Mikrowelt: Nonlineare Diffusionsprozesse
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Module: Mikrowelt: Nonlineare Diffusionsprozesse
Sequence: lev0_start
Branching Point: Energy and Structure Research
Sequence: lev1_fusion
Slide: Nuclear fusion - a low-risk nuclear energy option
Slide: Energy source of the Sun: Fusion of hydrogen into helium
Slide: Plasma - the "forth state of aggregation"
Slide: Sun: Fusion of four Hydrogen atoms
Slide: "Mass defect"
Slide: Nuclear fusion devices: fusion of deuterium and tritium
Branching Point: The way towards the fusion reactor
Sequence: lev2_fusion_history
Slide: "On the question of the possible synthesis of elements in stars" ...
Slide: The first Stellarator
Slide: Harwell 1955 - Startpoint of International Cooperation
Sequence: lev2_fusion_tokamak
Slide: TOKAMAK - functional principle of a legend
Slide: Magnetic confinement and additional heating
Slide: ASDEX Upgrade (Max Planck Institute for Plasma Physics)
Slide: Plasma discharge in the ASDEX Upgrade
Slide: Record holder: Joint European Torus (JET, Culham)
Slide: Deuterium-Tritium Fusion Fire in the JET
Slide: Ready on the drawing board: ITER, the first experimental reactor
Slide: ITER - the second-largest research project worldwide
Sequence: lev2_fusion_stellarator
Slide: Stellarator - the elegant alternative
Slide: Assembly of a Wendelstein 7-X segment
Slide: Coil system of the Wendelstein 7-X
Slide: Forerunner and pioneer: Wendelstein 7-AS
Slide: Plasma vessel of the Wendelstein 7-AS
Slide: Plasma discharge in the Wendelstein 7-AS
Sequence: lev1_Xlaser
Slide: From Particle Accelerator to Light Source
Slide: Cavity Acceleration
Slide: Relativistic Length Contraction
Slide: SASE Principle of the Free Electron Laser (FEL)
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Coil system of the Wendelstein 7-X
Fifty non-planar and twenty planar coils form the twisted magnetic field which guides the plasma in the interior of the vessel.
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