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oceedings{Ondik2005PhaseD, title {Phase diagrams : for Zirconium + Zirconia systems}, author {Helen M. Ondik and Howard F. McMurdie}, year {2005} }. Helen M. Ondik, Howard F. McMurdie.

H Ondik, H F. This compilation is the first volume in the Phase Equilibria Diagram series focused on a single element, zirconium. The newer diagrams cover the literature through 1996.

AbstractA phase-equilibrium diagram of the system BaO–B2O3 has been constructed from data obtained essentially by the quenching method

AbstractA phase-equilibrium diagram of the system BaO–B2O3 has been constructed from data obtained essentially by the quenching method. Four congruently melting compounds were identified: BaO·4B2O3, melting at 879 ± 5°. BaO·2B2O3, melting at 900 · 5°. BaO·B2O3, melting at 1095 ± 5°. and 3BaO·B2O3, melting at 1383 ± 5°C. Some optical properties of. these compounds were determined with the petrographic microscope, and X-ray diffraction data suitable for their identification were obtained.

Close to 60 percent of the diagrams are taken from earlier phase diagram series publications; the other 40 percent include newer diagrams appearing through 1996.

43) Phase Diagrams for Zirconium and Zirconia Systems; Ondik, H. McMurdie, H. Ed. A nanoparticle-doped carbon aerogel system offers several benets for studying the interactions of nanoparticles of a material with carbon

43) Phase Diagrams for Zirconium and Zirconia Systems; Ondik, H. American Ceramic Society: Westerville, OH, 1998. 44) Morant, . Sanz, J. Gala´n, . Soriano, . Rueda, F. Surf. Sci. 1989, 218, 331–345. A nanoparticle-doped carbon aerogel system offers several benets for studying the interactions of nanoparticles of a material with carbon. First, it allows for synthesis of a bulk quantity of nanoparticles dispersed inside an amorphous carbon matrix for a wide range of nanoparticle compositions.

Phase Diagrams for Zirconium and Zirconia Systems. Draws from previously published material and new material in the Ceramic Phase Diagram Data Center files at the National Institute of Standards and Technology (formerly the National Bureau of Standards) to offer the Society's first volume of phase diagrams focusing on systems containing a specific e.

Rouanet A. Solidification diagrams and high temperature phase diagrams of zirconia-erbium oxide zirconia-yttrium oxide and . Ondik H M, McMurdie H F. Phase Diagrams for Zirconium+Zirconia Systems. Solidification diagrams and high temperature phase diagrams of zirconia-erbium oxide zirconia-yttrium oxide and zirconia-ytterbium oxide systems. Sc. Se. 1968, 267(23): 1581. So. Ohio, 1998, 100.