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Gourdon, Olivier
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Publications (6/6 displayed)
- 2015Average Structure Evolution of δ-phase Pu-Ga Alloys
- 2014Toward a better understanding of the magnetocaloric effect: An experimental and theoretical study of MnFe{sub 4}Si{sub 3}citations
- 2009BaHg2TI2. An Unusual Polar Intermetallic Phase with Strong Differentiation between the Neighboring elements Mercury and Thalliumcitations
- 2009To What Extent Does the Zintl-Klemm Formalism Work? The Eu(Zn1-xGex)2 Series
- 2009Structure Determination of Two Modulated g-Brass Structures in the Zn-Pd System through a (3+1)-Dimensional Space Descriptioncitations
- 2008An Experimental and Theoretical Study of the Variation of 4f Hybridization Across the La1-xCexIn3 Seriescitations
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document
Average Structure Evolution of δ-phase Pu-Ga Alloys
Abstract
[Full Text] Plutonium metal is a highly unusual element, exhibiting six allotropes at ambient pressure, from room temperature to its melting point. Many phases of plutonium metal are unstable with temperature, pressure, chemical additions, and time. This strongly affects structure and properties, and becomes of high importance, particularly when considering effects on structural integrity over long time periods. The fcc δ-phase deserves additional attention, not only in the context of understanding the electronic structure of Pu, but also as one of the few high-symmetry actinide phases that can be stabilized down to ambient pressure and room temperature by alloying it with trivalent elements. We will present results on recent work on aging of Pu-2at.%Ga and Pu-7at.%Ga alloys