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Fusion Technology


If fusion is to become a viable commercial industry, the reactor designs must provide adequate component lifetimes. This requires an understanding of the various radiation damage mechanisms and of their effects on the properties of the materials involved. Theoretical research regarding the impact of radiation damage on the structural behavior of in-reactor components is being conducted in order to estimate component lifetimes and to identify critical areas where further experimental work is required.

PAPERS

Magnetic Fusion

Fatigue Life of the Plasma-Facing Components in PULSAR

Laser Fusion

Chamber Design for Laser Fusion (Slides from TOFE Talk - pdf)

J. Blanchard and C. Martin, Thermomechanical Effects in a Laser IFE First Wall, J Nuc Mat, 347 (3), 2005, 192-206

J. Blanchard and Carl Martin, "Development of a Dry Wall Concept for Laser IFE Chambers," Fusion Science and Technology, 47 (3), 2005, 585.

Development of a Dry Wall Concept for Laser IFE Chambers (Slides from TOFE 2004 Talk - pdf)

J. Blanchard, "Practical Considerations for Thermal Stresses Induced by Surface Heating," Fus Sci Tech., 44 (1), 2003, 101.

J. Blanchard, "Elastic Waves Induced by Surface Heating in a Half-Space," J. Appl. Mech., 70 (4), 2003, 613.

Initial Thoughts on Surface Roughening Due to Rapid Heating

More Thoughts on Surface Roughening Due to Rapid Heating