Creating the Conditions for Fusion


PLASMA CONFINEMENT AND HEATING

Fusion requires high temperature plasmas confined long enough to release appreciable fusion energy.

Confinement Method

Heating Mechanisms

Sample Image

Gravity
  • Compression (gravity)
  • Fusion Reactions (such as the p-p chain)
Stars and Galaxies
Stars picture not 
		loaded!
Inertial
  • Compression (implosion driven by laser or ion beams, or by X-rays from laser or ion beams)
  • Fusion Reactions (primarily D+T)
Laser-beam-driven Fusion
ICF picture 
		not loaded!
Magnetic
  • Electromagnetic Waves
  • Ohmic Heating (by electric currents)
  • Neurtal Particle Beams (atomic hydrogen)
  • Compression (by magnetic fields)
  • Fusion Reactions (primarily D+T)
Tokamak Schematic
Tokamak picture 
		not loaded!


More Information:

Links from this Page:

Your opinion is important to us! Please email comments to Robert F. Heeter.


Page originally created by Jason Edson and Hannah Cohen.
Last Revised 23-May-96 by Robert F. Heeter