<--- Back to Details
First PageDocument Content
Fusion reactors / National Spherical Torus Experiment / Lithium / Princeton Plasma Physics Laboratory / Tokamak / DEMO / Deuterium / Neutron source / Hydrogen / Chemistry / Physics / Fusion power
Date: 2013-11-11 12:07:52
Fusion reactors
National Spherical Torus Experiment
Lithium
Princeton Plasma Physics Laboratory
Tokamak
DEMO
Deuterium
Neutron source
Hydrogen
Chemistry
Physics
Fusion power

Microsoft Word - Open-Course-Plasma-Experiment_A.Dominguez_APS_Nov11_2013.docx

Add to Reading List

Source URL: www.aps.org

Download Document from Source Website

File Size: 64,78 KB

Share Document on Facebook

Similar Documents

Software / Tokamaks / Plasma physics / National Spherical Torus Experiment Upgrade / Princeton Plasma Physics Laboratory / LabVIEW / Command-line interface

USING GLOBUS TRANSFER FOR CAMERA DATA ON NSTX-U* G. Zimmer, T. Carroll, S. Kampel Princeton Plasma Physics Laboratory F. Scotti Lawrence Livermore National Laboratory

DocID: 1qIEo - View Document

Supported by Office of Science National Spherical Torus Experiment

DocID: 1mcZD - View Document

Optical materials / Nuclear physics / Tokamaks / Fusion power / Plasma / Spherical tokamak / Magnetic reconnection / National Spherical Torus Experiment / Plasma stability / Physics / Fusion reactors / Plasma physics

PDF Document

DocID: 1gFN3 - View Document

Magnetohydrodynamics / Langmuir probe / Fusion power / National Spherical Torus Experiment / Nuclear fusion / Lawson criterion / Physics / Plasma physics / Plasma

PHYSICS OF PLASMAS VOLUME 9, NUMBER 2 FEBRUARY 2002

DocID: 1gAeg - View Document

Chemical elements / Thin film deposition / Fusion reactors / Atmospheric thermodynamics / Semiconductor device fabrication / National Spherical Torus Experiment / Lithium / Helium / Evaporation / Chemistry / Matter / Physics

P2-80 Simulations of diffusive lithium evaporation onto the NSTX vessel walls D. P. Stotler a,∗ , C. H. Skinner a , W. R. Blanchard a , P. S. Krstic b H. W. Kugel a , H. Schneider a , L. E. Zakharov a ,

DocID: 17ZDt - View Document