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Plasma Physics: more books (100)

Nuclear Fusion: Half a Century of Magnetic Confinement Fusion Research (Series on Plasma Physics) by C.M. Braams, P.E. Stott, 2002-06-20

Plasma Kinetics in Atmospheric Gases (Springer Series on Atomic, Optical, and Plasma Physics) by M. Capitelli, C.M. Ferreira, et all 2010-11-02

Principles of Plasma Physics (International Series in Pure and Applied Physics) by Nicholas A. Krall, Alvin W. Trivelpiece, 1986-06

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

Waves in Plasmas by Thomas H. Stix, T. H. Stix, 1992-12-01

Ionospheres: Physics, Plasma Physics, and Chemistry (Cambridge Atmospheric and Space Science Series) by Robert Schunk, Andrew Nagy, 2009-09-21

Plasma Chemistry by Alexander Fridman, 2008-05-05

Charged Particle Traps: Physics and Techniques of Charged Particle Field Confinement (Springer Series on Atomic, Optical, and Plasma Physics) by Fouad G. Major, Viorica N. Gheorghe, et all 2010-11-30

Advances In Plasma Physics Volume 5 (v. 5)

The diffusion and drift of electrons in gases (Wiley series in plasma physics) by L. G. H Huxley, 1974

Ionospheres: Physics, Plasma Physics, and Chemistry (Cambridge Atmospheric and Space Science Series) by Robert W. Schunk, Andrew F. Nagy, 2004-11-25

Introduction to Dusty Plasma Physics (Series in Plasma Physics) by P.K Shukla, A.A Mamun, 2001-11-15

Magnetic Reconnection in Plasmas (Cambridge Monographs on Plasma Physics) by Dieter Biskamp, 2005-09-29

Collisional Transport in Magnetized Plasmas (Cambridge Monographs on Plasma Physics) by Per Helander, Dieter J. Sigmar, 2005-10-06

lists with details

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.
Dynamic Of Complex Systems And Plasma Physics Group
http://www.cfm.udec.cl/~hastudil/
Davidpace.com | Not Quite Ready For Primetime
Graduate student in physics at UCLA. Current research involves experimental plasma physics in the UCLA Tokamak Laboratory.
http://www.davidpace.com
Emission Nebulae
Part of a site on plasma physics.
http://fusedweb.pppl.gov/CPEP/Chart_Pages/5.Plasmas/Nebula/Emission.html

Extractions: Photo Credit: David Malin at the Anglo-Australian Observatory ; used with permission - please do not redistribute without permission! (See also the false-color Hubble Telescope image of the Orion Nebula ; this has buttons for text and for either jpeg or gif images. The HII regions (emission nebulae) are so named because they are composed mostly of a plasma of ionized hydrogen (HII) and free electrons. The hydrogen atoms of the interstellar medium are ionized by the ultraviolet radiation from a nearby star or stars. Only very hot stars, typically young stars, have enough radiation in the ultraviolet region at wavelengths necessary to ionize the hydrogen. The excess energy beyond that needed to ionize the hydrogen goes to kinetic energy of the ejected electrons. Eventually, by collision, this energy is shared by other particles in the gas. An equilibrium is established in a typical emission nebula when the temperature equivalent of this kinetic motion is between 7000 K and 20,000 K. For a typical emission nebulae, the density of ions (and electrons) is 1.0E8 to 1.0E10 particles per m^3. As the ions de-excite to lower energy levels, in most cases after recombination of ions with electrons, they emit their characteristic spectral lines. The most prominent of these in the visible spectrum is the red line of hydrogen, giving most emission nebulae a characteristic red glow. There also exist "
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/
The FIRE Place
A proposed nextstep fusion experiment to study burning plasma physics. The site includes information related to FIRE, its engineering design, related publications and meetings.
http://fire.pppl.gov

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 April 9, 2003 Fusion Program News FIRE Physics Program Fusion Library NRC Burning Plasma Assessment ... Privacy and Security Notice Contact Webmaster Search WWW Search fire.pppl.gov (Note: Google will search for items within pdf files on FIRE. Also, Click on "Text Version" in Search Results for fastest view of text inside pdf documents.) Recent News The Fusion Amendment has been included in HR 6 which is being discussed on the floor of the House on April 10, 2003 (See CSPAN). Science Committee marks HR 238. En Bloc amendents to HR 238 details plan for US participation in ITER and provides separate funding for ITER and base program. The bill also calls for a plan to implement FIRE, as a domestic burning plasma experiment, if the construction of ITER is found to be unlikely or infeasible. Summary of HR 238 as approved by House science committee on April2, 2003.Opening statements by
Division Of Fusion Plasma Physics - Alfven Laboratory
KTH, Division of Fusion plasma physics. Director Prof. Welcome tothe Division of Fusion plasma physics at the Alfvén Laboratory.
http://www.fusion.kth.se/

Extractions: Fusion ... Email Webmaster In house we have a major fusion experiment, the EXTRAP T2 reversed-field pinch, where most of the experimental research is performed. On this site you will find information about fusion power in general and about current activities in Swedish and international fusion research. Students will find information about courses in fusion and plasma physics and suggestions for thesis work. Please go on for more information about us and fusion The Swedish fusion research is part of the European research effort involving the fusion research centres of the European Union and Switzerland. It is coordinated and partly funded by Euratom Visiting address: Teknikringen 31 Tel: +46 8 790 7704 Fax: +46 8 24 54 31 fusion@kth.se
Home Page
The HIPAS facility is directed by the UCLA plasma physics Laboratory, and is engaged in the study of the ionosphere through the use of high power radio transmissions.
http://www.hipas.alaska.edu/

Extractions: (Hi gh P ower A uroral S timulation) Located 25 miles east of Fairbanks, Alaska The HIPAS facility is directed by the UCLA Plasma Physics Laboratory and is engaged in the study of the ionosphere through the use of high power radio transmissions. Current Projects at HIPAS: ELF/VLF (Extremely Low and Very Low Frequency) electromagnetic (EM) generation by the absorption of Radio Frequency (RF) power in the arctic ionosphere including ion cyclotron excitation. LIDAR active NA layer flourescence and monitoring modified by RF ionosphere heating as new communication scheme. Laser breakdown studies - New project Plasma Torch. Incoherent Scatter Radar - New project using 88 ft. diameter antenna at NOAA Gilmore Creek site 34 km SW of HIPAS as the recieving antenna with transmitter at HIPAS. Remote Sensing. Radio Frequency Ionospheric Heater. Feedback
ICPP 2002 Home Page
The 11th International Congress on plasma physics, 2002 The ConferencePresident Professor Robert Dewar Opens the Conference. Note
http://www.ise.canberra.edu.au/ICPP2002/
Radio And Space Plasma Physics Knitting Patterns
The Cooperative UK Twin Auroral Sounding System Clanger knitting pattern.
http://ion.le.ac.uk/cutlass/clanger.html

Extractions: Presents BBC CHILDREN'S TELEVISION CLANGERS by Oliver Postgate Follow these instructions to manufacture your very own Clanger. You won't regret it. Perhaps I'll add a picture of mine when I have nothing better to do... Knitting pattern for a Clanger : Wool Bright Pink Double Knitting (2 ozs.) Needles 1 pr No.12 Body Cast on 12 stitches Wool four rows in st.st. Row 5 : Increase in the first and last st. Row 6 : Purl Repeat rows 5 and 6 until there are 44 sts. (row 36) ending on a purl row Now increase each end of every row until there are 54 sts. (row 41) Now increase each end of knit row until there are 70 sts. (row 57) Armholes P.14 cast off 6 P.30 cast off 6 P.14 (row 58) Row 59 : Inc. in first st. K.13 cast on 6 K.30 cast on 6 K.13 inc. in last st. Now inc. at end of K. rows until there are 78 sts. (row 65) Continue no inc. for 2.5 inches. Shape for bottom 1st row : K.18 K.2tog. K.8 K.2tog. K.18 K.2tog. K.8 K.2tog. K.18 2nd row : Purl 3rd row : K.18 K.2tog. K.7 K.2tog. K.16 K.2tog. K.7 K.2tog. K.18 4th row : Purl 5th row : K.18 K.2tog. K.6 K.2tog. K.14 K.2tog. K.6 K.2tog. K.18
Laboratory Plasma Physics - Alfvén Laboratory
Science projects plasma oscillations, plasma probes, electron beamplasma interactions, structure and dynamics of weak double layers, theoretical modelling and computer simulation of plasma instabilities.
http://www.plasma.kth.se/lab/

Extractions: Research Electrophysics Fusion Lab Plasma Space Plasma Education Undergraduate Thesis (exjobb) Graduate Organization Divisions Electrophysics Electromagnetics Fusion ... Email Webmaster Laboratory Plasma Physics Group leader: Prof. Nils Brenning The research programme is centered around four small-scale experiments in devices where low temperature plasmas are generated by electrical discharges: a triple plasma machine, a plasma gun, a high frequency discharge, and a large tank where different types of discharges can be run. Unsolved problems in basic plasma physics, often connected to problems in space plasma physics, are attacked. Development of diagnostics needed for the measurements is a significant part of the work. Theoretical work and computer simulations are made in connection with the experimental projects to help the interpretation of the results. Engagement in technical applications of plasma physics is expected to increase. Science projects Basic Laboratory Plasma Programme Collisionless heating and anomalous diffusion of electrons Dusty Plasmas Phenomena associated with high currents in low-density plasmas ... Server related information
UR - Plasma Physics And Fusion
plasma physics and Fusion. Prof. Simon Research in plasma physics andfusion is carried out in the Department of Physics and Astronomy
http://www.pas.rochester.edu/brochure/plasma.html

Extractions: Prof. Simon Research in plasma physics and fusion is carried out in the Department of Physics and Astronomy as well as in the Department of Mechanical Engineering and in the Laboratory for Laser Energetics (LLE). The research in this Department is theoretical and primarily concerned with study of plasma phenomena in controlled fusion experiments. Various plasma instabilities arise in these geometries and it is essential to predict their onset and subsequent non-linear behavior. There is also great interest in understanding the results of experiments carried out at LLE or at other fusion laboratories and in predicting the onset of plasma phenomena. There is close collaboration with the physics staff at LLE.
GPI Structure Staff
Plasma and fusion theory, microwave discharges and technology, beam plasma and plasma diagnostics .Category Science Physics Plasma InstitutesThe plasma physics Department (Head Prof. Lev M. Kovrizhnykh) (Deputy Head Dr.Vjacheslav A. Ivanov) the plasma physics Department. Subdivision, , Head.
http://www.gpi.ru/cgi-bin/eget_st?s12
PPPL: Theory Department
http://w3.pppl.gov/theory/
Applied Physics
Department of Applied and plasma physics. plasma physics. The plasma physics groupof this Department has traditionally carried out research into fus ion energy.
http://www.physics.usyd.edu.au/plasma/plasma.html

Extractions: Department of Applied and Plasma Physics The Departments of Applied Physics and Plasma Physics have been joined under the one banner as their research interests have moved closer together. The Applied Physics group of this department undertakes a wide range of tasks which use physics as a means of solving a large number of practical problems. The approach of the Applied group is definitely "hands on". At any one time a large number of experiments are being performed by the staff and students in the group. Here is a brief history of the Applied Physics department. Here is a list of the staff and an outline of many of the projects currently underway. Here is a link to an article by two members of the Applied group about climate change In addition, you can find a calculation kit to
Ignited Plasma In Tokamaks - The IGNITOR Project
A proposed nextstep fusion experiment to study burning plasma physics in a relatively small device. This approach is based on the concept of a tokamak with very strong magnetic field, and is under development by an international team of plasma and fusion physicists.
http://www.frascati.enea.it/ignitor/
Introduction, Columbia Plasma Lab
Columbia plasma physics Lab. Introduction. The Plasma Naval Research.Research groups located within the Columbia plasma physics Lab
http://www.ap.columbia.edu/apam/plasma/plasmaintro.html

Extractions: As a major university research center in controlled fusion research, Columbia's laboratory is very well-equipped with laser and magnetic plasma diagnostics as well as several VAX computers. The VAX systems are networked to for data acquisition which are part of the departmental computer network. In addition to the experimental effort, there is a broad program in theoretical and computational plasma physics, with applications to fusion, space plasmas, and free-electron lasers. Recent research interests of the theory group include magnetohydrodynamic (MHD) equilibrium and stability, transport and the dynamo effect in turbulent plasmas, and optical guiding and sideband instabilities in free-electron lasers. Support for these research programs comes from the U.S. Department of Energy, the National Science Foundation, the National Aeronautics and Space Administration, and the Office of Naval Research.
[ EPS ]
Describes the group and gives the group chair's contact information.Category Science Physics Plasma Associationsplasma physics. Unites Society. Collaborates on the Editorial Board of PlasmaPhysics and Controlled Fusion. View the statutes of the Division.
http://www.eps.org/divisions/plasmaphysics.html

Extractions: Plasma Physics Unites European scientists interested in the physics of fully and partially ionized gases. Aims to promote research and teaching in plasma physics and its applications, to facilitate research collaboration and to represent European physicists outside Europe. Coordinates activities with the American Physical Society. Collaborates on the Editorial Board of Plasma Physics and Controlled Fusion.
Theoretical Plasma Physics Group
Research group devoted to theoretical and numerical modeling. University of Alberta, Canada.Category Science Physics Plasma Groups
http://fermi.phys.ualberta.ca/~myatt/plasma/TPP.html

Extractions: Welcome to the Theoretical Plasma Physics group homepage. We are (from left to right) Dr. A Maximov (post doc.), Dr. C Capjack (Professor of Electrical Engineering), I Ourdev (doctoral student), Dr. W Rozmus (group leader and director of the Theoretical Physics Institute), J Myatt (doctoral student), and Dr.V Eliseev (research associate). Current research topics of our plasma group include: Theoretical studies which are conducted by the members of the group are part of a broad plasma science research program at the University of Alberta. In addition to our theoretical effort this program includes investigations of space plasmas (Department of Physics), laser plasma interaction experiments and numerical simulations, and different industrial plasma applications ( Department of Electrical Engineering Active research provides the basis for exciting graduate programs in plasma sciences in the Departments of Physics and Electrical Engineering.

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