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Jacob Scott

Nuclear Fusion

  • See the information that Sam Keene and Blake Shaw gathered last year
  • Read Sam's and Blake's term papers
  • Be thinking about whether you'd like to focus on inertial confinement fusion or magnetic confinement fusion

Original questions/topics

  1. nuclear, including fusion
  2. Which alternative energy sources make sense for which applications?
  3. What limits solar cell production?

Presentation 1

Presentation 1

Follow-up questions

  1. Do hohlraums solve the problem of plasma instabilities in inertial confinement fusion experiments?
  2. Are you planning to concentrate on inertial confinement fusion or magnetic confinement fusion?
  3. How are fusion researchers proposing to supply the tritium necessary for significant energy production from fusion?
  4. In an inertial confinement scheme for a working power plant, how does one protect the optics from the fusion byproducts? How does one harness the released energy?

Presentation 2 (Magnetically confined fusion)

Presentation 2

References

  1. Kupfer, Chiu, and Chan, "Energy transfer from fusion alpha particles to externally driven high frequency waves in a tokamak", General Atomics, San Diego CA, June 1994
  2. Budny, "Comparisons of predicted plasma performance in ITER H-mode plasmas with various mixes of external heating", Princeton Plasma Physics Laboratory, July 2009
  3. Ragheb, "Magnetic confinement fusion", Nov 2008
  4. Dolan, "International Thermonuclear Experimental Reactor (ITER)", slideshow, American Nuclear Society Speakers Bureau, Purdue University, 2009 April 29
  5. Simonen, "Experimental progress in magnetic-mirror fusion research", Proceedings of the IEEE, Vol 69, #8, Aug 1981
  6. Simonen, "The status of research regarding magnetic mirrors as a fusion neutron source or power plant", Lawrence Livermore National Laboratory, Dec. 2008
  7. Burdakov, Avanov, and Kruglyakov, "Modern magnetic mirrors and their fusion prospects", Budker Institute of Nuclear Physics, Nov 2010