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Fusion Technology Volume 27, 1995 - Issue 3: Special Section: Spherical Plasma Configurations
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Technical Paper

A Transmutation Facility for Weapons-Grade Plutonium Disposition Based on a Tokamak Fusion Neutron Source

W. M. StageyGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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B. L. PilgerGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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J. A. MowreyGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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D. G. NorrisGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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M. DietsgheGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
E. A. HoffmanGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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B. A. AbighedidGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
A. W. AnthonyGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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M. S. AyresGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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T. P. BelflowerGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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J. D. BohnerGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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S. F. GaputluGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
H. M. GowardGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
H. M. DillerGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
J. A. FavoriteGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
P. T. FeirGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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J. S. GustafsonGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
N. L. JenkinsGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
T. L. JohnstonGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
J. L. MartinGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
C. H. NahassGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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D. M. NichterGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
D. F. ParkerGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
R. A. SidwellGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
,
A. L. TurnerGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
&
J. D. WartellGeorgia Institute of Technology, Nuclear Engineering and Health Physics Program Atlanta, Georgia 30332-0225View further author information
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Pages 326-347 | Published online: 09 May 2017

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Read on this site (3)

Weston M. Stacey. (2017) Solving the Spent Nuclear Fuel Problem by Fissioning Transuranics in Subcritical Advanced Burner Reactors Driven by Tokamak Fusion Neutron Sources. Nuclear Technology 200:1, pages 15-26.
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Weston M. Stacey. (1998) An Alternative, ‘Non-Electrical’ Pathway for Fusion Energy Development. Fusion Technology 34:3P2, pages 471-476.
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Isao MURATA, Akito TAKAHASHI, Takamasa MORI & Masayuki NAKAGAWA. (1997) New Sampling Method in Continuous Energy Monte Carlo Calculation for Pebble Bed Reactors. Journal of Nuclear Science and Technology 34:8, pages 734-744.
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