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Research Papers

CAUSES OF RESIDUAL POROSITY IN SINTERED URANIUM DIOXIDE

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Pages 108-121 | Published online: 05 Nov 2014

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K.-S. Churn & D. N. Yoon. (1979) Pore Formation and Its Effect on Mechanical Properties in W—Ni—Fe Heavy Alloy. Powder Metallurgy 22:4, pages 175-178.
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S?gol?ne Berzati, St?phane Vaudez, Renaud C. Belin, Jacques L?chelle, Yves Marc, Jean-Christophe Richaud & Jean-Marc Heintz. (2014) Controlling the oxygen potential to improve the densification and the solid solution formation of uranium?plutonium mixed oxides. Journal of Nuclear Materials 447:1-3, pages 115-124.
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CARL H. SONDERGELD & EDWARD SCHREIBER. (1978) Effect of Annealing on the Properties of Hot-Pressed MgO Polycrystals. Journal of the American Ceramic Society 61:11-12, pages 535-535.
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N.A.L Mansour. (1978) Variation of some physical properties with calcination and annealing temperature of magnesia obtained by thermal decomposition of basic magnesium carbonate. Ceramurgia International 4:1, pages 24-27.
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R.N Singh. (1977) Isothermal grain-growth kinetics in sintered UO2 pellets. Journal of Nuclear Materials 64:1-2, pages 174-178.
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H. E. Exner & G. Petzow. 1975. Sintering and Catalysis. Sintering and Catalysis 279 293 .
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W. Beer?. (1973) The sintering and morphology of interconnected porosity in UO2 powder compacts. Journal of Materials Science 8:12, pages 1717-1724.
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W. Beer�. (1973) The sintering and morphology of interconnected porosity in UO2 powder compacts. Journal of Materials Science 8:12, pages 1717-1724.
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H. E. Exner, G. Petzow & P. Wellner. 1973. Sintering and Related Phenomena. Sintering and Related Phenomena 351 362 .
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Tapan K. Gupta. (1971) Kinetics and mechanisms of pore growth in MgO. Journal of Materials Science 6:7, pages 989-997.
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Ignazio Amato. (1971) The effect of gas trapped within pores during sintering and density regression of ceramic bodies. Materials Science and Engineering 7:1, pages 49-53.
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T. Vasilos & W. Rhodes. 1970. Ultrafine-Grain Ceramics. Ultrafine-Grain Ceramics 137 172 .
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F.A. Nichols. (1969) Kinetics of diffusional motion of pores in solids. Journal of Nuclear Materials 30:1-2, pages 143-165.
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T. K. GUPTA & R. L. COBLE. (1968) Sintering of ZnO: II, Density Decrease and Pore Growth During the Final Stage of the Process*. Journal of the American Ceramic Society 51:9, pages 525-528.
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F. A. NICHOLS. (1968) Further Comments on the Theory of Grain Growth in Porous Compacts. Journal of the American Ceramic Society 51:8, pages 468-468.
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F. A. Nichols. (1966) Theory of Grain Growth in Porous Compacts. Journal of Applied Physics 37:13, pages 4599-4602.
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I. Amato, R.L. Colombo & A.Petruccioli Balzari. (1966) Grain growth in pure and titania-doped uranium dioxide. Journal of Nuclear Materials 18:3, pages 252-260.
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I. AMATO. (2006) Discontinuous Grain Growth in Sintered UO 2 . Journal of the American Ceramic Society 48:1, pages 53-53.
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I. Amato, R.L. Colombo & A.M. Protti. (1964) Pore growth during solarization op sintered UO2. Journal of Nuclear Materials 13:2, pages 265-267.
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