THE HIGH TEMPERATURE, HIGH VACUUM VAPORIZATION AND THERMODYNAMIC PROPERTIES OF URANIUM DIOXIDE (thesis)

Ackermann, R.J.

doi:10.2172/4368775

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-199 2-621

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1957

1985

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Cited by 4 publications

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“…Cermet-fueled reactor outer core subassembly B-19 B- 8 Fuel pin temperatures-central fuel pin at start of life B-25 B-9…”

Section: -199 2-62mentioning

confidence: 99%

MCR Preliminary Design Report. Volume Iii. Power Generation.

Author¹

1964

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“…Cermet-fueled reactor outer core subassembly B-19 B- 8 Fuel pin temperatures-central fuel pin at start of life B-25 B-9…”

Section: -199 2-62mentioning

confidence: 99%

MCR Preliminary Design Report. Volume Iii. Power Generation.

Author¹

1964

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Phase Relations in the System Uranium—Carbon—Oxygen

Stoops

Hamme

1964

Journal of the American Ceramic Society

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The ternary system U-C-0 was investigated and a diagram is given expressing the phase relations in specimens which were reacted a t 1800'C in vacuum or in inert atmospheres and furnace cooled. A U(C,O) single-phase area exists in this diagram. T h e limit of substitutional solid solution of oxygen atoms for carbon atoms in UC is 12.5 at.%, which means that only 25% of the carbon atoms in UC can be replaced by oxygen atoms. The oxygen-saturated U C phase, U(CO.~,OO.Z,), has a lattice parameter of 4.953 f 0.001 A. The carbon monoxide partial pressures in equilibrium with this phase were determined for temperatures between 1705' and 1855'C.

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Critical Review of the Thermophysical Properties of Fast‐Reactor Fuel

Fink

1985

Journal of the American Ceramic Society

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THE HIGH TEMPERATURE, HIGH VACUUM VAPORIZATION AND THERMODYNAMIC PROPERTIES OF URANIUM DIOXIDE (thesis)

Cited by 4 publications

References 14 publications

MCR Preliminary Design Report. Volume Iii. Power Generation.

MCR Preliminary Design Report. Volume Iii. Power Generation.

Phase Relations in the System Uranium—Carbon—Oxygen

Critical Review of the Thermophysical Properties of Fast‐Reactor Fuel

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