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Magnetized target fusion / Pinch / Plasma / Magnetic reconnection / Spheromak / Dense plasma focus / Field-reversed configuration / Tokamak / Magnetohydrodynamics / Physics / Fusion power / Plasma physics


Document Date: 2003-10-22 15:43:32

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City

Novosibirsk / Toki / LLNL / Washington / Dayton / L. C / Vienna / Buenos Aires / Kutuzov / Slough / Ithaca / Washington / DC / Ottawa / New York City / Grenoble / Anchorage / Santa Fe / New York / Rehovot / Lausanne / /

Company

Los Alamos National Laboratory / Plenum Press / Naval Research Laboratory / Pulsed Power Laboratory / Sandia National Laboratory / Air Force Research Laboratory / C. Carey S. A. / RD Milroy LC / Eberline Instrument Corporation / Phillips Laboratory / Thomson / National High Magnetic Field Laboratory / Science Applications International Corporation / VF / Air Force Weapons Laboratory / /

Country

Israel / Argentina / Switzerland / France / Japan / Canada / United States / /

Currency

pence / /

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Event

Business Partnership / Person Travel / /

Facility

Weizmann Institute of Science / University of New Mexico / Kumamoto University / New Mexico State University / University of California / Princeton University / New Mexico Highlands University / Naval Research Laboratory / University of Science / Institute of Plasma Physics / College Park / National High Magnetic Field Laboratory / University of Washington / University of Wisconsin / University of Pittsburgh / Cornell University / Air Force Research Laboratory / Texas Tech University / University of Maryland / Pulsed Power Laboratory / /

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IndustryTerm

several interferometric systems / main bank currents / magnetized target fusion applications / main bank system / main bank rings / energy / gas fill / main bank compression field / bank / metal liner / inductive energy storage / power systems / high energy density plasmas / plasma diagnostics and acquisition systems / alternate fusion energy concept / cylindrical and spherical metal shells / inertial fusion energy / plasma gun technology / main bank module / technology advancement / magnetic fusion energy / electronics / main capacitor bank / plasma particle energy / conventional magnet technology / main bank / imploded metal / stored energy losses / fusion energy / fusion energy demonstration experiment / metal / gas pre-fill pressure / lowvoltage technology / high energy density states / metal liners / average energy / plasma energy / attractive fusion energy system / energy confinement time / fusion energy production / voltage theta-pinch technology / magnetic fusion devices / high-energy liners / reversed main bank field / plasma astrophysics applications / e-folding / control systems / /

Organization

Kumamoto University / University of Washington / International Atomic Energy Agency / New Mexico Highlands University / Texas Tech University / Cornell University / University of Pittsburgh / Phi Beta Kappa / United States Navy / Air Force Research Laboratory's Directed Energy Directorate / National Science Foundation / Department of Physics and Astronomy / Magnetized Target Fusion T.P. Intrator IEEE / SUNY / Univ of Colorado / New Mexico State University / University of New Mexico / University of Wisconsin / Institute of Plasma Physics / Princeton University / G. A. Wurden Senior IEEE / High Power Microwave Division of the Directed Energy Directorate / National Research Council Canada / University of Science and Technology of China / American Physical Society / UCLA / Chinese Academy of Sciences / APS / Politecnico di Torino / University of California / Berkeley / Ecole Politechnique Federale de Lausanne / University of Maryland / College Park / Department of Physics / IEEE / J.H. Degnan Senior IEEE / China Plasma Physics Society / /

Person

F. M. Lehr / Murray Hill / F. Wysocki / W. Sommars / K. F. Schoenberg / R. L. Spencer / J. Shlachter / D. G. Gale / D. J. Rej / R. K. Linford / R. Ford / B. L. Wright / L. Ruden / G. A. Wurden / P. J. Turchi / R. E. Siemon / F. J. Wysocki / S.Y. Zhang / D. P. Taggart / M. Tuszewski / Chris Grabowski / T. Cavazos / Bill Waganaar / R. L. Burton / Sherwood / C. Grabowski / J. H. Degnan / D. Scudder / E. L. Ruden / K. C. Forman / A. L. Cooper / T. Intrator / R. D. Ford / J. Scott / James H. Degnan / J.Y. Park / Glen A. Wurden / N. F. Roderick / D. J. Jenkins / R. Linford / I. Furno / R. E. Chrien / Ai / J. Degnan / S. K. Coffey / T. P. Intrator / /

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Position

operator and electromechanical technician / Technical Advisor / visiting scientist / Postdoctoral Researcher at both the Weizmann Institute / senior staff engineer / Research Associate / author / Team Leader / acting OFES Program Manager / Electronics Technician / project leader / President / Visiting professor / senior member / Principal Investigator / Postdoctoral Researcher / senior physicist / D. J. / B. Marshall / member / /

Product

Energetic Particle Injection / Cooper / /

ProvinceOrState

Ohio / New Mexico / California / Colorado / New Jersey / Wisconsin / Pennsylvania / Alaska / New York / Georgia / Maryland / /

Region

western Washington / /

Technology

radiation / 3-D / FRC using high-voltage theta-pinch technology / thermal insulation / spectroscopy / lowvoltage technology / Microwave / laser / lasers / plasma gun technology / Technology of Compact Toroids / Fusion Technology / conventional magnet technology / Technology of China / /

URL

http /

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