533 - 533 |
International Workshop on the Science and Technology of Alumina Elsasser C, Heuer AH, Ruhle M, Wiederhorn SM |
534 - 540 |
Transformation mechanism of the dehydration of diaspore Loffler L, Mader W |
541 - 545 |
Effect of yttrium and erbium ions on epitaxial phase transformations in alumina Ragan DD, Mates T, Clarke DR |
546 - 553 |
Processing of high-density submicrometer Al2O3 for new applications Krell A, Blank P, Ma HW, Hutzler T, Nebelung M |
554 - 559 |
Experiment and theory of diffusion in alumina Harding JH, Atkinson KJW, Grimes RW |
560 - 565 |
Determination of pipe diffusion coefficients in undoped and magnesia-doped sapphire (alpha-Al2O3): A study based on annihilation of dislocation dipoles Tang XH, Lagerlof KPD, Heuer AH |
566 - 573 |
Slip and twinning in polycrystalline alumina (alpha-Al2O3) deformed under hydrostatic pressure between 600 degrees and 1000 degrees C Korinek SL, Castaing J |
574 - 580 |
Atomic structures and energies of Sigma 7 symmetrical tilt grain boundaries in alumina bicrystals Nishimura H, Matsunaga K, Saito T, Yamamoto T, Ikuhara Y |
581 - 589 |
Structure and chemistry of symmetrical tilt grain boundaries in alpha-Al2O3: I, bicrystals with "clean" interface Gemming T, Nufer S, Kurtz W, Ruhle M |
590 - 594 |
Structure and chemistry of symmetrical tilt grain boundaries in alpha-Al2O3: II, bicrystals with Y at the interface Gemming T, Nufer S, Kurtz W, Ruhle M |
595 - 602 |
Dislocation structures of low-angle and near-Sigma 3 grain boundaries in alumina bicrystals Ikuhara Y, Nishimura H, Nakamura A, Matsunaga K, Yamamoto T |
603 - 611 |
Singular grain boundaries in alumina and their roughening transition Park CW, Yoon DY, Blendell JE, Handwerker CA |
612 - 622 |
Structure of sapphire bicrystal boundaries produced by liquid-phase sintering Hockey BJ, Wiederhorn SM, Blendell JE, Lee JS, Kang MK |
623 - 629 |
Microstructural evolution of calcium-doped alpha-alumina Altay A, Gulgun MA |
630 - 633 |
Effect of magnesium oxide addition on surface roughening of alumina grains in anorthite liquid Kim MJ, Yoon DY |
634 - 639 |
Alternative explanation for the role of magnesia in the sintering of alumina containing small amounts of a liquid phase Kim BK, Hong SH, Lee SH, Kim DY, Hwang NM |
640 - 643 |
Effect of titania and lithia doping on the boundary migration of alumina under an electric field Choi JI, Han JH, Kim DY |
644 - 649 |
Abnormal grain growth of alumina: CaO effect Jung J, Baik S |
650 - 659 |
Abnormal grain growth in alumina: Synergistic effects of yttria and silica MacLaren I, Cannon RM, Gulgun MA, Voytovych R, Popescu-Pogrion N, Scheu C, Taffner U, Ruhle M |
660 - 668 |
Impurity effects on alumina scale growth Hou PY |
669 - 675 |
Initial stages of growth of alumina on NiAl(001) at 1025 K Fremy N, Maurice V, Marcus P |
676 - 685 |
Alumina grown during deposition of thermal barrier coatings on NiCrAlY Levi CG, Sommer E, Terry SG, Catanoiu A, Ruhle M |
686 - 695 |
Optimization of reactive-element additions to improve oxidation performance of alumina-forming alloys Pint BA |
696 - 700 |
Adhesion of copper and alumina from first principles Wang XG, Smith JR, Scheffler M |
701 - 705 |
Fabrication of TiN/Si3N4 ceramics by spark plasma sintering of Si3O4 particles coated with nanosized TiN prepared by controlled hydrolysis of Ti(O-i-C3H7)(4) Kawano S, Takahashi J, Shimada S |
706 - 710 |
Titanium diboride-tungsten diboride solid solutions formed by induction-field-activated combustion synthesis Shibuya M, Kawata M, Ohyanagi M, Munir ZA |
711 - 716 |
Properties of nitrogen-containing yttria-alumina-silica melts and glasses Saito N, Kai K, Furusho S, Nakashima K, Mori K, Shimizu F |
717 - 726 |
High-temperature neutron diffraction of the AlN-Al2O3-Y2O3 system Medraj M, Hammond R, Thompson WT, Drew RAL |
727 - 730 |
Structures of filled alpha-Si3N4-type Ca0.27La0.03Si11.38Al0.62N16 and LiSi9Al3O2N14 Grins J, Esmaeilzadeh S, Shen ZJ |
731 - 734 |
Effect of addition of oxides on low-temperature oxidation of molybdenum disilicide Wang G, Jiang W, Bai GZ, Wu LB |
735 - 737 |
Water-induced degradation of barium titanate ceramics studied by electrochemical hydrogen charging Chen WP, Jiang XP, Wang Y, Peng Z, Chan HLW |
738 - 740 |
Thermal shock behavior of isotropic and anisotropic porous silicon nitride She JH, Yang JF, Jayaseelan DD, Kondo N, Ohji T, Kanzaki S, Inagaki Y |
741 - 743 |
Barium carbonate phase on the surfaces of barium titanate particles and in situ transmission electron microscopy observation of its decomposition Nakano H, Urabe K, Ikawa H |