| 2P-01 | Preparation of Calcium Phosphate Bioactive Glass-Ceramics and Their Coating on Titanium Alloys (Nagoya Inst. of Tech., Aichi Med. Univ.*, Toyohashi Univ. of Tech.**) oT.Kasuga, M.Nogami, T.Hattori*, M.Niinomi** |
| 2P-02 | Synthesis of Apatite Containing Carbonate and Deposition on Surface of CC Composite (Kanagawa Inst. of Tech.) oK.Ohnishi, O.Yamamoto, T.Saito, T.Sasamoto |
| 2P-03 | Influence of Organic Compounds to the Crystal Growth of Hydroxylapatite (Nagoya Univ.*, PRESTO**) oS.Yamaguchi, Y.Masuda, T.Yonezawa*, **, K.Koumoto |
| 2P-04 | Reaction between Calcium Hydrogenphosphate Dihydrate and Fluoide Ion (Toyama National College of Tech.) oM.Tafu, T.Chohji |
| 2P-05 | Improvement of Bond Strength of Hydroxyapatite /Titanium Composite Coating by Partial-Nitriding Using RF-Thermal Plasma Spraying (AIST) oM.Inagaki, Y.Yokogawa, T.Kameyama |
| 2P-06 | Influence of Powder Characteristics on Antibacterial Activity of ZnO (Kanagawa Inst. of Tech.) O.Yamamoto, oM.Komatsu, J.Sawai, T.Sasamoto |
| 2P-07 | Quantitative Analysis of Active Oxygen Generated from ZnO (Kanagawa Inst. of Tech.) O.Yamamoto, oH.Suzuki, A.Yamamura, K.Matsumoto, T.Sasamoto |
| 2P-08 | Synthesis and Characterization of New Long Persistent Phosphor (Niigata Univ.) oK.Toda, T.Nonogawa, Y.Imanari, K.Uematsu, M.Sato |
| 2P-09 | Synthesis and Characterization of New VUV Phosphors (Niigata Univ.) oK.Toda, Y.Imanara, T.Nonogawa, K.Uematsu, M.Sato |
| 2P-10 | Photoreduction of A-site Deficient Perovskite with B-site Tungsten (Niigata Univ.) oK.Toda, M.Kawakami, K.Uematsu, M.Sato |
| 2P-11 | Persistent Spectral Hole Burning of Silica-based Composite Materials Co-doped with Eu(III) Complex and Reducing Organic Compound (Osaka Univ.,Center for Ad. Sci. and Tech., Venture Business Lab.*, Graduate School of Eng. Sci.**) oE.Tashiro, Y.Kanematsu*, H.Hannzawa**, K.Machida |
| 2P-12 | Photocatalytic Properties of Metal Doped Titania Fine Particles Prepared from Hydrothermal Process (Fukui Univ.) oT.Miura,T.Ogihara,X.Wu,K.Nakane,N.Ogata |
| 2P-13 | Photocatalytic Properties of Titania Thin Film Prepared from Aqueous Solution (Fukui Univ.) oH.Umeda,T.Ogihara,X.Wu,K.Nakane,N.Ogata |
| 2P-14 | Synthesis of TiO2 Films by Electrolysis of Aqueous Ti Salts Solutions (Shonan Inst. of Tech.) oN.Kieda,S.Ishikawa,S.Higashi,T.Tokuhisa |
| 2P-15 | Electrical and Optical Properties of Pulsed Laser Deposited Amorphous CN Thin Films (Ryukoku Univ.) oK.Sakurada, Y.Aoi, E.Kamijo |
| 2P-16 | Volume Fraction Control of Dielectric Lattices in Diamond Photonic Crystals (Osaka Univ.) oS.Kanehira, S.Kirihara, Y.Miyamoto |
| 2P-17 | Fabrication of Ceramic Photonic Crystals for Microwave Applications (Osaka Univ.) oH.Yin, S.Kirihara, Y.Miyamoto |
| 2P-18 | Preparation and Dielectric Properties of Barium Titanate/Polymer Composite (Fukui Univ.) oK.Myoujin,K.Nakane,N.Ogata,T.Ogihara |
| 2P-19 | The Structure and Dielectric Property of ZnO-added LiNbO3 up to the Miscibility Limit (Ryukoku Univ.) oS.Kodama, Y.Nishizawa, T.Shirakami, K.Urabe |
| 2P-20 | Influence of the A-site Deficiency on Ferroelectric Properties of Perovskite-type Solid Solution Ba1-x/2□x/2Ti1-xMxO3(M=Nb,Ta) (Gakushuin Univ.) oA.Miyaguchi, T.Katsumata, Y.Inaguma |
| 2P-21 | Superstructure of SrMgF4 with Perovskite-type Slabs (Tokyo Inst. of Tech., Akita Univ.*) oK.Suda, N.Ishizawa, N.Kodama* |
| 2P-22 | Electric Field Response of Nano-domain in SrTi18O3 (AIST*, Tokyo Inst. of Tech.**) oR.Wang*, **, M.Itoh**, T.Kyomen**, M.Narahara**, T.Azuma** |
| 2P-23 | Phase Relationship in SrO-Ta2O5-Pr2O3 Ceramics and Their Electrical Properties (Tohoku Univ., Inst. of Mat. Research., Inst. of Multidisciplinary Research for Advanced Materials*) oM.Suzuki, T.Akashi, H.Yamane*, T.Goto |
| 2P-24 | Structure and Morphology of PZT Films Prepared by RF Magnetron Sputtering (Tohoku Univ.) oT.Maruyama, H.Masumoto, T.Goto |
| 2P-25 | Mixed-potential Type NOx Sensor Based on Stabilized Zirconia and ZnO Sensing Electrode (Kyushu Univ., Riken) oK.Akisada, T.Ono, N.Yamazoe, N.Miura |
| 2P-26 | Study on the Structural Disorder and Li Diffusion Pathway in Mg-stabilised Cubic Lithium Manganate Spinel(I) - Electron Density Distribution - (Tokyo Inst. of Tech.,Materials and Structures Lab., Mitsui Mining & Smelting Co.,Ltd.*, ANSTO**, Tokyo Inst. of Tech.,Dept. of Chemical Eng.***) oN.Ishizawa, D.du Boulay, Y.Tabira*, J.R.Hester**, H.Ikuta***, M.Wakihara*** |
| 2P-27 | Study on the Structural Disorder and Li Diffusion Pathway in Mg-stabilised Cubic Lithium Manganate Spinel(II) - Molecular Dynamics Calculation - (Tokyo Inst. of Tech., Interdisciplinary Graduate School of Sci. and Eng., Materials and Structures Lab.*, Graduate School of Sci. and Eng.**) oK.Tateishi, N.Ishizawa*, K.Kawamura** |
| 2P-28 | Study on the Structural Disorder and Li Diffusion Pathway in Mg-stabilised Cubic Lithium Manganate Spinel(III) - Molecular Orbital Calculation - (Tokyo Inst. of Tech., Interdisciplinary Graduate School of Sci. and Eng., Materials and Structures Lab.*) oM.Hayatsu, K.Tateishi, N.Ishizawa* |
| 2P-29 | Synthesis and Characterization of Giant Magnetoresistance Materials La0.5A0.5MnO3 (A = Ba, Sr, Ca) under Mild Hydrothermal Condition (Kochi Univ., Yamanashi Univ., Jilin Univ.,China) D.Wang, oR.Yu, S.Feng, N.Kumada, N.Kinomura, K.Yanagisawa |
| 2P-30 | Effect of Particle Characteristics on the Electrochemical Properties of LiMn2O4 (Fukui Univ.) oH.Aikiyo, K.Nakane, N.Ogata, T.Ogihara |
| 2P-31 | Electrochemical Properties of Cr Doped LiMn2O4 Prepared from Spray Pyrolysis (Fukui Univ.) oY.Watanabe,T.Ogihara,K.Nakane,N.Ogata |
| 2P-32 | Synthesis of A3Ta5O14(A=Rb,Cs) Crystals with Novel Nano-Porous Structure (Tokyo Inst. of Tech., Interdisciplinary Graduate School of Sci. and Eng., Materials and Structures Lab.*) oA.Oono, Douglas du Boulay*, N.Ishizawa* |
| 2P-33 | Preparation and Characterization of Carbon Micro-Coils/Carbon Nanocoils (Gifu Univ., CMC Tech. Development Co.*, Nagasaki Univ.**, Nagasaki Inst. of Applied Sci.***) oS.Motojima, C.Kuzuya, Y.Hishikawa*, H.Iwanaga**, M.Fujii*** |
| 2P-34 | Pressure Induced Structural Changes in GeO2 Glasses (Osaka Univ., Spring-8, Japan Atomic Energy Research Inst. *) oO.Ohtaka, A.Yoshiasa, M.Okube, H.Fukui, Y.Katayama*, W.Utsumi* |
| 2P-35 | Preparation and Ion Exchange of Layer Structured Titanates Cs0.7Ti1.65Mo0.35O4 (M=Co, Ni, Cu) (Tokuyama College of Tech.) oM.Ohashi |
| 2P-36 | Room Temperature Synthesis of Spinel Ferrite by Oxidation of Aqueous Reaction Solution (Toyama National College of Tech.) oM.Tabata, D.Miyatani, T.Chohji |
| 2P-37 | Reactivity between Carbons and Silicon (Kanagawa Inst. of Tech.) O.Yamamoto, oS.Kato, T.Sasamoto |
| 2P-38 | Fabrication of ZrO2‾Fe-Ni Functionally Graded Pipe (College of Industrial Tech.) oH.Kobayashi |
| 2P-39 | Preparation Oxidation and Sintering of Al4SiC4 (Kanagawa Inst. of Tech.) O.Yamamoto, oA.Nabaru, T.Sasamoto |
| 2P-40 | Self-Propagating High Temperature-Synthesis of Si2N2O from Desert Sand (Osaka Univ.) oM.Radwan, Y.Miyamoto |
| 2P-41 | Strength of HIP-made Composite of C(dia)/SiC (Ryukoku Univ.) oM.Shimoto, T.Wada, S.Kume |
| 2P-42 | Microstructure of Nano-SiC Coated Diamond and Application to Next Generation's Cemented Carbide Materials (Osaka Univ., Sumitomo Electric Ind.,Ltd.*) oT.Kashiwagi, Y.Miyamoto, K.Tsuduki*, H.Moriguchi*, A.Ikegaya* |
| 2P-43 | Estimation of Crack Generation by AE Measurement During Burning of Green Bodies (Nagoya Inst. of Tech.) oT.Makino, T.Saitou, M.Oya, M.Takahashi |
| 2P-44 | A Solid Electrolyte Hydrogen-Chloride Sensor for Cement Kiln (Kyushu Inst. of Tech., Aso Cement Co.,Ltd.*) oK.Harada, T.Shoho*, Y.Obuchi, N.Souda, S.Takase, Y.Shimizu |
| 2P-45 | Low Temperature Millimeter-wave Sintering of AlN with Rare-earth Oxides (Osaka Univ.) oT.Yoshioka, Y.Makino, S.Miyake |
| 2P-46 | Observation of Internal Structure for Powder Compact with Confocal Laser Scannning Microscope (Nagaoka Univ. of Tech.) oY.Saito, K.tanaka, S.Tanaka, N.Uchida, K.Uematsu |
| 2P-47 | Effects of Additional Materials on Sputtered PZT films for Actuators (Victor Company of Japan LTD.) oT.Iseki, M.Okumura, Y.Sugeno, T.Sou |