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Results: 13
Authors:
Kumar, P
Travitzky, NA
Beyer, P
Sandhage, KH
Janssen, R
Claussen, N
Citation: P. Kumar et al., Reactive casting of ceramic composites (r-3C), SCR MATER, 44(5), 2001, pp. 751-757
Authors:
Vilayannur, S
Sandhage, KH
Citation: S. Vilayannur et Kh. Sandhage, Selective internal oxidation of the noble metal-rich intermetallic compound, BaAg5, OXID METAL, 55(1-2), 2001, pp. 87-103
Authors:
Detrie, TJ
Sandhage, KH
Citation: Tj. Detrie et Kh. Sandhage, Fabrication of Ag/Bi2Sr2Ca1Cu2O8 +/- x superconducting tapes by the oxidation and postoxidation (partial melt) annealing of malleable, metal-bearing precursors, J MATER RES, 15(2), 2000, pp. 306-316
Authors:
Vilayannur, S
Sandhage, KH
Dregia, S
Citation: S. Vilayannur et al., Selective external oxidation of the intermetallic compound, BaAg5, J ELCHEM SO, 147(7), 2000, pp. 2805-2813
Authors:
Saw, E
Sandhage, KH
Gallagher, PK
Litsky, AS
Citation: E. Saw et al., Near-net-shaped calcium hydroxyapatite by the oxidation of machinable, calcium-bearing precursors (the volume identical metal oxidation, or VIMOX, process), J AM CERAM, 83(4), 2000, pp. 998-1000
Authors:
Gouma, PI
Mills, MJ
Sandhage, KH
Citation: Pi. Gouma et al., Fabrication of free-standing titania-based gas sensors by the oxidation ofmetallic titanium foils, J AM CERAM, 83(4), 2000, pp. 1007-1009
Epitaxial growth of magnesia and spinel on sapphire during incongruent reduction in molten magnesium
Authors:
Kumar, P
Dregia, SA
Sandhage, KH
Citation: P. Kumar et al., Epitaxial growth of magnesia and spinel on sapphire during incongruent reduction in molten magnesium, J MATER RES, 14(8), 1999, pp. 3312-3318
Authors:
Allameh, SM
Sandhage, KH
Citation: Sm. Allameh et Kh. Sandhage, Fabrication of (Ba,Pb)TiO3-based tapes with positive temperature coefficients of resistivity by the oxidation of malleable, metal-bearing precursors (the volume identical metal oxidation process), J MATER RES, 14(11), 1999, pp. 4319-4328
Authors:
Kumar, P
Sandhage, KH
Citation: P. Kumar et Kh. Sandhage, The displacive compensation of porosity (DCP) method for fabricating dense, shaped, high-ceramic-bearing bodies at modest temperatures, J MATER SCI, 34(23), 1999, pp. 5757-5769
Authors:
Rogers, KA
Kumar, P
Citak, R
Sandhage, KH
Citation: Ka. Rogers et al., Dense, shaped ceramic/metal composites at <= 1000 degrees C by the displacive compensation of porosity (DCP) method, J AM CERAM, 82(3), 1999, pp. 757-760
Authors:
Citak, R
Rogers, KA
Sandhage, KH
Citation: R. Citak et al., Low-temperature synthesis of BaAl2O4 aluminum-bearing composites by the oxidation of solid metal-bearing precursors, J AM CERAM, 82(1), 1999, pp. 237-240
Authors:
Viers, DS
Sandhage, KH
Citation: Ds. Viers et Kh. Sandhage, Near-net-shaped (Ba,Sr)Al2Si2O8 bodies by the oxidation of machinable metal-bearing precursors, J AM CERAM, 82(1), 1999, pp. 249-252
Authors:
Kumar, P
Sandhage, KH
Citation: P. Kumar et Kh. Sandhage, The fabrication of near net-shaped spinel bodies by the oxidative transformation of Mg/Al2O3 precursors, J MATER RES, 13(12), 1998, pp. 3423-3435
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