conducts research in many areas of space and plasma physicsCategory Science Physics Plasma Space PlasmasWelcome to the Space and plasma physics (SPP) Group at the Universityof Maryland, College Park WWW home page. SPP Group conducts
http://www.spp.astro.umd.edu/
Reflection Nebulae
Part of a site on plasma physics.
http://fusedweb.pppl.gov/CPEP/Chart_Pages/5.Plasmas/Nebula/Reflection.html

Extractions: Photo Credit: David Malin at the Anglo-Australian Observatory ; used with permission - please do not redistribute without permission! Reflection nebulae are not glowing plasmas but are visible because of light from nearby bright stars scattering off of dust particles. The nearby star or stars are not hot enough to cause ionization in the gas of the nebula but are bright enough to give sufficient scattering to make the dust visible. Since wavelengths in the blue are scattered more readily than red, reflection nebula tend to have a blue shading. (This is the same scattering process that gives us blue skies and red sunsets.) Among the nicest of the reflection nebulae are those surrounding the stars of the Pleiades. A blue reflection nebula can also be seen in the same area of the sky as the Trifid Nebula On to the Planetary Nebula Page
National Spherical Torus Experiment
NSTX is an experimental fusion device based on the spherical tokamak concept. Built at Princeton plasma physics Laboratory.
http://www.pppl.gov/projects/pages/nstx.html

Extractions: The National Spherical Torus Experiment (NSTX) is an innovative magnetic fusion device that was constructed by the Princeton Plasma Physics Laboratory (PPPL) in collaboration with the Oak Ridge National Laboratory, Columbia University, and the University of Washington at Seattle. First plasma was obtained on NSTX on Friday, February 12, at 6:06 p.m. NSTX will be used to study the physics principles of spherically shaped plasmas hot ionized gases in which nuclear fusion will occur under the appropriate conditions of temperature, density, and confinement in a magnetic field. Fusion is the energy source of the Sun and all the stars. Scientists believe it can provide an inexhaustible, safe, and environmentally attractive source of energy on earth. Magnetic fusion experiments use plasmas comprised of one or more of the isotopes of hydrogen. For example, in 1994, PPPL's Tokamak Fusion Test Reactor (TFTR) produced a world-record 10.7 million watts of fusion power from a plasma comprised of equal parts of deuterium and tritium, the fuel mix likely to be used in commercial fusion power reactors. NSTX is a "proof of principle" experiment and therefore will employ deuterium plasmas only. If successful it will be followed by similar devices, eventually including a demonstration power reactor, burning deuterium-tritium fuel. NSTX will produce a plasma that is shaped like a sphere with a hole through its center, different from the "donut" shaped plasmas of conventional tokamaks like TFTR. This innovative plasma configuration may have several advantages, a major one being the ability to confine a higher plasma pressure for a given magnetic field strength. Since the amount of fusion power produced is proportional to the square of the plasma pressure, the use of spherically shaped plasmas could allow the development of smaller, more economical fusion reactors. NSTX's attractiveness may be further enhanced by its ability to produce a high "bootstrap" electric current. This self-driven internal plasma current would significantly reduce the power requirements of externally driven plasma currents required to heat and confine the plasma.
Physics At Warwick University
The Department has an international reputation for its research activities in solid state physics, the physics of materials, and in solar system plasma physics.
http://www.phys.warwick.ac.uk/2002/
Wiley-VCH - Contributions To Plasma Physics
Publishes original papers and reviews on plasma physics and gas discharges. WileyVch Verlag Berlin.Category Science Physics Plasma Publications Contributions to plasma physics publishes original papers and reviews on plasmaphysics and gas discharges, including their diagnosis and applications.
http://www.wiley-vch.de/publish/en/journals/alphabeticIndex/2222

Extractions: Journals Journals from A to Z Contributions to Plasma Physics Books Journals Please specify Architecture Business Chemistry Civil Engineering Computer Science Earth Science Education Electrical Engineering Geography Graphics Design History Industrial Engin. Life Sciences Materials Science Mathematics Mechanical Engin. Medical Sciences Physics Social Science Statistics Journals from of Manuscripts ... Electronic Media Please specify Accounting Architecture Business Chemistry Civil Engineering Computer Certification Computer Science Earth Science Economics Education Electrical Engineering End-User Computing Finance Geography Graphics Design History Hospitality Industrial Engin. Law Life Sciences Materials Science Mathematics Mechanical Engin. Medical Sciences Physics Psychology Social Science Statistics Contributions to Plasma Physics
WWAPP: 1292 Entries
Database from Plasma Laboratory at Weizmann Institute of Science, Israel.
http://plasma-gate.weizmann.ac.il/cgi-bin/wwapp
RAL Planets And Space Plasmas Home Page
Space plasma physics at RAL. Plasma, Research fields, People, Space missions with which the Rutherford Category Science Physics Plasma Space Plasmas
http://sspg1.bnsc.rl.ac.uk/

Extractions: 1 Feb 2001 Cluster II enters operations phase! 10 August 2000 The second pair of Cluster spacecraft, Tango and Rumba, were successfully launched on 9 August. The first two , Samba and Salsa had already launched successfully on 16 July. To date everything has gone perfectly, and all four are now in their correct final orbits. We will shortly begin commissioning instruments, and expect to be returning full science data by Christmas. here is the the Latest News and some Links. 1 June 2000 IMAGE first light pictures have now been released Press Release 12 December 1999 D-CIXS Confirmed! ESA have confirmed the SMART-1 mission and the payload, which includes our D-CIXS experiment. See the BBC website for news. Planets Our Group has an active instrument program involving a number of missions. We are also involved in theory, simulations, and ground-based observing. Our interests encompass two themes: The Space Plasma theme includes the processes coupling the energy and matter in the interplanetary medium into the magnetospheres of the Earth and planets.
Visiting PPPL
Information for visitors and tourists
http://www.pppl.gov/about_pppl/pages/visiting_pppl.html

Extractions: The Princeton Plasma Physics Laboratory (PPPL) is located about two miles north of Princeton University's main campus on U.S. Route #1 at the Forrestal Exit. Following are general directions after exiting Route #1 and area-specific maps. For more detailed travel information go to Princeton University's travel information page. Exiting Route #1: Exiting Route #1 traveling south: Take the Forrestal Campus/Sayre Drive Exit. At the stop sign at the end of the exit ramp make a left-hand turn. Go under the overpass. Just past the unmanned kiosk make a left-hand turn on to Stellarator Road and follow it for about a mile until you come to the manned entrance booth. The security person will direct you from here. Exiting Route #1 traveling north: Take the Forrestal Campus/Sayre Drive Exit. At the stop sign at the end of the exit ramp make a right-hand turn. Be sure to watch for traffic on your left. Just past the unmanned kiosk make a left-hand turn on to Stellarator Road and follow it for about a mile until you come to the manned entrance booth. The security person will direct you from here.
AG Aumayr
A research group at IAP/TU Wien, Austria.Category Science Physics Plasma GroupsAtomic and plasma physics. Group of Prof. F. Aumayr. Welcome to ourhomepage Please select a topic above. mail address Institut für
http://www.iap.tuwien.ac.at/www/atomic/

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