Teaching and Research in Fusion Plasmas and Technology at the University of Illinois

REFERENCES

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• GEORGE H. MILEY, “Experience Teaching a Fusion Design Seminar,” Proc. Symp. Thermonuclear Reactor Design, June 1970, Report USAEC-T10, Texas Tech. University, Lubbock, Texas (Oct. 1970).
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• GEORGE H. MILEY, “Fusion Research, Development and Reactor Design,” Paper NE-2, 79th Ann. ASEE Conf., Annapolis, Maryland (June 1971).
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• GEORGE H. MILEY, “Comments About Fusion Technology Studies at the University of Illinois,” Trans. Am. Nucl. Soc., 16. 14 (1973).
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• C. BATHKE, H. TOWNER, and G. MILEY, “Fusion Power by Non-Maxwellian Ions,” Trans. Am. Nucl. Soc., 17. 41 (1973).
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• T.C. CHU and G.H. MILEY, “D-D Plasma Fusion Power-Balance Calculations,” in Tech. of CTR Experiments and the Eng. Aspects of Fusion Reactors, pp. 322–346, U.S. Atomic Energy Commission Symposium Series 31, NTIS, Springfield, Virginia (1974).
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• R.L. MILLER and G.H. MILEY, “Monte Carlo Simulation of Neutral Beam Injection into Fusion Reactors,” 2nd IEEE Intern. Conf. Plasma Science, Ann Arbor, Michigan (1975). In press.
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• B. WANG and G. MILEY, “Monte Carlo Simulation of Radiation Induced Plasmas,” Nucl. Sci. Eng., 52. 130 (1973).
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• E. GREENSPAN, “The Calculation of the Transport of Neutral Atoms in Highly Ionized Plasmas Using Neutron Transport Methods,” MATT-1001, Princeton Plasma Physics Laboratory (Sep. 1973).
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• R.L. MILLER and G.H. MILEY, “Ionization and Charge-Exchange Rate-Coefficients for CTR Calculations,” AEC Report COO-2218-26, University of Illinois, Urbana (1975).
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• T.C. CHU and G.H. MILEY, “Evaluation of Cyclotron Radiation Using Monoenergetic Energy Groups,” Trans. Am. Nucl. Soc., 19. 13 (1974).
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• G.H. MILEY and M.P. RAO, “A Scheme for Achieving Ignition in Fusion Reactors,” Bull. Am. Phys. Soc., Ser. II, 19. 877 (1974).
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• C.D. HENDRICKS, “Hydrogen Pellet Generation for Fusion Research,” Bull. Am. Phys. Soc., Ser. II, 19. 915 (1974).
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• C.D. HENDRICKS and C. FOSTER, “Hollow Hydrogen Shells for Laser-Fusion Targets,” Bull. Am. Phys. Soc., Ser. II, 19. 927 (1974).
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• G.R. FENSKE, “A Study of Radiation Damage in the First Wall of a Controlled Thermonuclear Reactor,” MS Thesis, Nuclear Engineering Program, University of of Illinois, Urbana, Illinois (1974).
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• G.H. MILEY, “Projection-Tube Studies of Voltage-Breakdown Arc Discharges from Tungsten and Niobium Wires in Vacuum,” UCRL-51735, Lawrence Livermore Laboratory (1975).
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• Reports in this series, designated PTM-01 through 12, were issued through the Nuclear Engineering Program, University of Illinois, Urbana, Illinois.
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  See also T.W. PETRIE, G.H. MILEY, and A.B. CHILTON, “14-MeV Neutron Flux Capabilities of a Small Mirror Fusion Device,” Trans. Am. Nucl. Soc., 16. 11 (1973).
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• C.E. TAYLOR, “Conceptual Design of a Mirror Reactor for a Fusion Engineering Research Facility (FERF),” Proc. Topi. Mtg. Technology of Controlled Nuclear Fusion, San Diego, California, pp. 294–305, CONF. 740402-PI, NTIS, Springfield, Virginia (1974).
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• R.J. BURKE, T.A. COULTAS, and M. PETRICK, “Conceptual Design of a Theta-Pinch Fusion Engineering Research Facility,” Proc. Topl, Mtg. Technology of Controlled Nuclear Fusion, San Diego, California, pp. 350–364, CONF. 740402-PI, NTIS, Springfield, Virginia (1974).
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• G.H. MILEY, “The Development of High Efficiency-Advanced Fuel Fusion Reactors,” Fusion Task Force Report Series, Edison Electric Institute, New York (1973).
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• G.H. MILEY, H. TOWNER, and N. IVICH, “Fusion Cross Sections and Reactivities,” AEC Report COO-2218-17, University of Illinois, Urbana, Illinois (1974).
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• G.H. MILEY and H.H. TOWNER, “Reactivities for Two-Component Fusion Calculations,” Proc. Conf. Nuclear Cross Sections and Technology, Washington, D.C. (1975). In press.
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• D. A. SWANSON, B. E. CHERRINGTON, and J. T. VERDEYEN, “Theory of the Negative Electrostatic Potential Well on Spherical Geometry,” Phys. Fluids, 17. 1269 (1974).
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• G.H. MILEY, Fusion Energy Conversion, Monograph Series, American Nuclear Society (in press).
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  See also “Direct Electrical and Non-Electrical Conversion of Fusion Energy—A Review,” Proc. 1st IEEE Intern. Conf. Plasma Science, Knoxville, Tennessee, p. 41, IEEE, New York (1974).
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• R.W. MOIR, W.L. BARR, and G.A. CARLSON, “Direct Conversion of Plasma Energy to Electricity for Mirror Fusion Reactors,” Proc. 5th IAEA Conf. on Plasma Physics and Controlled Nuclear Fusion Research, Japan (1974). In press.
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• G.H. MILEY, “Compression-Expansion Cycles for Toroidal Fusion Reactors,” Proc. Topi. Mtg. Technology of Controlled Nuclear Fusion, San Diego, California, pp. 448–466, CONF. 740402-PI, NTIS, Springfield, Virginia (1974).
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• M. RAO and G.H. MILEY, “A Direct Conversion Scheme for Laractors,” Trans. Am. Nucl. Soc., 15. 38 (1972).
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