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Fusion Technology Volume 19, 1991 - Issue 3P2B
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Impurity Control and Plasma-Facing Component

Erosion and Redeposition of Divertor and Wall Materials During Abnormal Events

A. HassaneinArgonne National Laboratory 9700 S. Cass Avenue, Bldg. 205 Argonne, IL 60439 USA (708) 972-5889
Pages 1789-1793 | Published online: 10 Aug 2017

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Read on this site (8)

Georgios Tsotridis. (2000) Modeling of Surface Deformations during Plasma Disruptions. Fusion Technology 37:3, pages 185-197.
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George Tsotridis. (1998) The Influence of External Body Forces on the Molten Depths in Tungsten during Plasma Disruptions. Fusion Technology 34:3P1, pages 198-208.
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A. Hassanein & I. Konkashbaev. (1998) Dynamic behavior of plasma-facing materials during plasma instabilities in tokamak reactors. Plasma Devices and Operations 5:4, pages 297-313.
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George Tsotridis. (1997) Influence of Beam Diameter on Molten Depths in Tungsten during Simulated Plasma Disruptions. Fusion Technology 32:1, pages 35-44.
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George Tsotridis & Hans Rother. (1996) On Modeling of Beryllium Molten Depths in Simulated Plasma Disruptions. Fusion Technology 30:1, pages 104-113.
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M.L. Nahm, C.D. Buchanan, M.A. Bourham & J.G. Gilligan. (1994) Diagnostics Modules for Tokamak Disruption Experiments. Fusion Technology 26:3P2, pages 618-622.
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M.A. Bourham & J.G. Gilligan. (1994) Erosion of Plasma-Facing Components Under Simulated Disruption-Like Conditions Using an Electrothermal Plasma Gun. Fusion Technology 26:3P2, pages 517-521.
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M. A. Bourham, O. E. Hankins, J. G. Gilligan, J. D. Hurley & W. H. Eddy. (1992) Performance of Graphites and Tungsten during Exposure to Pulsed Plasmas. Fusion Technology 21:3P2B, pages 1852-1857.
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Articles from other publishers (13)

A Hassanein & V Morozov. (2002) Chamber wall response to target implosion in inertial fusion reactors: new and critical assessments. Fusion Engineering and Design 63-64, pages 609-618.
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Mohamed A. Bourham & John G. Gilligan. 2000. Wiley Encyclopedia of Electrical and Electronics Engineering. Wiley Encyclopedia of Electrical and Electronics Engineering.
A. Hassanein, G. Federici, I. Konkashbaev, A. Zhitlukhin & V. Litunovsky. (1998) Materials effects and design implications of disruptions and off-normal events in ITER. Fusion Engineering and Design 39-40, pages 201-210.
Crossref
G. Tsotridis. (1996) The melting of tungsten during plasma disruptions. Journal of Nuclear Materials 233-237, pages 758-762.
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J.G. Gilligan, M.A. Bourham & E.C. Tucker. (1995) Effect of disruptions on plasma-facing components. Effect of disruptions on plasma-facing components.
M.A. Bourham, J.G. Gilligan, M.L. Huebschman, D. Lianos & P.D. Aaltos. (1995) Review of component erosion in electric launcher technology. IEEE Transactions on Magnetics 31:1, pages 678-683.
Crossref
M.A. Bourham & J.G. Gilligan. (1994) Surface damage of plasma-facing components under short pulse and intense high heat loading. Surface damage of plasma-facing components under short pulse and intense high heat loading.
John Gilligan & Mohamed Bourham. (1993) The use of an electrothermal plasma gun to simulate the extremely high heat flux conditions of a tokamak disruption. Journal of Fusion Energy 12:3, pages 311-316.
Crossref
M. BOURHAM, J. GILLIGAN & O. HANKINS. (1993) Plasma-material interaction in electrothermal and electromagnetic launchers. Plasma-material interaction in electrothermal and electromagnetic launchers.
J.G. Gilligan, M.A. Bourham, O.E. Hankins & W.H. Eddy. (1993) Magnetic vapor shielding mechanism in electromagnetic and electrothermal launchers. IEEE Transactions on Magnetics 29:1, pages 1153-1157.
Crossref
M.A. Bourham, O.E. Hankins, J.G. Gilligan, J.D. Hurley & J.R. Earnhart. (1993) Comparative study of component erosion for electromagnetic and electrothermal launchers. IEEE Transactions on Magnetics 29:1, pages 1107-1112.
Crossref
Ahmed Hassanein & Dale L. Smith. (1992) Thermal response of substrate structural materials during a plasma disruption. Journal of Nuclear Materials 191-194, pages 503-507.
Crossref
M.A. Bourham, O.E. Hankins, W.H. Eddy, J.D. Hurley, J.R. Earnhart & J.G. Gilligan. (1992) Experimental high heat load surface damage of graphite and refractory materials. Experimental high heat load surface damage of graphite and refractory materials.

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