Abstract The new phase, prepared in two steps by melting together Zr and Co in a 1:2 ratio and reaction of the product with P and Co in the atomic ratio 1:5 :3 at 1000 K for 24 h, crystallizes with hexagonal symmetry in the space group P62m with Z=1.

Phosphide

10.1002/chin.198641006

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Oxygen adsorption isotherms at the surfaces of liquid Cu and AuCu alloys and their interfaces with Al2O3 detected by wetting experiments

Acta Materialia (1996)

V. Ghetta J. Fouletier D. Chatain

Wetting transition

10.1016/1359-6454(95)00312-6

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Influence of long term exposure to molten lead on the microstructure and mechanical behaviour of T91 steel

Journal de Physique IV (Proceedings) (2002)

Fehmi Gamaoun M. Dupeux V. Ghetta J.-L. Pastol Cédric Leroux

10.1051/jp4:20020333

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Cristallochimie des phases ternaires (O, Ln, M)2 X (L : terre rare, zirconium, hafnium, uranium ; M : métal de transition 3d, 4d, 5d ; X : phosphore, arsenic et silicium ainsi que bore, germanium, sélénium)

V. Ghetta

Description des phases du titre selon un modele cristallochimique qui utilise la notion de site et d'insertion dans un reseau de metalloides. Cette description fait apparaitre des elements de comparaison entre differentes structures et permet une recherche organisee de nouvelles phases par substitution ou bien construction a partir de motifs predefinis. Parallelement a la mise en evidence des divers avantages de ce modele (prospectives importantes et etudes comparatives des proprietes physiques), on donne des exemples de syntheses de nouveaux produits et on aborde l'etude de leurs proprietes physiques

Source

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⁷Li neutron-induced elastic scattering cross section measurement using a slowing-down spectrometer

EPJ Web of Conferences (2010)

G. Kessedjian O. Méplan A. Billebaud R. Brissot S. Chabod

A new integral measurement of the 7Li neutron induced elastic scattering cross section was determined in a wide neutron energy range. The measurement was performed on the LPSC-PEREN experimental facility using a heterogeneous graphite-LiF slowing-down time spectrometer coupled with an intense pulsed neutron generator (GENEPI-2). This method allows the measurement of the integral elastic scattering cross section in a slowing-down neutron spectrum. A Bayesian approach coupled to Monte Carlo calculations was applied to extract naturalC, 19F and 7Li elastic scattering cross sections.

Neutron time-of-flight scattering

Nuclear cross section

10.1051/epjconf/20100807005

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Citations (2)