○＝Presenter ★＝Guest ☆＝Invited ◆＝Keynote *＝Corresponding

The Ceramic Society of JapanThe 37th Fall Meeting
Program■■September 10 (Tue) (Room A) ■■04. Materials Innovation on Thermal Energy Conversion and Harnessing V
熱制御(10:00) (Session Chiars: 片瀬 貴義)
1A04
Caloric effects of YBaCo2O5.5 showing multiple phase transitions (Kyoto University) ○Ito Mayuri・Goto Masato・Shimakawa
Yuichi*
1A05
Low thermal conductivity of mixed-anion compounds with heteroleptic coordination (National Institute for Materials Science)○SATO Naoki・(National Institute for Materials Science・University of Tsukuba) MORI Takao
1A06
Impact of dislocation core structure in SrTiO3 on anharmonic thermal conduction by atomic-level calculations (Osaka University)○SEKIMOTO Wataru・(Osaka University・Kyushu University・Japan Fine Ceramics Center) FUJII Susumu・(Osaka University・Japan Fine Ceramics Center) YOSHIYA Masato*
熱電変換(11:00) (Session Chiars: 佐藤 直大)
1A07
Simultaneous realization of high thermoelectric performance and air stability of inverse-perovskite oxides (MDX Research Center
for Element Strategy, International Research Frontiers Initiative, Tokyo Institute of Technology) ○HE XINYI・Katase Takayoshi・Kamiya Toshio
1A08
Density functional theory study on thermoelectric properties of AE2ZnN2 (AE = Ca,Sr,Ba) (Tokyo Institute of Technology)○Higuchi Ryusei・(Tokyo Institute of Technology・MDX research center for element strategy) He Xinyi・Katase Takayoshi*・Kamiya Toshio
1A09
Extracting Phonon and Carrier Transport Information from Dielectric Response to Accelerate Thermoelectric Materials Discovery(Tokyo Institute of Technology) ○Yang Zan・He Xinyi・Katase Takayoshi*・Kamiya Toshio*(13:20) (Session Chiars: 石部 貴史)
1A14
Low-temperature thermoelectric properties of epitaxial CaSi2 layers on Si(111) substrates (Nagoya University) ○KATO Kagiri・
SHIBAYAMA Shigehisa・SAKASHITA Mitsuo・NAKATSUKA Osamu・(Kanazawa University) Ghiffari Ahmad・Syariati Rifky・
ISHII Fumiyuki・(Tokyo Institute of Technology) KATASE Takayoshi・(Nagoya University) KUROSAWA Masashi*
1A15
Low-temperature thermoelectric properties of n-type 4H-SiC layers formed by ion implantation (Nagoya University)○SUGIMURA Itsuki・SHIBAYAMA Shigehisa・SAKASHITA Mitsuo・NAKATSUKA Osamu・(Nissin Ion Equipment Co., Ltd.)
WADA Ryota・KUROI Takashi・(Tokyo Institute of Technology) KATASE Takayoshi・(Nagoya University) KUROSAWA
Masashi*
1A16
Thermoelectric properties of hydrogen doped SrTiO3 films with controlled epitaxial strain (Tokyo Institute of Technology) ○ochaimasahiro・Katase Takayoshi*・Kamiya Toshio
1A17
Epitaxial film growth and thermoelectric properties of BaTiO3-xHx (Tokyo Institute of Technology) ○CHOI SANGJIN・Katase
Takayoshi*・Kamiya Toshio(14:40) Break(15:00) (Session Chiars: 片瀬 貴義)
1A19
Anomalous Nernst effect in Heusler-type Co2Mn1-xFexGa compound polycrystals (Nagoya Institute of Technology) ○NAGASE
Mito・MIYAZAKI Hidetoshi*・NISHINO Yoichi・(National Institute for Materials Science) ZHOU Weinan・XING Guangzong・
MASUDA Keisuke・SAKURABA Yuya
1A20
Thermoelectric properties of off-stoichiometric Heusler-type Ru2TiSi compounds (Nagoya Institute of Technology)○KITAGAWA SHOTA・MIYAZAKI Hidetoshi*・NISHINO Yoichi
1A21
Thermoelectric properties of Si-Ge compounds synthesized by cryo-milling method (Nagoya Institute of Technology) ○RYOMAIIO・MIYAZAKI Hidetoshi*(16:00) Break(16:20) (Session Chiars: 永岡 章)
1A23
Synthesis and thermoelectric properties of perovskite chalcogenides Ba(Zr,Hf)S3 with ultra-low thermal conductivity (Tokyo
Institute of Technology) ○Hu Zhongxu・He Xinyi・Takayoshi Katase*・(National Institute for Fusional Science) Noto Hiroyuki・
Uehara Hiyori・(Tokyo Institute of Technology) Kamiya Toshio*
1A24
Thermoelectric Properties of Tungsten Bronze-type (Na1/2Y1/2)0.6Ba0.4Nb2O6 Ceramics (Keio University) ○NUMATA Takeshi・
FUJIHARA Shinobu・HAGIWARA Manabu*
1A25
p- and n-type conduction switching by changing the Ca/La ratio in perovskite-type (Ca, La)2MnFeO6-δ (Tokushima university)○IKIGAME Koshin・KAWAGUCHI Seisho・ISHII Jun・MORIGA Toshihiro・MURAI Kei-ichiro*
1A26
Direct high-tempearture synthesis and thermoelectric properties of SrTiO3-xHx bulk polycrystals (Tokyo Institute of Technology)○KATASE Takayoshi・Ushijima Ren・Komatsu Takehito・Hiramatsu Hidenori・Hosono Hideo・Kamiya Toshio
1A27
Development of Novel Thermoelectric Materials in Layered Tellurides (Osaka University) ○TAKAHASHI Hidefumi・YOSHIDA
Kiichiro・ISHIWATA Shintaro

■■September 10 (Tue) (Room B) ■■01. Advanced Functional Materials through Hybridization(9:00) (Session Chiars: 石田 康博)
1B01★ Study on hydride ion-conducting materials for the creation of novel electrochemical applications (RIKEN) ○KOBAYASHI Genki
1B03
Elucidating Polymer-Mineral Interaction in Hydrogel-Mediated Mineralization (Graduate School of Life Science, Hokkaido
University) ○Marsudi Maradhana Agung*・(Faculty of Advanced Life Science, Hokkaido University) Kiyama Ryuji・(Graduate
School of Life Science, Hokkaido University) Masahiro Yoshida・(Faculty of Advanced Life Science, Hokkaido University・WPIICReDD, Hokkaido University) Gong Jian Ping・(Faculty of Advanced Life Science, Hokkaido University) Nonoyama Takayuki
1B04
Preparation of inorganic-organic hybrid ship bottom paints and their properties. (Kobe University) ○KURAOKA Koji・
ISHIMURA Sho・TAKAMIYA Yuki
(10:20) (Session Chiars: 徳留 靖明)
1B05
Preparation and surface characterization of high-density polysiloxane brushes (Nagoya University) ○FURUKAWA Toui・(MieUniversity) FUJII Yoshihisa・(Nagoya University) TAKEOKA Yukikazu・SEKI Takahiro・(Kagawa University) HARA Mitsuo*
1B06
Preparation of antifog hard coatings composed of water-soluble carboxy-functionalized polysilsesquioxanes and oligo(ethylene
glycol)s (Kagoshima University) ○MORINAGA Seiya・KANEKO Yoshiro*
1B07
Fabrication of organic-inorganic hybrid aerogels by siloxane network formation reaction using boron catalyst. (Nagoya University)○yasuda yuma・Nakanishi Kazuki*・Hasegawa George・(Kyoto University) Kanamori Kazuyoshi*(11:20) Break(13:20) (Session Chiars: 原 光生)
1B14★ Singlet oxygen mediated photocatalytic like effect of dye-inorganic nanosheet hybrids (Shimane University) ○Fujimura Takuya
1B16
Synthesis of colloidal nanocrystals of layered magnesium hydroxide for application to biodegradable fiber materials. (Osaka
Metropolitan University) ○AMIMOTO Ayaka・TOKUDOME Yasuaki*・(Nagoya Institute of Technology) IBAYASHI Shuta・
OBATA Akiko・(Hiroshima Institute of Technology) TARUTANI Naoki・(Osaka Metropolitan University) MURATA Hidenobu・
NAKAHIRA Atsushi
1B17
Templated synthesis of β-FeOOH nanosheets using surfactant crystals (Nagoya University) ○NAKAMURA Kensei・
YAMAMOTO Eisuke*・KOBAYASHI Makoto・OSADA Minoru*(14:40) (Session Chiars: 原 光生)
1B18
Preparation of soluble ladder-like polysiloxanes by template polymerization and fabrication of their films using a silicone-based
crosslinking agent (Kagoshima University) ○NONAKA Sho・(Advanced Industrial Science and Technology (AIST)) SHIKINAKA
Kazuhiro・(Osaka Institute of Technology) HIRAI Tomoyasu・(Kagoshima University) KANEKO Yoshiro*
1B19
Hierarchical structural design of flexible calcium carbonate structures produced by snails and fabrication of the mimetic structures(Keio University) ○KURIHARA Yuri・(Keio University・The University of Tokyo) YOSHIMURA Taro・(Keio University)
WATANABE Hiroto・KISHIMOTO Takuto・OONO Nozomi・TAKAHASHI Hidetoshi・(The University of Tokyo) UESHIMA
Rei・SASAKI Takenori・(Keio University) OAKI Yuya・IMAI Hiroaki*
1B20
Organosilylation of cage-type gallophosphates encapsulating oxide ions (Waseda University) ○MURAMATSU Souki・HAYASHI
Taiki・HATTORI Yuta・MATSUNO Takamichi・SHIMOJIMA Atsushi*(15:40) Break(16:00) (Session Chiars: 三原 のぞみ)
1B22
★ Template synthesis of chalcogenide wires inside one-dimensional nanospaces (The University of Tokyo) ○NAKANISHI Yusuke
1B24
Photodissolution of spherical secondary particles of zinc oxide and control of their morphology and characteristics (Chiba
University) ○SOMA Yujiro・ECHIGO Morio・KOJIMA Takashi・UEKAWA Naofumi*
1B25
Development of X-ray µ-CT contrast agent for vascular imaging using concentrated dispersion of NiAl LDH nanoparticles inmethanol (Osaka Metropolitan University) ○ANDO Yosuke・TOKUDOME Yasuaki*・(University of Birmingham)
Poologasundarampillai Gowsihan・(Osaka Metropolitan University) NAKAHIRA Atsushi(17:20) (Session Chiars: 神戸 徹也)
1B26
Synthesis of zinc oxide fine particles-carbon complex by thermal decomposition of zinc-citric acid complex (Chiba University)○MIYAMOTO Takanobu・KOJIMA Takashi・UEKAWA Naofumi*
1B27
Experimental observation of quantum confinement effect of zinc oxide nanoparticle encapsulated in an organic cage molecule(University of Tsukuba) ○MIHARA Nozomi・SAGARA Keigo・SHIGA Takuya・NIHEI Masayuki■■September 10 (Tue) (Room C) ■■15. The frontier of dielectric materials ～Creation of innovation for solving social
issues～
誘電体薄膜 1(新現象・新材料)(9:40) (Session Chiars: 安原 颯)
1C03
Phase-field simulation of formation of polar skyrmion lattice and its topological defect structures in PbTiO3 nano-thin film (Kyoto
University) ○KASAI Kohta・MINAMI Susumu・SHIMADA Takahiro*
1C04
Polarization domain structure of layered ferroelectric SnS (The University of Tokyo) ○KITAMURA Satsuki・NANAE Ryo・
NISHIMURA Tomonori・KANAHASHI Kaito・NAGASHIO Kosuke*
1C05
The photo-induced crystal-growth of nanoparticles in low-temperature and high-speed PCSD processes (National Institute ofAdvanced Industrial Science and Technology) ○FUKUDA Masayuki・KITANAKA Yuuki・NAKAJIMA Tomohiko
1C06
Antiferroelectric Response of Titanite Film Prepared by Pulsed Laser Deposition (Tokyo Institute of Technology) ○Yang
Weirong・Kuwano Taro・(Nagoya University) Taniguchi Hiroki・(Tokyo Institute of Technology) Yasui Shinntaro*
焦電・圧電応用(16:40) (Session Chiars: 池田 潤)
1C24
Analysis on electrocaloric effect in (Ba, Sr)TiO3 near the phase transition (Okayama University) ○Tanaka Yukiya・Teranishi
Takashi*・(National Institute for Materials Science) Iguchi Ryo・(Okayama University) Kondo Shinya・Kishimoto Akira

1C25
1C26

1C27

Effect of poling on piezo-catalytic behavior (Nagoya Institute of Technology) ○KAYANO Ema・KAKIMOTO Kenichi*
AC poling process for Mn doped Pb(Mg1/3Nb2/3)O3-Pb(ZrTi)O3 single crystals grown by solid state crystal growth (Shonan Instuteof Technology) ○MAIWA Hiroshi・YAMAGATA Yushi・XIANG Yu・(Ceracomp. Co. Ltd.) Lee Ho-Yong・(Shonan Instute ofTechnology・North Carolina State University) YAMASHITA Yohachi
Small-signal piezoelectric characteristics on BiFeO3-based piezoelectric ceramics (Tokyo University of Science) ○Nam
Hyunwook*・Nozoe Keisuke・(Hiroshima University) Kim Sangwook・(University of Yamanashi) Fujii Ichiro・(Hiroshima
University) Aruga Motoki・(Tokyo University of Science) Takagi Yuka・(University of Yamanashi) Ueno Shintaro・(Hiroshima
University) Kuroiwa Yoshihiro・(University of Yamanashi) Wada Satoshi・(Tokyo University of Science) Nagata Hajime■■September 10 (Tue) (Room D) ■■20. Hyper-Ordered Structure Science(10:00) (Session Chiars: 手跡 雄太)
1D04
Physical properties and functionality of High-entropy-type REBa2Cu3O7-d superconductors (Tokyo Metropolitan University)○YAMASHITA Aichi・YAMANAKA Mahiro・MUROI Kouta・MIZUGUCHI Yoshikazu・(Yokohama National University) Oono
Naoko
1D05
HAXPES measurement of Fe-Pd alloys (Kyoto university・Tokyo Institute of Technology) ○WATANABE Manabu・(Japan
Synchrotron Radiation Research Institute) TAKAGI Yasumasa・(Tokyo Institute of Technology) TANAKA Tomonori・GOHDA
Yoshihiro・(Tohoku university) ADACHI Masayoshi・NAKAMURA Tetsuya・TAKATA Masaki・FUKUYAMA Hiroyuki
1D06
Structure-related superionic conductivity in solid electrolytes based on silver iodide and silver oxyacid salts (Yamagata University)○Kawanago Ryota・Makino Yuto・Uchida kento・Matsushima Yuta*
1D07
Investigation of the Anode Characteristics and Crystal/Electronic Structure of A-site Deficient Perovskites (Tokyo University of
Science) KITAMURA Naoto*・○TOKUNAGA Atsushi・ISHIBASHI Chiaki・IDEMOTO Yasushi
1D08
Effects of electrode preparation process on positive electrode properties, average and local structures of Li1.3Nb0.3M0.4O2 (M: 3dtransition metal) (Tokyo University of Science) ○HAYASHI Yuna・KITAMURA Naoto*・ISHIBASHI Chiaki・IDEMOTO
Yasushi(13:20) (Session Chiars: 増野 敦信)
1D14Structure and Piezoelectric properties of melilite-type single crystals (Saitama University) ○TAKEDA Hiroaki・Uehara Takumi・
Kodama Shohei・Yanase Ikuo・(Tohoku University) Sugiyama Kazumasa
1D15
Low-temperature Mossbauer spectra of the Corundum-type structured Fe2O3-Al2O3 solid-solution in the Al-rich region (Kyoto
University) ○TAKAI Shigeomi・Nakaishi Hayato・Luo Dong・Yabutsuka Takeshi・Yao Takeshi・Kitao Shinji・Seto Makoto
1D16
Relationship between intermediate-range structure and electrode properties of lithium-ion battery anode material TiNb2O7 (Tokyo
University of Science) ○KITAMURA Naoto・MATSUBARA Hikari・(Nagoya Institute of Technology) KIMURA Koji・(Okayama
University) OBAYASHI Ippei・(National Institute for Materials Science) ONODERA Yohei・(Shimane University) NAKASHIMA
Ken・(Tohoku University) MORITA Hidetoshi・(Tohoku University・RIKEN・National Institute for Materials Science) SHIGA
Motoki・(Toshiba Corporation) HARADA Yasuhiro・(Tokyo University of Science) ISHIBASHI Chiaki・IDEMOTO Yasushi・(Nagoya Institute of Technology) HAYASHI Koichi(14:20) Break(14:40) (Session Chiars: 紅野 安彦)
1D18◆ Intermediate-range structure of oxide glasses and liquids (National Institute for Materials Science) ○KOHARA Shinji
1D20★ Transformations to the aluminium coordination environment and network polymerisation in amorphous aluminosilicates underpressure (University of Bath) ○SALMON Philip(16:00) Break(16:20) (Session Chiars: 北村 尚斗)
1D23
Tailoring Catalysts for Excellence: Opening of Tin Site and Rearranging of Framework in Hydrophobic Sn-Beta Zeolite via LiquidMediated Treatment (The University of Tokyo) Li Boqing・○Simancas Raquel・(National Institute of Advanced Industrial Scienceand Technology (AIST)) Nagashima Hiroki・(The University of Tokyo・Japan Science and Technology Agency) Iyoki Kenta・(The
University of Tokyo) Elangovan Shanmugam P.・Chokkalingam Anand・(The University of Tokyo) Yamagishi Takayuki・(Yokohama National University) Inagaki Satoshi・(The University of Tokyo) Okubo Tatsuya・Wakihara Toru*
1D24
Structural Modeling of Bismuth-based Glasses Using Density Functional Theory and Molecular Dynamics Simulations (Okayama
University) ○LUO YANG・BENINO Yasuhiko*・NANBA Tokuro*
1D25
Synthesis of amorphous zirconia using precipitation method (Kogakuin University) ○ABE Takato・Okuno Rei・(National Institutefor Material Science) Onodera Yohei・Kohara Shinji・(Kogakuin University) Okura Toshinori・Hashimoto Hideki*
1D26
Structure and catalytic properties of amorphous alumina porous particles (Kogakuin University) ○Okuno Rei・Kinjo Tetuya・(Tohoku University) Shimizu Shunsuke・(Kogakuin University) Maekawa Ryuichi・(National Institute for Materials Science)
Onodera Yohei・Kohara Shinji・(JEOL) Yazawa Koji・(National Institute for Materials Science) Deguchi Kenzo・Ohki Shinobu・(Titan Kogyo, Ltd.) Seki Toshimasa・Nakahara Kiyoshi・(Tohoku University) Yoshii Takeharu・(Kogakuin University) Maeno Zen・
Okura Toshinori*・Hashimoto Hideki
1D27
Thermal transport properties and structure of binary silicate glasses (Kyoto University) ○HATANO Shohei・MASUNO
Atsunobu*・(The University of Tokyo) INOUE Hiroyuki・YANABA Yutaka■■September 10 (Tue) (Room E) ■■22. Material Design and Processing Design
マテリアルプロセッシングデザイン（パウダー）(9:00) (Session Chiars: 林 大和)
1E01★ Powder assembly technique for multi-scale structure control of composite ceramic materials (Toyohashi University of Technology)○MUTO Hiroyuki
多様なプロセッシングデザイン（固相）(9:40) (Session Chiars: 林 大和)

1E03

Mechanochemical synthesis of multi-functional MoOx/carbon photocatalyst (Nagoya Institute of Technology) ○KATO Kunihiko・
XIN Yunzi・XU Yuping・SHIRAI Takashi
1E04
Investigation of structural changes and formation mechanism of silicate ions derived from silica particles with altered surface states(Nagoya Institute of Technology) ○SANGU Takumi・XIN Yunzi・KATO Kunihiko・XU Yuping・SHIRAI Takshi*(10:20) Break
多様なプロセッシングデザイン（粉末）(10:40) (Session Chiars: 加藤 邦彦)
1E06
Development of Composite Materials with Three-dimensional network structure by Core-Shell Composite Granules (Toyohashi
University of Technology) ○FUJISHIRO Katsumi・MURAKAMI Nagisa・KAWAMURA Go・MATSUDA Atsunori・TAN Wai
Kian・MUTO Hiroyuki*
1E07
Elucidation of aerosol deposition mechanism through fundamental investigation (Toyohashi University of Technology)○IKEHATA Anna・KAWAMURA Go・MATSUDA Atsunori・Tan Wai Kan・(The National Institute of Technology) FUJITA
Naoyuki・(Shizuoka Institute of Science and Technology) MINAMOTO Hirofumi・(Toyohashi University of Technology) MUTO
Hiroyuki*
1E08
Evaluation of particle packing structures in sheet forming process using numerical simulation (Tohoku University) ○SEINO
Motoki・SAITO Takamasa・KUBO Masaki*・(Japan Fine Ceramics Center) KIMURA Teiichi・TERASAKA Sota・(PIA) KOIKE
Osamu・TATSUMI Rei
1E09
Fabrication of transparent, luminescent organic-inorganic hybrid PVA/LDH films assisted with analysis on orientation behavior of
LDH particles (Keio University) ○Takahashi Fumina・Hagiwara Manabu・Fujihara Shinobu*
マテリアルプロセッシングデザイン（アップサイクル）(13:20) (Session Chiars: 小島 隆)
1E14★ Chemical conversion of inorganic wastes into functional material using alkali fusion (Chiba University) ○WAJIMA Takaaki
多様なプロセッシングデザイン（制御）(14:00) (Session Chiars: 小島 隆)
1E16
Formation of Ga2O3 thin films by thermal oxidation of Ga thin films (Ishinomaki Senshu University) ○EHARA Takashi
1E17
Replacement deposition of Mesoporous metal film (Nagoya University) ○KOUNO Kaito・MIYATA Hirokatsu*・YOKOSHIMA
Tokihiko*・(Nagoya University・Queensland University) YAMAUCHI Yusuke*
1E18
Fabrication of tetragonal Ba(1-x)SrxTiO3 using BaTiO3 nanorods prepared by hydrothermal method (Kyushu University) ○IWAKIRI
Kanta・INADA Miki*
1E19
Sustainable sonochemical synthesis and surface plasmon resonance of BaTiO3/Ag nanocomposite particles (Tohoku University)○SHISHIDO Tatsuya・HAYASHI Yamato*・FUKUSHIMA Jun・TAKIZAWA Hirotsugu(15:20) Break
多様なマテリアルデザイン（液相合成）(15:40) (Session Chiars: 久保 正樹)
1E21
Synthesis and structural analysis of precursors for Si-doped C12A7:F− (Kyushu University) ○TAKIISHI Kanta・INADA Miki*
1E22
Surface structure analysis of 2D γ-alumina synthesized utilizing Ga-based alloy (Nagoya Institute of Technology) ○KAMIYAHaruto・KATO Kunihiko・XIN Yunzi・XU Yuping・SHIRAI Takashi*
1E23
Sonochemical room temperature fabrication of ZnO nanorods using metallic Zn as raw materials (Tohoku University) ○Yamanaka
Toshiki・Hayashi Yamato*・Fukushima Jun・Takizawa Hirotsugu
1E24
Hot water and hydrothermal conversion of Eu3+ doped hydrous metal oxide particles into perovskite-type oxide phosphors (Chiba
University) ○SUZUKI Naoya・KOJIMA Takashi*・INAGAKI Misa・UJIIE Kazuya・HOSONO Keita・UEKAWA Naofumi
1E25
An investigation on low-temperature crystallization method and crystallite size control of porous hydrous titania particles (Chiba
University) ○FUJISAWA Eme・KOJIMA Takasi*・OGAWA Kanna・INAGAWA Moe・UEKAWA Naofumi■■September 10 (Tue) (Room F) ■■09. Basic science of powder processsing for innovating ceramic manufacturing
technology
フィラー(9:00) (Session Chiars: 中島 佑樹)
1F01
Improvement of interfacial adhesion between fillers and polymer by wet-jet milling, and informatics approach in the interface
analysis (Advanced Industrial Science and Technology) ○TOMINAGA Yuichi・WATANABE Ryota・HAGIHARA Hideaki・IMAI
Yusuke
1F02
Thermal conductivity maximization of structures containing hexagonal boron nitride nanosheets (National Institute of Advanced
Industrial Science and Technology (AIST)) ○SATO Kimiyasu・Tominaga Yuichi・Imai Yusuke
1F03
Fabrication of silica-carbon composites using a non-firing solidification process and its electrical properties (Nagoya Institute ofTechnology) ○Aramachi Junnosuke・Goto Satono・Ishii Kento・Fuji Masayoshi*
造粒(10:00) (Session Chiars: 中島 佑樹)
1F04
Study of bead milling and spray drying process using new high-performance wet classifier. (PRECI CO., LTD.) ○KAWAGUCHI
Shinya・KOBAYASHI Yusuke・TAKAGI Shunya・(SATAKE MultiMix Corporation) HOSHINO Toru・SATO Makoto・AGO Kenichi(10:20) Break(10:40) (Session Chiars: 佐藤 公泰)
1F06
Morphology and properties of granules prepared by spray freeze granulation drying from non-aqueous Si3N4 slurries (Yokohama
National University) ○YAMAZAKI Riko・TATAMI Junichi*・IIJIMA Motoyuki・(Preci Co., Ltd) KAWAGUCHI Shinya・(National Institute of Advanced Industrial Science and Technology) KONDO Naoki
窒化体(11:00) (Session Chiars: 佐藤 公泰)
1F07
Predicting thermal conductivity of sintered silicon nitride using machine learning (National Institute of Advanced Industrial Scienceand Technology) ○NAKASHIMA yuki・FURUSHIMA Ryoichi・ZHOU You・HIRAO Kiyoshi・OHJI Tatsuki・FUKUSHIMAManabu
1F08
Morphology of the secondary phase developed during sintering that governs the volume resistivity of AlN ceramics (Yokohama
National University) ○KOTSUGAI Ken・TATAMI Junichi*・IIJIMA Motoyuki・(Sumitomo Electric Industries, Ltd.) ITAKURA
Katsuhiro・YAGI Ryohei・FUJIMI Ryohei
1F09
Morphology of the secondary phase and mechanical properties in AlN ceramics using multifractal analysis (Tokyo City University)○MIYATA Runa・OGIYA Taito・SATO Yoshihiro・KOBAYASHI Ryota*・MUNAKATA Fumio
造形(13:20) (Session Chiars: 田中 諭)
1F14◆ Additive manufacturing technology by using ceramic powders (National Institute of Advanced Industrial Science and Technology(AIST)) ○HOTTA Mikinori
観察(14:00) (Session Chiars: 田中 諭)
1F16
Analysis of consolidation behavior in slip casting of alumina slurry by in situ OCT observation (Yokohama National University)○TATAMI Junichi・Izawa Mizuki・Iijima Motoyuki・(Kanagawa Institute of Industrial Science and Technology) Takahashi
Takuma
1F17
Elucidation of drying behavior of SiO2 slurry with PVA of different saponification degrees by in situ OCT observation (Yokohama
National University) ○KURODA Hiromasa・TATAMI Junichi*・IIJIMA Motoyuki・(Kanagawa Institute of Industrial Science andTechnology) TAKAHASHI Takuma(14:40) Break(15:00) (Session Chiars: 高橋 拓実)
1F19
Structural evaluation of green and sintered bodies using Al2O3 and Al2O3-ZrO2 composite granules (Nagaoka University ofTechnology) ○TANAKA Satoshi・IMORI Masakazu・(National Institute for Materials Science) OKUMA GAKU
1F20
Homogenization of silicon nitride green compacts by in-situ solidification of nonaqueous slurries (Yokohama National University)○OIKAWA Takahiro・(Toshiba Materials Co., Ltd.) YUASA Akimasa・(Yokohama National University) TATAMI Junichi・
IIJIMA Motoyuki*
1F21★ Characterization of HAp green bodies and hydrous iron oxide particles by electron microscopy (National Institute of Advanced
Industrial Science and Technology (AIST)) ○TAKAHASHI Chisato(16:20) Break表面(16:40) (Session Chiars: 嶋村 彰紘)
1F24
Elucidation of mechanism of initial low-temperature degradation of 3 mol% Y2O3 stabilized ZrO2 ceramics by using
microcantilever bending tests (Kanagawa Institute of Industrial Science and Technology) TAKAHASHI Takuma・Niregi Kaito・
Yahagi Tsukaho・(Yokohama National University) Ohji Tatsuki・○Tatami Junichi
1F25
Polyethylene glycol adsorption at anatase TiO2(101) / H2O interfaces: Theoretical study by ab-initio calculations and ab-initio andclassical molecular dynamics calculations (Chungnam National University) CHUN Hee-Joon・(Samsung Electro-Mechanics Co.,
Ltd.) KIM Kang-Sahn・○HIGAI Shin'ichi
1F26
Measurement of interaction forces between alumina particles and additives by colloidal probe AFM method. (National Institute ofAdvanced Industrial Science and Technology) ○USUKAWA Ryutaro・SATO Kimiyasu・HOTTA Yuji・HOTTA Mikinori
1F27
Evaluation of surface-modified silica nanoparticles by a time-domain nuclear magnetic resonance (TD-NMR) (Gifu University・
Tohoku University) ○TAKAI Chika・(Gifu University) TERAMAE Atsushi・KATO Ariga・NAGATA Tomoya・SUGIURA
Motoya・(Tohoku University・Mageleka Japan Co,. Ltd.) IKEDA Junko・(Gifu University) KIMANI Paul■■September 10 (Tue) (Room G) ■■25. Progress of ceramics synthesis by aqueous solution process
リン酸塩(9:00) (Session Chiars: 後藤 知代)
1G01
Wet chemical synthesis and fluorescence characterization of octacalcium phosphate incorporating terephthalic acid derivatives(Tokyo Medical and Dental University) ○YOKOI Taishi・WATANABE Masahiro・KAWASHITA Masakazu
1G02
Mechanical property and apatite formation ability in simulated body environment of polyglutamic acid gel containing nanofibers(Kyushu Institute of Technology) ○TANAKA Hinako・NAKAMURA Jin・MIYAZAKI Toshiki*
結晶成長・薄膜(9:40) (Session Chiars: 近藤 吉史)
1G03
Observation of heteroepitaxial growth of Cu-paddle wheel metal-organic frameworks on copper hydroxide by atomic force
microscopy (Osaka Metropolitan University) ○Saito Oki・Okada Kenji・Fukatsu Arisa・Takahashi Masahide*
1G04
Film assembly of NiNH4PO4・H2O plates prepared by an aqueous solution process (Kansai University) ○SUMITA MASAHIDE・UCHIYAMA HIROAKI*(10:20) Break
集積・薄膜(10:40) (Session Chiars: 長谷川 丈二)
1G06
Control of zirconia nanosheets dispersibility using surfactants and their 2D assembly. (Nagoya University) ○KATAOKA Keito・
YAMAMOTO Eisuke*・KOBAYASHI Makoto・OSADA Minoru*
1G07
Preparation of CeO2 sol by dialysis of aqueous solutions of Ce salt and humidity sensitive structural color of films obtained bydrying sol. (Chiba University) ○TAKATOKU Kazuma・ITO Airi・KOJIMA Takasi・UEKAWA Naofumi*(11:20) (Session Chiars: 横井 太史)

1G08★ Synthesis of inorganic oxide nanoparticle dispersion system under controlled reaction atmosphere and application for preparation of
aggregates with film morphology (Chiba University) ○UEKAWA Naofumi

水熱法・層状物質(13:20) (Session Chiars: 後藤 知代)
1G14★ Creation of two-dimensional compounds by solution process and development of their environmental gas response function(IMRAM, Tohoku University) ○YIN SHU
1G16
Immobilization of nanocarbons on layered metal hydroxide by simultaneous hydrothermal synthesis (Nagoya University)○SUZUKI Kazumasa*・CHINO Taisei・(The University of Shiga Prefecture) WADA Taiki・(Nagoya University) MATSUKAWA
Yuko・OHTSUKI Chikara(14:20) (Session Chiars: 朝倉 裕介)
1G17
Synthesis of Bi-based Mixed Anion Compounds Containing Various Molecular Anions Bi2O2X Using Solution Process (Hiroshima
University) ○Matsunaga Tom・SUMIOKA Oomi・TARUTANI Naoki・KATAGIRI Kiyofumi*・INUMARU Kei
水熱法・イオン交換(14:40) (Session Chiars: 朝倉 裕介)
1G18
Insertion of alkali ions into perpendicularly-oriented titanate nanosheet films using a room-temperature solution process (Nagoya
University) ○BANSHO Masaya・MATSUKAWA Yuko・SUZUKI Kazumasa*・OHTSUKI Chikara・(National Institute ofAdvanced Industrial Science and Technology) YAMAGUCHI Yuki
Nano structure of potassium titanate synthesized by hydrothermal method and its Pb2+ sorption properties (Osaka University)
1G19○GOTO Tomoyo・Umemura Takumu・Kondo Yoshifumi・Seo Yeongjun・Cho Sung hun・Sekino Tohru(15:20) Break
ナノ粒子(15:40) (Session Chiars: 鈴木 一正)
1G21★ Synthesis mechanism of transition metal nanomaterial by alcohol reduction method (Tokyo Metropolitan University) ○ISHIJIMA
Masanao(16:20) (Session Chiars: 岡田 健司)
1G23
In situ and ex situ observation of amphiphilic polymer-mediated ring-like self-assembly of silica nanoparticles (Tokyo Medical and
Dental University・Nagoya University) ○SUGAWARA-NARUTAKI Ayae・(Nagoya University) TAKAHASHI Rintaro・
OHTSUKI Chikara・(Osaka University) AOSHIMA Sadahito
1G24Synthesis of hollow silica naoparticles using poly acrylic acid template (Gifu University・Tohoku University) ○TAKAI Chika・(Gifu University) KIMANI Paul・(Nagoya Institute of Technology) FUJI Masayoshi(17:20) (Session Chiars: 鳴瀧 彩絵)
1G26
Effect of adding highly dispersible hollow silica nanoparticles to cellulose nanofiber films on its thermal insulation properties(Nagoya Institute of Technology, Advanced Ceramics Research Center) ○ISHII Kento・ICHIHARA Ryoma・YOSHIDA Yuuki・
FUJI Masayoshi■■September 10 (Tue) (Room H) ■■23. Advanced Structure Science and Analytical Techniques(9:00) (Session Chiars: 小川 貴史)
1H01★ High-precision calculation of defect formation energy and prediction by machine learning (Tohoku University) ○KUMAGAI YU
1H03
Molecular dynamics based on quantum thermal bath for the phase transitions in perovskites (Kyoto University) ○KANAYAMA
Kansei・TOYOURA Kazuaki*
1H04
Many body neural-network descriptor enhancing accuracy of machine-learning interatomic potential and its application to latticedefects (Nagoya University) ○UCHIDA Masami・Yokoi Tatsuya・Ogura Yu・(Nagoya University・Japan Fine Ceramics Center)
Matsunaga Katsuyuki*(10:20) Break(10:40) (Session Chiars: 豊浦 和明)
1H06
Theoretical Determination and Analysis of Atomic Structures of Organic Molecule Incorporated Calcium Phosphate Crystals basedon DFT Calculation and particle swarm optimization (Nagoya University) ○SUSAKI Nao・YOKOI Tatsuya・OGURA Yu・(Nagoya University・Japan Fine Ceramics Center) MATSUNAGA Katsuyuki*
1H07
First principles calculations of protonic defect formation in xenotime-type rare-earth phosphates (Japan Fine Ceramics Center)○LEE Gyeongseo・Ogawa TakafTakafumi・Kuwabara Akihide
1H08
Theoretical study on atomic structure and energetics for grain boundary segregation in α-Al2O3 (Nagoya University) ○YOKOI
Tatsuya・Ogura Yu・(Nagoya University・Japan Fine Ceramics Center) Matsunaga Katsuyuki
1H09
Generation of reasonable size N and "1/N" supercells (National Institute of Advanced Industrial Science and Technology)○HINUMA Yoyo・Ozaki Hiroyuki(13:20) (Session Chiars: 手塚 慶太郎)
1H14
★ Search for transition metal compounds exhibiting unique magnetic properties (Toho University) ○DOI Yoshihiro
1H16
Crystal structures , oxygen nonstoichiometry, and oxidation state of iron for the quaternary compounds Ba3RFe2O7.5+δ (R = Y,
lanthanides) (Toho University) ○Nakamura Masaya・Doi Yoshihiro*・(Hokkaido University) Uchida Yu
1H17
Structural changes in the double perovskite GdBaFe2O5+δ by topotactic chemical reaction (Nagoya Institute of Technology)○KUSADA Kotoko・URUSHIHARA Daisuke*・ASAKA Toru*・FUKUDA Koichiro・(National Institutes for Quantum Science andTechnology) NAKAHIRA Yuki・(Teikyo University・Waseda University) NAKAMURA Shin・(Waseda University) KATSUFUJI
Takuro・(Hiroshima University) MORIYOSHI Chikako(14:40) Break(15:00) (Session Chiars: 漆原 大典)
1H19Electrical Conduction Properties of SrFeO3-δ with Controlled Oxygen Content - Effect of Structural Phase Transition (Nihon
University) ○Yoshino Taizo・Sugimoto Takayuki・Shido Kousuke・Hashimoto Takuya*・(University of Tokyo) Matsuo Motoyuki・(Tohoku University) Morikawa Daisuke・Tsuda Kenji1H20

Crystal structure and chemical state of Fe in trivalent ion partially substituted SrFeO3-δ (Nihon University) ○NAGAI Keina・
SHIDO Kosuke・KATO Chihiro・MURAKAMI Hikaru・YOSHINO Taizo・MAEHARA Ryutaro・HASHIMOTO Takuya*・(The
University of Tokyo) MATSUO Motoyuki
1H21
Synthesis and characterization of rare earth-tantalum oxysulfides (Utsunomiya University) ○MORIOKA Mao・ANDO Miki・TEZUKA Keitaro*・TAKEBUCHI Yuma・SHAN YueJin
1H22
Accurate Determination of Modulated Composite Crystal Structure Using the Information Criterion (National Institute of Advanced
Industrial Science and Technology) ○GOTOH Yoshito・FUJIHISA Hiroshi(16:20) Break(16:40) (Session Chiars: 丹羽 健)
1H24
Dynamic analysis of functional inorganic materials by molecular dynamics simulation (Yamagata University) ○MATSUSHIMA
Yuta・Sato Shogo・Hayasaka Ryusei・Makino Yuto
1H25
In situ observation of MoS2 lithiation by scanning transmission electron microscopy (Japan Fine Ceramics Center)○NAKAYAMA Kei・KOBAYASHI Shunsuke
1H26
Crystal structure analysis of multicomponent R2TiO5 (Japan Fine Ceramics Center) ○TANAKA MAKOTO・OGAWA Takafumi・
ITO Taishi・NAKAYAMA Kei・KAWASHIMA Naoki・KATO Takeharu・KITAOKA Satoshi■■September 10 (Tue) (Room J) ■■13. Crystal Science - New development of crystal growth technology and materials
research イオン交換体(9:00) (Session Chiars: 我田 元)
1J01
Flux growth of element-substituted sodium titanate crystals and evaluation of their metal ion exchange properties (Shinshu
University) ○WADA Yuki・TIPLOOK Mongkol*・YAMADA Tetsuya*・HAYASHI Fumitaka*・TESHIMA Katsuya*
1J02
Flux growth of lithium titanium sulfide crystal (Shinshu University) ○HAYASHI Fumitaka・KASHIWAZAKI Maru・OHKI
Hiroshi・IIYAMA Taku・YAMADA Tetsuya・TESHIMA Katsuya
電池材料(9:40) (Session Chiars: 我田 元)
1J03
Development of semi-solid-state rechargeable batteries using garnet-type solid electrolyte single crystal (National Institute ofAdvanced Industrial Science and Technology) ○KATAOKA Kunimitsu・MATSUMOTO Hajime(10:00) Break(10:20) (Session Chiars: 片岡 邦光)
1J05★ Single Crystal Growth of Solid Electrolyte by Flux Method and Elucidation of the Ionic Conduction Mechanism (Nagoya
University) ○YAJIMA Takeshi
1J07
Investigation of Solvent Composition in the TSFZ Growth of LixLa(1-x)/3Nb1-yTayO3 (Yamanashi University) ○ONIMARU
Mizuki・MARUYAMA Yuuki*・NAGAO Masanori・WATAUCHI Satoshi・TANAKA Isao
評価技術
(11:20) (Session Chiars: 片岡 邦光)
1J08
SENJU, a single-crystal diffractometer using pulsed neutrons at J-PARC (Japan Atomic Energy Agency) ○OHHARA Takashi・
KIYANAGI Ryoji・(CROSS) NAKAO Akiko・MUNAKATA Koji・ISHIKAWA Yoshihisa・MORIYAMA Kentaro・(Japan Atomic
Energy Agency) TAMURA Itaru・KANEKO Koji
1J09
In situ plused neutron diffraction measurement of ferroelectric single crystals under electric field (Japan Atomic Energy Agency)○KAWASAKI Takuro・Ohhara Takashi・Kiyanagi Ryoji(13:20) (Session Chiars: 黒澤 俊介)
1J14
Thermal conductivity measurement of single crystal materials by hot-disk method (National Institute of Advancecd Indstrial
Science and Technology) ○NAGAI Hideaki・KATAOKA Kunimitsu・(Tohoku University) YAMADA Takahiro
光触媒(13:40) (Session Chiars: 黒澤 俊介)
1J15
Flux Synthesis of Layered Perovskite Oxyiodide Photocatalyst for Efficient Water Splitting under Visible Light (Kyoto University)○OGAWA Makoto・SUZUKI Hajime・TOMITA Osamu・(Kyoto University・Precursory Research for Embryonic Science andTechnology, Japan Science and Technology Agency) NAKADA Akinobu・(Osaka University) SAEKI Akinori・(Kyoto University)
ABE Ryu*
1J16
Optical absorption properties of BaTaO₂N photocatalyst crystals grown from LaTaON₂ in fluxes (Shinshu University)○HAYAKAWA Haruto・YAMADA TETUYA*・MIYAGAWA Hiroh*・HAYASHI Fumitaka*・TESHMA Katsuya*
1J17
Flux growth of multicomponent layered perovskite-type oxysulfide crystals. (Shinshu University) ○SUGIYAMA Harumu・
YOKOTSUKA Yuto・HAYASHI Fumitaka*・TIPPLOOK Mongkol・YAMADA Tetsuya・TESHIMA Katsuya*(14:40) Break
結晶成長(15:00) (Session Chiars: 綿打 敏司)
1J19★ Development of AI-based SiC solution growth technology (Nagoya University) ○Ujihara Toru
誘電体・導電体(15:40) (Session Chiars: 綿打 敏司)
1J21
Magnetic and electric characteristics of electronic ferroelectric material RFe2O4seen from nonlinear optical measurements and Xrays (Department of Physics, Okayama Univ.) ○YU Hongwu・Park Gyusang・Yano Yuta・(Japan Atomic Energy Agency) Fukada
Yukimasa・(QST) Fujiwara Kousuke・(Department of Physics, Okayama Univ.) Ikeda Naoshi・(Department of Chemistry, Tokyo
Institute of Technology) Wang Xiaopu・Sugisawa Akihiro・Shimanuki Syuuhei・Okimoto Youichi

1J22

Observation of bulk photovoltaic effect in single crystal of electronic ferroelectric LuFe2O4 (Tokyo Tech) ○SUGISAWA Akihiro・
AOYAGI Kohei・(Okayama Univ.) YU Hongwu・(Tokyo Tech) ISHIKAWA Tadahiko・KOSHIHARA Shin-ya・(Nihon Univ.)
NAGATA Tomoko・(Okayama Univ.) IKEDA Naoshi・(Tokyo Tech) OKIMOTO Yoichi*(16:20) Break(16:40) (Session Chiars: 林 文隆)
1J24
Growth of BaTaO2N Crystals by an NH3-Assisted BaCl2 Flux Method and Investigation of Their Growth Mechanism (Meiji
University) ○HARADA Ginji・WAGATA Hajime*
1J25
Fabrication of Ga-Doped ZnO Films by Non-Seed CBD and Investigation of Electrical Properties (Meiji University) ○Ishizawa
Naoki・(Meiji University) Wagata Hajime*
1J26
Single crystal growth of Hg- and Tl-based cuprate high-temperature superconductors (Tokyo University of Science・National
Institute of Advanced Industrial Science and Technology) ○ARAI Ryuta・MINO Yutaro・(National Institute of Advanced Industrial
Science and Technology) KIHOU Kunihiro・LEE Chul-Ho・ISHIDA Shigeyuki・(Tokyo University of Science) NISHIO Taichiro*・(National Institute of Advanced Industrial Science and Technology) EISAKI Hiroshi
1J27
Single crystal growth of layered oxychalcogenide by melt-solidification method (Tokyo University of Science・Advanced Industrial
Science and Technology) ○Kato Takahiro・(Advanced Industrial Science and Technology) Iwasa Yuki・(Tohoku University)
Yokota Yuui・(Advanced Industrial Science and Technology) Ishida Shigeyuki・(Tohoku University) Horiai Takahiko・Yoshikawa
Akira・(Tokyo University of Science) Nishio Taichiro・(Advanced Industrial Science and Technology) Eisaki Hiroshi・Ogino
Hiraku*■■September 10 (Tue) (Room K) ■■16. Materials science of inorganic compounds utilizing elemental/structural
diversities(9:00) (Session Chiars: 辻本 吉廣)
1K01
Oxygen storage property of Sr-Fe-based perovskite oxide (Kyoto Institute of Technology) ○YAMAZOE Chika・(Tokyo Instituteof Technology) KOSUGE Taiki・YAMAMOTO Takafumi・(Kyoto Institute of Technology) HOSOKAWA Saburo*
1K02
Time-resolved XRD measurement on topotactic reaction of Sr-Fe-based perovskite oxide (Tokyo Institute of Technology)○KOSUGE Taiki・(Kyoto Institute of Technology) YAMAZOE Chika・(Japan Synchrotron Radiation Research Institute)
KAWAGUCHI Shogo・(Kyoto Institute of Technology) HOSOKAWA Saburo・(Tokyo Institute of Technology・Kanagawa Instituteof Industrial Science and Technology) AZUMA Masaki・(Tokyo Institute of Technology) YAMAMOTO Takafumi*
1K03
Oxygen Intake/Release Properties and Crystal Structure of Melilite Type Ba2MnGe2O7+δ (Kanagawa University) ○Ohishi
Kosaku・OGAWA Satoshi・(Tohoku University) YAMANE HISANORI・(Kyoto Institute of Technology) HOSOKAWA Saburo・(Kindai University) Goo Zi Lang・SUGIMOTO Kunihisa・(Kanagawa University) SAITO Miwa・MOTOHASHI Teruki
1K04
High-temperature electrical conductive property of oxygen storage material Ca2AlMnO5+δ involving atomic defect formations(Kanagawa University) ○OGAWA Satoshi・Kuwana Kenta・Kokubo Yoko・Iseki Tomohiro・Tamura Sayaka・Oishi Kosaku・Saito
Miwa・Motohashi Teruki
1K05
Fabrication of porous NiMnO3 polyhedra (Nagoya University) ○SAKAMOTO Ryotaro・NAKANISHI Kazuki*・HASEGAWA
George*(10:40) Break(11:00) (Session Chiars: 細川 三郎)
1K07
Ammonia decomposition catalyzed by Ni particles confined in the network of CeO2 supporter (National Institute for Materials
Science) ○MIZOGUCHI Hiroshi・Osawa Yuta・(Tokyo Institute of Technology) Sasase Masato・(National Institute for Materials
Science) Ohashi Naoki・(Tokyo Institute of Technology) Kitano Masaaki・(National Institute for Materials Science・Tokyo Instituteof Technology) Hosono Hideo
1K08★ Air-stable and Highly Active Iron-based Heterogeneous Catalysts (Osaka University) ○MITSUDOME Takato(13:20) (Session Chiars: 三浦 章)
1K14
Mechanochemical synthesis of perovskite oxyhydrides and the indicator of the reactivity (Kyoto University) ○SASAHARA Yuki・TERADA Rina・UBUKATA Hiroki・ASAHI Miho・(Kyoto University・JST PRESTO) KATO Daichi・(Kyoto University)
TSUMORI Tatsuya・NAMBA Morito・WEI Zefeng・TASSEL Cedric・KAGEYAMA Hiroshi
1K15
Investigation of Low-Pressure Structural Phase Transition Mechanism in Marcasite-Like Carbodiimide Compounds (Hokkaido
University) ○YAMAMOTO Yuzuki・MASUBUCHI Yuji*・SHINOZAKI Ayako・HIGUCHI Mikio・(Japan Advanced Institute of
Science and Technology) HONGO Kenta
1K16
Negative linear thermal expansion along c-axis in SrNi2P2 (Hiroshima University) NAGASE Yutaro・RAMAKRISHNAN Sitaram・○NOHARA Minoru
1K17
Ordering evaluation of SrTaOxNy film by Raman spectroscopy (TDK Corporation) ○YAMAZAKI Kumiko・KITAMURA Hiroki・
UMEDA Yuji・YAMAZAKI Junichi
1K18★ Road to x-ray science at 100 T (University of Electro-Communications) ○IKEDA Akihiko(15:20) Break(15:40) (Session Chiars: 大野 真之)
1K21
Exploration of active material with ionic and electronic conductivity using ternary alloy (The University of Tokyo) ○SASANO
Shun・ISHIKAWA Ryo・KAWAHARA Kazuaki・(The University of Tokyo・Japan Fine Ceramics Center) SHIBATA Naoya・
IKUHARA Yuichi
1K22
Fluoride Ion Conduction in LaA2F3S2(A = Ba, Sr) with Double Honeycomb Structure (Ritsumeikan University) ○OURA Honoka・
TACHIBANA Shintaro・HIRAI Shinjiro・ZHONG Chengchao*・ORIKASA Yuki*
1K23
High Ion Conduction in a Novel Oxyhalide with Triple Fluorite-Like Layers (Tokyo Institute of Technology) ○KANENORI
Yusuke・UENO Nachi・FUJII Kotaro・YASHIMA Masatomo*
1K24
Synthesis and ionic conductivity measurements of lanthanide solid solution with tyssonite structure (Ritsumeikan University)○CHEN Zhihao・Zhong Chengchao*・Okazaki Kenichi・Shimoda Keiji・Orikasa Yuki*(17:00) (Session Chiars: 鐘 承超)

1K25

1K26

1K27

Effect of Vacancies in Antiperovskite Structure on Rotation of Octahedral Structure and Ionic Conduction (Osaka University)○KIM Youngkyu・(Osaka University・Kyushu University・Japan Fine Ceramics Center) FUJII Susumu*・(Osaka University・Japan Fine Ceramics Center) YOSHIYA Masato*
Rational design of chloride-ion channels using open brate framework (National Institute for Materials Science・Hokkaido
University) ○TSUJIMOTO Yoshihiro・Meng Yu・(Osaka University) Nunotani Naoyoshi・(Japan Fine Ceramics Center) Shitara
Kazuki・(National Institute for Materials Science) Matsushita Yoshitaka・(Osaka University) Imanaka Nobuhito・(National Institutefor Materials Science・Hokkaido University) Yamaura Kazunari
Exploratory of Quaternary Cesium Chlorides via DFT database and in-situ XRD (Hokkaido University) ○MIURA AKIRA・(Google DeepMind) Muratahan Aykol・(Kyoto University) Kozaki Shumma・(Hiroshima University) Moriyoshi Chikako・(Japan
Synchrotron Radiation Research Institute) Kobayashi Shintaro・Kawaguchi Shogo・(National Institute of Advanced Industrial
Science and Technology) Lee Chul-Ho・(Google DeepMind) Merchant Amil・Batzner Simon・(Kyoto University) Kageyama
Hiroshi・(Hokkaido University) Tadanaga Kiyoharu・(Google DeepMind) Kohli Pushmeet・Cubuk Dogus Ekin■■September 10 (Tue) (Room L) ■■07. Fundamental Research and Applied Development of Ceramic Materials for Energy
Conversion, Storage and Transportation
全固体 Li(9:00) (Session Chiars: 作田 敦)
1L01
Correlation between atmospheric moisture and gas generation resistance in chloride solid electrolytes (AICHI STEELCORPORATION・Nagoya Institute of Technology) ○USAMI Takeshi・(Nagoya Institute of Technology) NAKAYAMA
Masanobu*
1L02
Interface Formation and Electrochemical Properties of Chloride/Oxide Solid Electrolytes (Toyohashi University of technology)○yoneda takuto・hikima kazuhiro・matsuda atsunori*
1L03
Toward all-dislocation-ceramics for high ionic conductivity produced by cold sintering (National Institute of Advanced Industrial
Science and Technology (AIST)) ○YASUI Kyuichi・HAMAMOTO Koichi(10:00) (Session Chiars: 田港 聡)
1L04
Electrolyte/Electrode Interface Formation Technology for Oxide All-Solid-State Batteries Using Cold Sintering Process (National
Institute of Advanced Industrial Science and Technology) ○HAMAO Naoki・ITASAKA Hiroki・MIMURA Ken-ichi・LIU Zheng・
HAMAMOTO Koidhi
1L05
Preparation and electrochemical properties of layered rock-salt type Li oxide cathode composite sheets by infiltration method(Toyohashi University of Technology) ○NAGAI Ryota・HIKIMA Kazuhiro・MATSUDA Atsunori*
1L06
Tracer Diffusion Coefficient Measurements of LLZT at 500oC (Kyoto University) ○TAKAI Shigeomi・Ezaka Hiroki・Yabutsuka
Takeshi・Yao Takeshi・(JAEA) Song Fangzhou・(CROSS) Hayashida Hirotoshi・(JAEA) Kai Tetsuya・Shinohara Takenao(11:00) (Session Chiars: 安井 伸太郎)
1L07
Preparation of Li10GeP2S12 electrolytes using water as the reaction medium (Osaka Metropolitan University) ○HASHII Takashi・
TANIGAKI Hayata・MOTOHASHI Kota・SAKUDA Atsushi*・HAYASHI Akitoshi
1L08
Effects of Metal Halides on Li3PS4-S-C Cathode Composite of All-Solid-State Lithium Sulfur Battery (Tohoku University)○KAWASAKI Shiori・HONMA Itaru・OHNO Saneyuki*
1L09
Charge and Discharge Characteristics of All-Solid-State Lithium Secondary Batteries Using a Layer-structured V-P-S CathodeMaterial (Hokkaido University) ○KOICHI Kaisuke・FUJII Yuta*・MIURA Akira・TADANAGA Kiyoharu*(13:20) (Session Chiars: 石田 直哉)
1L14☆ Electrochemical and mechanical properties of size-controlled LGPS-type sulfide electrolytes (Tokyo Institute of Technology)○Hirayama Masaaki(14:00) (Session Chiars: 忠永 清治)
1L16
Investigation on the origin of gas generation in the charged sulfide-based all-solid-state batteries (LIBTEC) ○SHINTANI Ayako・
ISHIDA Naoya・(National Institute of Advanced Industrial Science and Technology) SAITO Yoshiyasu・(LIBTEC) SUGIURA
Koichi・KAWAI Mitsumoto・KAWAMOTO Koji
1L17
Crystal structure of cathode, anode and solid electrolyte in sulfide based all solid-state battery with heating process (LIBTEC)○ISHIDA Naoya・(National Institute of Advanced Industrial Science and Technology) Saito Yoshiyasu・Okada Ken・(LIBTEC)
Shintani Ayako・Sugiura Koichi・Kawai Mitsumoto・Kawamoto Koji
1L18
Charge-discharge properties of tin-iron-soda-silicate anode-solid electrolyte junction fabricated by laser additive manufacturing(Nagaoka University of Technology) ○Sato Fumitaka・Honma Tsuyoshi*
全固体 Na(15:00) (Session Chiars: 小林 剛)
1L19
Synthesis of Na5FeS4 positive electrode active material and its application to all-solid-state sodium batteries (Osaka Metropolitan
University) ○DOI Yuta・OTONO Tomoya・MOTOHASHI Kota・SAKUDA Atsushi*・HAYASHI Akitoshi
1L20
New sodium composite solid electrolytes prepared by aqueous slurry (tokyo institute of technology) ○esaki rei・takei sousuke・
nomura ryouta・imabayasi kouki・kobaysi yosinao・yasui sinntarou*
1L21
Study of new sodium composite solid electrolytes for sodium-ion batteries (Tokyo Institute of Technology) ○TAKEI Sosuke・
ESAKI Rei・NOMURA Ryota・IMABAYASHI Koki・KOBAYASHI Yoshinao*・YASUI Shintaro*(16:00) (Session Chiars: 濱本 孝一)
1L22
Application of cathode active material particles modified with barrel sputtering method to oxide all-solid-state sodium-ion batteries(Toshima Manufacturing Co., Ltd.) ○OKABE Yuna・YODA Koji・SAKAI Joe・NAKAMURA Toru・TOKUDA Yuichiro・(Central
Research Institute of Electric Power Industry) KOBAYASHI Takeshi
1L23
Charge-discharge behavior of Na4Ni3(PO4)2P2O7 in oxide-typed all-solid-state sodium battery (Central Research Institute of ElectricPower Industry) ○Kobayashi Takeshi・Komiya Seiki・(Toshima Manufacturing Co.,Ltd.) Okabe Yuna・Sakai Joe・Yoda Koji・Haseyama Eietsu・Nakamura Toru・Tokuda Yuichiro
1L24
Improving Bulk and Grain Boundary Conductivities of Na3Zr2(SiO4)2(PO4)-Based Ceramics by Increasing Si/P ratio and Dopingwith Al (Kyushu University) ○Xun Bowei・Akamatsu Hirofumi・Hayashi Katsuro*全固体 F(17:00) (Session Chiars: 引間 和浩)
1L25
Negative electrodes utilizing in-situ alloying reactions during charging for fluoride batteries (Kyoto University) ○NOI Kousuke・(Toyota Motor Corporation) MIKI Hidenori・(Kyushu University) IIKUBO Satoshi・(Japan Fine Ceramics Center) NAKAYAMA
Kei・KUWABARA Akihide・(Kyoto University) ABE Takeshi
1L26
Microwave Synthesis and Sintering of Fluoride-Based Solid Electrolyte BaSnF4 and Its Effect on Ionic Conductivity (Tohoku
University) ○Iwashita So・Fukushima Jun・Hayashi Yamato・Takizawa Hirotsugu*
1L27
Bifunctional Cathode material Li2VCl4 as both electrolyte and active material for all-solid-state batteries (Tohoku University)○Kasahara Takuma・Song Peng・Honma Itaru・Ohno Saneyuki*■■September 10 (Tue) (Room M) ■■19. Multidisciplinary development of oxoate materials science and technology
導電性・イオン伝導性(9:00) (Session Chiars: 内田 寛)
1M01
Structural Study of Na2O-Y2O3-P2O5-SiO2 Glass by Reverse Monte Carlo Method (Kogakuin University) ○MAEKAWA Ryuichi・(Kogakuin University・Okamoto Glass Co., Ltd.) KAWADA Koji・(JEOL Ltd.) YAZAWA Koji・(National Institute for Materials
Science) OHKI Shinobu・DEGUCHI Kenzo・(Kogakuin University・Tokyo Medical and Dental University・Teikyo University)
YAMASHITA Kimihiro・(Kogakuin University) HASHIMOTO Hideki・(National Institute for Materials Science) ONODERA
Yohei・(Kogakuin University) OKURA Toshinori*
1M02
Synthesis of composites consisted of metals and oxide ceramics for PTC thermistor (Saitama University) ○IKEYA Shunsuke・
ISHIDA Kazuhiro・YANASE Ikuo・KODAMA Shohei・TAKEDA Hiroaki*
1M03★ Control of Ionic Conductivity in Hydroxyapatite Ceramics and Their Applications (Tokyo University of Science) ○YUMI Tanaka
蛍光特性・光学特性(10:20) (Session Chiars: 大倉 利典)
1M05
Photoluminescence Properties of Mn4+-activated perovskite-type phosphors;Ca2La2Ti2O9 (Tokyo University of Science)○YOKOTA Sakurako・DAZAI Takuro*・(National Defense Academy of Japan) AIMI Akihisa*・(Tokyo University of Science)
FUJIMOTO Kenjiro*
1M06
Synthesis of fine spherical vaterite and its translucency (Nihon University) ○KOGO Mitsuaki・SUGIYAMA Yuika・
KAWASHIMA Sayuri・UMEGAKI Tetsuo・KOJIMA Yoshiyuki
生体応答特性(11:00) (Session Chiars: 大倉 利典)
1M07
1.5 SBF immersion experiments on polarised beta tricalcium phosphate (Chiba Institute of Technology) ○YAMAKAWA Kousei・
HASHIMOTO Kazuaki*・SHIBATA Hirobumi・(Tokyo Medical and Dental University) NOZAKI Kousuke・(Tokyo Medical and
Dental University・Teikyo University) YAMASHITA Kimihiro(11:20) (Session Chiars: 橋本 和明)
1M08
Solubility of Porous β-Tricalcium Phosphate Ceramics with Lactic Acid-glycolic Acid Copolymers and In vivo Evaluation by
Porcine Muscle Implantation (Meiji University) ○Uga Saichiro・(Meiji University・Meiji University International Institute forMaterial with Life Functions) Aizawa Mamoru*
1M09
Cellular response of osteoclasts to chelate-setting cements consisting of various calcium phosphate phases for bone repair (Graduate
School of Science and Technology, Meiji University) ○KOSUGE MINAMI・Kamaya Yuki・(Graduate School of Science andTechnology, Meiji University・Meiji University International Institute for Materials with Life Functions) Suzuki Kitaru・(Graduate
School of Science and Technology, Meiji University) Kawanaka Yuma・(Graduate School of Science and Technology, Meiji
University・Meiji University International Institute for Materials with Life Functions) Aizawa Mamoru*
合成・プロセシング(13:20) (Session Chiars: 橋本 和明)
1M14★ Low-temperature synthesis of ceramics using solid acid-base reactions (Niigata University) ○TODA Kenji(14:00) (Session Chiars: 樋口 昌史)
1M16
Fabrication and Evaluation of densely sintered tricalcium sulphophosphate by reaction sintering. (Chiba Institute of Technology)○MIURA Tsubasa・HASHIMOTO Kazuaki*・SHIBATA Hirobumi・(Tokyo Medical and Dental University) NOZAKI Kosuke・(Tokyo Medical and Dental University・Teikyo University) YAMASHITA Kimihiro
1M17
Sintering and pore structures of porous wollastonite ceramics on effects of magnesium (Yamaguchi Prefectural Industrial
Technology Institute・Yamaguchi University) ○HOSOYA Natsuki・(Yamaguchi University) FUJIMORI Hirotaka*
1M18
Low-temperature synthesis of lead zirconate titanate films using microwave-assisted hydrothermal deposition (Sophia University)○NOJI Kohei・YOKOTA Yukie・(National Defense Academy of Japan) SHIMA Hiromi・(Sophia University) UCHIDA Hiroshi*
1M19
Synthesis of SrTiO3 nanocrystal particles in high boiling point organic solvents (Hosei University) ○ONO Ryoga・KOYASU
Satoshi・ISHIGAKI Takamasa*(15:20) (Session Chiars: 石垣 隆正)
1M20
Preparation of various flaky powders coated with metal oxide nanoparticles (Tokai University) ○NIBE Yuna・Suzuki Yuto・
Matumae Yoshiharu・Higuchi Masashi*(15:40) Break
環境・資源(16:00) (Session Chiars: 石垣 隆正)
1M22
Recycle of waste gypsum board (Nihon University，CST) ○KOJIMA Yoshiyuki・kobayashi hiroki・suzuki ryuji・kogo mitsuaki・umegaki tetsuo
1M23
Preparation of novel phosphate pigments imitated with Brazilianite (Kyoto Prefectural University) ○ONODA Hiroaki*・HIGUCHI
Kanata(16:40) (Session Chiars: 小嶋 芳行)

1M24
1M26
1M27

★ Application of oxoates to deodorant materials (Yamagata University) ○KAWAI Takahiro
Carbon Dioxide Adsorption/Desorption Behavior of 2-Aminoethanol/Zeolite Composite (Okayama University) ○KAMESHIMA
Yoshikazu・MOTOSHIMA Ken・NISHIMOTO Shunsuke
Vitrification of Cs adsorbed minerals with magnesium phosphate glasses. (Kogakuin University) ○FUJISAKI Masanao・
HASHIMOTO Ayako・(Kogakuin University・Okamoto Glass Co., Ltd.) KAWADA Koji・(Kogakuin University・Tokyo Medical
and Dental University・Teikyo University) YAMASHITA Kimihiro・(Kogakuin University) HASHIMOTO Hideki・OKURA
Toshinori*■■September 10 (Tue) (Room N) ■■11. Future materials created by 2D nanosheets
シリケート(9:00) (Session Chiars: 長田 実)
1N01★ Development of novel layered clay minerals for versatile application (Vidyasirimedhi Institute of Science and Technology)○OGAWA Makoto・(Hojun) HAYAKAWA Takayuki・MINASE Makoto
1N03
NH4+ ion exchange of high charged tetrasilisic type micas and ionic conductivity of ion exchangers (Shinshu University)○SUZUKI Kai・TARUTA Seiichi*
1N04
Thermal reduction properties of Ni-Co bimetallic nanoparticles derived from direct growth of a phyllosilicate on silica surfaces(Shinshu University) ○Nakamura Ryuunosuke・Okada Tomohiko*(10:20) Break
集積プロセス(10:40) (Session Chiars: 岡田 友彦)
1N06
Ultrafast assembly for facile 2D film deposition (IMaSS, Nagoya U.) ○OSADA Minoru
1N07
Colmunar nanofibers from monodisperse nanosheets (Fukuoka Institute of Tecnology) ○Miyamoto Nobuyoshi・MIYOSHIMOMOKA・(Fukuoka Institute of Tecnology・The University of Tokyo・Okayama University) KATO Riki・(Fukuoka Institute of
Tecnology) IWANO Hiroyuki・NONAKA Naoya・(The University of Tokyo) KATO Takashi
1N08
Effect of pores in graphene oxide membrane (Kumamoto University) ○Tsugawa Tatsuki・Hatakeyama Kazuto・Koinuma Michio・
Ida Shintaro*
1N09
Complementary Heterojunction of MoS2/Ti0.87O2 Nanosheets for Visible Light Responsive Photoelectrodes (National Insititute forMaterials Science) ○TANIGUCHI Takaaki・SAKAI Nobuyuki・PANG Hong・MA Renzhi・(TOYOTA MOTOR CORPORATION)NISHIJIMA Hiroki・(National Insititute for Materials Science) SASAKI Takayoshi
環境・エネルギー応用(13:20) (Session Chiars: 谷口 貴章)
1N14★ Synthesis of metal hydroxide nanosheets and composites for alkaline energy application (National Institute for Materials Science)○MA Renzhi
1N16
Phenol Detection Using 2D Nanospaces in Layered Inorganic Compounds (Shimane University) ○SASAI Ryo・Kurishima Kenta・
Fujimura Takuya
1N17
Preparation of proton-conducting nanosheet membrane and fuel cell (Kumamoto Univerisity) ○IDA Shintaro・Hatakeyama Kazuto(14:40) Break
新規合成(15:00) (Session Chiars: 笹井 亮)
1N19
Synthesis of Silicon Nanosheets from Calcium Silicide Layered Materials and Application to Lithium Secondary Battery for AnodeMaterials. (Kumamoto University) ○TOKUDOME Tomoki・HATAKEYAMA Kazuto*・ida shintaro*
1N20
Double-layer ruthenic acid nanosheets prepared through the exfoliation of stage-2 layered ruthenic acid (Shinshu University)○EDA Tomoya・MURAMATSU Keisuke*・SUGIMOTO Wataru*
1N21
Two-dimensional Ferroelectric Hafnia Nanosheets (Kyoto University) ○KAN Daisuke・Shen Yufan・(Japan Fine Ceramics Center)
Ooe Kousuke・(Nagoya University) Yuan Xueyou・Yamada Tomoaki・(Japan Fine Ceramics Center) Kobayashi Shunsuke・(Kyoto
University) Haruta Mitsutaka・Shimakawa Yuichi■■September 10 (Tue) (Room Q) ■■03. Photoceramics - Synthesis, Functions and Applications of Optical and Colorful
Ceramics光触媒(9:00) (Session Chiars: 伊田 進太郎)
1Q01
Controlling carrier dynamics of layered oxyhalide photocatalysts Bi2MO4Cl (M = Y, Ln) via introduction of lanthanide ions (Kyoto
University) ○FURUTA Yudai・SUZUKI Hajime・TOMITA Osamu・(Kyoto University・Precursory Research for Embryonic
Science and Technology, Japan Science and Technology Agency) NAKADA Akinobu・(大阪大学) SAEKI Akinori・(Kyoto
University) ABE Ryu*
1Q02
Studies on preparation and photocatalytic properties of MgFe2O4 (Utsunomiya University) ○SHINOHARA Ren・TEZUKA
Keitaro*・TAKEBUCHI Yuma・SHAN Yue Jin
1Q03★ Defect Engineering for the enhancement of photocatalytic reactions (Okayama University) ○Yamakata Akira(10:20) Break
色材 1(10:40) (Session Chiars: 山口 和輝)
1Q06
Effects of the microstructure on vivid structural colors of nacres (Keio University) ○Hizukuri Naoki・Sasazawa Hayato・Tsuda
Hiroyuki・Oaki Yuya・Imai Hiroaki*

1Q07

1Q08
1Q09

The Microstructures and Optical Properties of the Shells of Corculum cardissa (Keio University) ○Hasegawa Seiya・(The
University of Tokyo・The University Museum, The University of Tokyo) Yoshimura Taro・(The University Museum, The
University of Tokyo) Sasaki Takenori・(Keio University) Wakabayasshi Takumi・Ishigure Takaaki・Watanabe Hiroto・Oaki Yuya・
Imai Hiroaki*
Addition of mica into NiO electrochromic films for controlling luster (Kansai University) ○SHIMOSAKO Kaito・UCHIYAMA
Hiroaki*Color and optical properties of colored films based on Ca2MnO4 (Nagoya Institute of Technology) ○OKA Ryohei・HAYAKAWA
Tomokatsu

色材 2(13:20) (Session Chiars: 和田 憲幸)
1Q14
Synthesis and visible light absorption mechanisms of (M, Nb) co-doped TiO2 (M=Mn, Fe, Co, Ni) (Osaka Metropolitan University)○NAGATOMO Yo・(Japan Fine Ceramics Center) MURATA Hidenobu・(Osaka Metropolitan University) NAKAHIRA Atsushi*
1Q15
Characterization of azurite-based pigments for Japanese paintings (Japan Fine Ceramics Center) ○MURATA Hidenobu・(Joshibi
University of Art and Design) INADA Akiko
1Q16
New blue inorganic pigments based on SrMgAl10O17 (Tottori University) ○ADACHI Kaede・YAMAGUCHI Kazuki・MASUI
Toshiyuki*
1Q17★ Synthesis and application of dark pigments with excellent infrared reflective properties for heat island measure (Aichi Institute ofTechnology) ○KOBAYASHI Yuichi(15:00) Breakスマート蛍光体(15:20) (Session Chiars: 早川 知克)
1Q20
Structural Control of La-W-O Phosphor Particles and Their Chemical Responsivities (Keio University) ○KURODA Koki・
HAGIWARA Manabu・FUJIHARA Shinobu*
1Q21
Analysis of H2S Gas Detection Mechanism in Bi2MoO6:Eu Nanophosphor Gas Sensors (Tohoku University) ○HANGAI taisei・
HASEGAWA Takuya*・OKAWA Ayahisa・YIN Shu
1Q22
Developing multi-chromic functions of CeO2:Sm3+ fluorescent films with microrods structure (Keio University) ○Kamata Niina・
Hagiwara Manabu・Fujihara Shinobu*(16:20) Break
ナノ蛍光体(16:40) (Session Chiars: 井上 幸司)
1Q24
Effect of size and aggregation on the photoluminescence properties of single-nanometer-sized CsPbBr3 particles (Keio University)○HASHIMOTO Shota・WATANABE Hiroto・OAKI Yuya・IMAI Hiroaki*
1Q25
Fabrication of blue-emitting graphene quantum dots / silica nanocomposites via a sol-gel method (Keio University) ○Saito Shota・
Iso Yoshiki*・Isobe Tetsuhiko*
1Q26
Influence of Optical Absorption by Light Guide Plate on Luminescent Solar Concentrator Using CuInS2/ZnS Quantum Dots (Keio
University) ○IMAKIIRE Yu・ISO Yoshiki*・ISOBE Tetsuhiko*
1Q27
Photon-induced photoluminescence color change of CsPb(Br,I )3 nanocrystals in fluorophosphate glass matrix (Kyoto University)○HUANG KEJIE・Zheng Ruilin*・Tanabe Setsuhisa*■■September 10 (Tue) (Room R) ■■17. Green Processing – Innovation of Materials Creation via Low Environmental Load
Processes –液相プロセス
(9:00) (Session Chiars: 坂元 尚紀)
1R01
Study for improving throughput and processing accuracy of water lift-off process (Kanazawa University) TAGUCHI Seiya・HONG
chaohuang・(ASAP Co. Ltd.) GOKAN Takuya・(Kanazawa University) MIYAZAWA Keisuke・(ASAP Co. Ltd.) OSAWA
Makoto・(Kanazawa University) FUKUMA Takeshi・○KAWAE Takeshi
1R02
Sensor applications of Cu2O/CuO hybrid nanostructure films by hot water treatment (Tokyo Institute of Technology) ○KATO
Ryuma・KUBOTA Yuta・MATSUSHITA Nobuhiro*
1R03
Liquid deposition and electrochemical evaluation of Cu2O films based on chemical equilibrium theory (Tokyo Institute ofTechnology) ○SAKAMAKI Tsugumune・MATSUSHITA Nobuhiro*・KUBOTA Yuta*
1R04
Fabrication of YAG Powder by Complex Polymerization Route for Low Enviromental Load (NIMS) ○NAKANE Takayuki・ITO
Megumi・SUZUKI Tohru S(10:20) Break
コーティング(10:40) (Session Chiars: 谷口 有沙子)
1R06
★ From the basics of AD method to social implementation using room-temperature impact consolidation (RTIC) phenomenon(National Institute of Advanced Industrial Science & Technology (AIST)) ○AKEDO Jun・Matsubayashi Yasuhito・Goto Taku・
Tsuda Hiroki・Nagoshi Takashi
1R08
Thermal conductivity of aerosol-deposited nanocrystalline alumina films (AIST) ○MATSUBAYASHI Yasuhito・Goto Taku・
Tsuda Hiroki・Akedo Jun
1R09
Orientation control of VO2 thin film on glass substrate using CdxMg1-xO buffer layer (Shizuoka University) ○TOTSUKA Sota・
KAWAGUCHI Takahiko・SAKAMOTO Naonori・WAKIYA Naoki*
薄膜(13:20) (Session Chiars: 松田 晃史)
1R14★ Fabrication methods and Surface Structure Analysis for the Synthesis of High-Quality Oxide Thin Films (Osaka Metropolitan
University) ○TAN Goon

1R16

Preparation and electrical properties of epitaxially grown pyrochlore-structured oxide thin films on Si(001) substrates (Shizuoka
University) ○Notaki Kyoji・Kawaguchi Takahiko・Sakamoto Naonori・Wakiya Naoki*
1R17
Attempt to prepare spontaneous superlattice structure thin film on Si substrate by dynamic aurora PLD method (Shizuoka
University) ○Suzuki Akane・Kawagichi Takahiko・Sakamoto Naonori・Wakiya Naoki*(14:40) (Session Chiars: 久保田 雄太)
1R18
Effect of active oxygen species excited by VUV-light on the structure and properties of functional oxide epitaxial thin films (Tokyo
Tech) ○Kaneko Kenta・Qiao Yuchi・Hirano Takumu・(KISTEC・Tokyo Tech) Kaneko Satoru・(Tokyo Tech) Matsuda Akifumi*(15:00) Break
化学反応制御(15:20) (Session Chiars: 平井 慈人)
1R20High temperature water vapor absorption and structural changes of cage structure crystals 12CaO・7Al2O3 (The University of
Shizuoka) ○YONEMURA Takuma・Kawaguchi Takahiko・Wakiya Naoki・Sakamoto Naonori*
1R21
Epitaxial growth of anatase TiO2 using a solvothermal method with orientation control by fluoride ions (Shizuoka University)○ONO Kosuke・SHIMOMURA Masaru・KAWAGUCHI Takahiko・SAKAMOTO Naonori・WAKIYA Naoki*
1R22
Friction Characteristics of LDH Lubricant Films on Al Alloys Evaluated by Ring Compression Test (Ehime University)○Fukugaichi Satoru・Suga Yusuke・Aono Hiromichi・(KIWA CHEMICAL CO., LTD) Noura Sota・(Nagoya Institute ofTechnology) Kitamura Kazuhiko
1R23
Cyanosilylation over perovskite-type oxide catalyst substituted on B-site metal ion (Ehime University) ○YAMAGUCHI Syuhei・
GODA Rikito・YAHIRO Hidenori(16:40) Breakバイオ・環境(17:00) (Session Chiars: 久保田 雄太)
1R25
Analysis of the formation of biosilicas in bamboo culm and biomimetic synthesis of the structures (Keio University) ○KAZAMA
Makoto・(Tokyo University of Agriculture) HASEKURA Chikako・(Keio University) WATANABE Hiroto・OAKI Yuya・IMAI
Hiroaki*
1R26
Analysis of morphology and fine structures of calcium oxalate monohydrate in plant (Keio university) ○Tanaka Ryosuke・
Watanabe Hiroto・Oaki Yuya・Imai Hiroaki*
1R27
Adsorption of metal ions by mordenite and their immobilization by calcination for radionuclide decontamination (Ehime
University) ○SHINKE Kana・ITAGAKI Yoshiteru・AONO Hiromichi*■■September 10 (Tue) (Room S) ■■18. Novel ceramic technology based on nanocrystals(9:00) (Session Chiars: 中島 光一)
1S01★ Development of layered oxyhalide photocatalysts toward efficient water splitting under visible light (Kyoto University) ○SUZUKI
Hajime
1S03
Effect of surface modification of ZrO2/WO3 nanocomposite photocatalysts by transition metal elements (Gunma University)○IWASA Mari・SATO Kazuyoshi*・KANNARI Naokatsu
1S04
In situ XAFS study for the phase transition of ceria-zirconia nanoparticles synthesized by supercritical condition (Tohoku
University) ○UCHINO Hajime・NINOMIYE Kakeru*・YOKO Akira・ADSCHIRI Tadafumi・NISHIBORI Maiko*(10:20) (Session Chiars: 板坂 浩樹)
1S05
Influence of two-dimensional and three-dimensional ordered array on magnetic properties of CoFe2O4 nanocubes (Keio University)○ONO Taro・WATANABE Hiroto・TANAKA Ryo・TAKATSUJI Yohei・OAKI Yuya・KAIJU Hideo・IMAI Hiroaki*
1S06
Preparation of BaTiO3-Nanocube Assembly in Liquid-Liquid Phase Separation System and Their Dielectric Property (University of
Yamanashi) ○SHIRAISHI Manae・NAM Hyunwook・SAPKOTA Piyush・SHIMIZU Hinata・FUJII Ichiro*・WADA Satoshi*・
UENO Shintaro*
1S07
Synthesis of Dispersible Potassium Niobate Nanocubes from Morphology-controlled K4Nb6O17 Precursor Particles for Dielectric
Nanocube Assembly (University of Yamanashi) ○MOCHIZUKI Shunsuke・SAPKOTA Piyush・NAM Hyunwook・YAMADA
Yuma・FUJII Ichiro*・WADA Satoshi*・UENO Shintaro*
1S08
Synthesis of BaTiO3-KNbO3 Core-Shell Nanocubes with Epitaxial Interface for Dielectric Applications (University of Yamanashi)○NORITAKE Nanami・FUJII Ichiro*・WADA Satoshi*・UENO Shintaro*
1S09
Preparation of BaTiO3/KNbO3 Dielectric Ceramics with Strained Interface Region by Wet Process (University of Yamanashi)○KANEKO Hayato・FUJII Ichiro*・WADA Satoshi*・UENO Shintaro*(13:20) (Session Chiars: 髙見 誠一)
1S14Synthesis of mixed-anion compound based on BaTiO3 nanocube (Ibaraki University) ○YOSHIDA Mikitaka・KURIBARA Reira・(Kyoto University) ARAI Kazunari・KATO Daichi・KAGEYAMA Hiroshi・(Ibaraki University) NAKASHIMA Kouichi*
1S15
Synthesis of BaTiO3 nanocube using acid treatment (Ibaraki University) ○Kamoshima Ryusuke・Kobayashi Tomoya・
NakaNakashima Kouichi*
1S16
Study on surface reconstruction and lattice defect of BaTiO3 nanocube (Ibaraki University) ○KOBAYASHI Tomoya・TOI Atsuya・
KURIBARA Reira・HASEGAWA Natsune・NAKASHIMA Kouichi*
1S17
Effect of crystal structure and particle size of TiO2 in solid-liquid reaction process of BaTiO3 (Nagoya Institute of Technology)○SHIBATA Kotaro・FUCHIGAMI Teruaki・KAKIMOTO Kenichi*(14:40) Break(15:00) (Session Chiars: 渕上 輝顕)
1S19Luminescence control of CsPbX3 nanocrystals using photochromic molecules and elucidation of controlling mechanism by transientabsorption measurements (Kumamoto University) ○SUENARI Yuki・AKAISHI Yuji・MOKHTAR Ashkan・INOMATA Yusuke・
KOSUMI Daisuke・FUKAMINATO Tuyoshi・KIDA Tetsuya*
1S20
Composite of CsPbBr3 quantum dots and nanorods by click reaction (Kumamoto University) ○Shiga Fuko・Akaishi Yuji・Inomata
Yusuke・Fukaminato Tsuyoshi・Kida Tetsuya*

1S21

Fabrication and characterization of gas sensors using metal oxide nanocrystals for healthcare applications (National Institute ofAdvanced Industrial Science and Technology・Nagoya University) ○WAKITA Satoshi・EMA Takuma・(National Institute ofAdvanced Industrial Science and Technology) CHOI Pil Gyu・MASUDA Yoshitake*・(Nagoya University) TAKAMI Seiichi*
1S22
Synthesis and fine structure analysis of Au/Bi composite nanoparticles based on precise particle design (Ibaraki University)○NISHII Atsunori・KOBAYASHI Yoshio・NAKASHIMA Kouichi*
1S23
Hydrothermal synthesis of iron oxide nanoparticle assembly using organic molecules with two functional groups (Nagoya
University) ○HARADA Yota・TAKAMI Seiichi*(16:40) Break(17:00) (Session Chiars: 佐藤 和好)
1S25
Ferroelectricity of Dion-Jacobson type layered perovskite CsPb2Nb3O10 and its exfoliated nanosheets (Nagoya University)○SHIMADA Masanari・YAMAMOTO Eisuke・KOBAYASHI Makoto・OSADA Minoru*
1S26
Designing MOFs with Uniform Mesopores as Carbon Precursors (Nagoya University) ○SHIRASAKI Keisuke・ZHAO Yingji・
ASAKURA Yusuke*・(Nagoya University・University of Queensland) YAMAUCHI Yusuke*
1S27
Development of Mesoporous Alumina Adsorbents Enabling Domestic Production of Mo-99/Tc-99m (Nagoya University)○Alowasheeir Azhar・(Waseda University・The University of Queensland) Eguchi Miharu・(Japan Atomic Energy Agency) Fujita
Yoshitaka・Tsuchiya Kunihiko・(National Institute of Advanced Industrial Science and Technology) Wakabayashi Ryutaro・Kimura
Tatsuo・(National Institute for Materials Science・The University of Tokyo) Ariga Katsuhiko・(University of Tsukuba) Hatano
Kentaro・(Kobe Proton Center) Fukumitsu Nobuyoshi・(Nagoya University・The University of Queensland) Yamauchi Yusuke■■September 10 (Tue) (Room T) ■■02. Frontier of ceramic-based biomaterials -Design of Novel Function for
Biomaterials by Biomedical and Dental Engineering Fields(9:00) (Session Chiars: 中村 真紀・廣瀬 遼太)
1T01
Effects of several types of silicon compounds on gene expression behavior of cells (Nagoya Institute of Technology) ○IKEDO
Kazumasa・(National Institute of Advanced Industrial Science and Technology) IGARASHI Masayasu・LEE Sungho・(Nagoya
Institute of Technology) OBATA AKIKO*
1T02
Fabrication of apatite-fiber scaffolds with large pore sizes and their biological evaluation using hepatocytes (Meiji University)○KUROSAWA Kai・LU Zixuan・(Sasaki institute・International Institute for Materials with Life Functions, Meiji University)
MATSUURA Tomokazu・(Meiji University・International Institute for Materials with Life Functions, Meiji University) AIZAWA
Mamoru*(9:40) (Session Chiars: 中村 真紀・岩間 永樹)
1T03
Fabrication of Hydroxyapatite Ceramics Promoting Simultaneous Regeneration of Vascular and Bone Tissue and Their Cellular
Responsiveness (Meiji University) ○Shibahara Haruka・Suzuki Kitaru・Kawabata Shunta・(Meiji University・Meiji University
International Institute for Material with Life Functions) Honda Michiyo・Aizawa Mamoru*
1T04
Development of Hydroxyapatite Ceramics Co-substituted with Mg and Zn and Its Biological Evaluations Using Mesenchymal StemCells (Meiji University) ○Hashimoto Mizuki・Aikawa Shoma・(Meiji University・Meiji University International Institute forMaterials with Life Functions) Aizawa mamoru*(10:20) Break(10:40) (Session Chiars: 濱井 瞭・橋本 水月)
1T06
Control of Carbonate Production in the Solvothermal Synthesis of Propyl-modified Calcium Silicate (Kyushu Institute ofTechnology) ○TSUNEKAWA Ryo・MIYAZAKI Toshiki・NAKAMURA Jin*
1T07
Construction of Drug Thermal Release Drug Delivery System ーFerrite nanoparticle/mesoporous silica compositeー (Tokyo
Institute of Technology) ○SANO Aiko・KUBOTA Yuta・ANRAKU Yasutaka・IKOMA Toshiyuki・MATSUSHITA Nobuhiro*(11:20) (Session Chiars: 濱井 瞭・浅野 颯斗)
1T08
In vitro evaluation of the bioactivity of organic-inorganic composites with TiO2 as filler (Nagoya University) ○ITO Satoko・
MATSUKAWA Yuko*・SUZUKI Kazumasa*・OHTSUKI Chikara*
1T09
Control of adhesion and detachment of cells and microorganisms on titanium dioxide surfaces using UV (Tohoku University)○Iwama Haruki・Umetsu Masaki*・Kamitakahara Masanobu*(13:20) (Session Chiars: 小幡 亜希子)
1T14
★ Development of ion emission gun operating under atmospheric pressure and cell activity/antibacterial effect (Nagoya Institute ofTechnology) ○DAIKO Yusuke・SUGIMOTO Asahi・AKIYAMA Mayuka・ANDO Itsuki
1T16
総合討論
(14:20) (Session Chiars: 林 幸壱朗・池戸 一将)
1T17
Synthesis of copper-containing alpha-tricalcium phosphate and its application to antimicrobial cements (Tohoku University
Graduate School) ○Hiyama Hayate・Umetsu Masaki*・Kamitakahara Masanobu*
1T18
Growth process of apatite crystal in formation of tooth enameloid of Lamnidae (Keio University) ○AKIMOTO Shiho・OAKIYuya・IMAI Hiroaki*
1T19
Structural analysis of hydroxyapatite in dentin of bovine incisors (Keio University) ○LIU JIALE・kanazawa sayako・watanabe
hiroto・oaki yuya・imai hiroaki*(15:20) Break(15:40) (Session Chiars: 上高原 理暢・秋元 紫甫)
1T21
Exploring of the apatite surface layers that contribute to the fibrinogen adsorption state (Nagaoka University of Technology・
Research Fellow of the Japan Society for the Promotion of Science (DC)) ○NODA Daichi・LIU Zizhen・(Nagaoka University ofTechnology) TAGAYA Motohiro*
1T22
Development of Immobilization Method for Different Two Drug Molecules Using Apatite Nanocrystal Surface Formation Process(Nagaoka University of Technology) ○HATORI Shoma・(Nagaoka University of Technology・Research Fellow of the Japan
Society for the Promotion of Science (DC)) NODA Daichi・SHI Wanyu・(Nagaoka University of Technology) TAGAYA Motohiro*
1T23
Synthesis of Apatite Nanoparticles Containing Tetraethoxysilane and Evaluation of the Surface Nanolayer (Nagaoka University ofTechnology) ○YOSHIDA Takeru・SUGIMOTO Kazuto・AKUTSU Ryouta・TAGAYA Motohiro*

(16:40) Break(17:00) (Session Chiars: 野々山 貴行)
1T25★ Porous bone cement forming bone mineral phase for enhanced bone regeneration: development and in vivo study (Kyushu
University) ○Kishida Ryo・Ishikawa Kunio
1T27
総合討論

■■September 10 (Tue) (Room U) ■■00-04. (Invite speaker only)Industry-academia collaboration co-creation technology
matching session(13:20) (Session Chiars: 今中 佳彦)
1U14★ NEDO's Initiatives to Support Deep Tech Startups (NEDO（New Energy and Industrial Technology Development Organization）)○IBUKI Shinichiro■■September 10 (Tue) (Room V) ■■05. Informatics applications in ceramic research
ハイスループット実験(9:40) (Session Chiars: 奥山 勇治)
1V03
High throughput experiment for low-temperature ceramic processes by various automated tools: Introduction of robotic tools andtheir effects (National Institute of Advanced Industrial Science and Technology (AIST)) ○YAMAGUCHI Yuki・NAKAYAMA
Rei・NOMURA Katsuhiro・FUJIOKA Masaya・NISHIYAMA Yoshiyasu・SUMI Hirofumi
1V04
High throughput experiment for low-temperature ceramic processes by various automated tools: Applying to acid-base chemical
densification and material exploration (National Institute of Advanced Industrial Science and Technology (AIST))○YAMAGUCHI Yuki・NAKAYAMA Rei・NOMURA Katsuhiro・FUJIOKA Masaya・NISHIYAMA Yoshiyasu・SUMI Hirofumi
1V05
Development of automated system for ceramic powder dispensing and mixing (AIST) ○SHIN Woosuck・Kinemuchi Yoshiaki(10:40) Break(11:00) (Session Chiars: 山口 祐貴)
1V07
Development of conductivity measurement probe for high throughput screening (Tokyo University of Science) ○Kamochi Yuya・
Dazai Takurou*・(National Defense Academy of Japan) Aimi Akihisa*・(Tokyo University of Science) Fujimoto Kenjiro*
材料探索(11:20) (Session Chiars: 山口 祐貴)
1V08★ Research and Development of Dielectrics Based on Computational Science and Data Science (Murata Manufacturing Co., Ltd.)○HIRAI Daisuke・MURATA Tomoki・KANAGAWA Tomosato・FUJII Keitaro・HIROSE Sakyo(13:20) (Session Chiars: 申 ウソク)
1V14
Proposal and synthesis of garnet-type compounds Ca3Nb2Ge5/3Li4/3O12 and BiCa2Zr2Fe3O12 by machine learning (Tokushima
University) ○HASUI Hayato・HARA Konatsu・CHO Kanka・TORII Kohei・MURAI Kei-ichiro・MORIGA Toshihiro*
1V15
Combinatorial exploration of layered rock salt -type Li(Ni, Co, Mn)1-xAlxO2 (Tokyo Institute of Technology・Tokyo University of
Science) ○MOHAMAD Amirun・(National Defense of Academy of Japan) AIMI Akihisa*・(Tokyo University of Science)
FUJIMOTO Kenjiro*
1V16
Systematic Exploration of Crystal Structure and Conductivity of M, Ga-Substituted Zirconia-based Electrolytes (M; Y, Sc) (Tokyo
University of Science) ○YAMAURA Haruna・(Nissan Motor Co., Ltd.) NUMAO Naoki・HARA Kosuke・(Tokyo University of
Science) DAZAI Takuro*・(National Defense Academy of Japan) AIMI Akihisa*・(Tokyo University of Science) FUJIMOTO
Kenjiro*(14:20) Break
物性予測・解析(14:40) (Session Chiars: 山口 祐貴)
1V18★ Research on ferroelectric and piezoelectric materials from data science approaches (Tokyo Institute of Technology) ○HOSHINA
Takuya
1V20
Feature extraction from sliding waveforms and material property analysis using the RT method (pattern recognition) (Nagoya
University) ○YAMASHITA Seiji・ITO YOUSUKE・SATANI HAYATO・KITA HIDEKI(15:40) Break(16:00) (Session Chiars: 野村 勝裕)
1V22
Proton and hole conductivity prediction using machine learning and development of Ba-Mn-Y-In-O proton-conducting oxides(University of Miyazaki) ○KAWAKAMI Renta・OKUYAMA Yuji*
1V23
Prediction of open circuit voltage for PCFC with various cathodes by machine learning (The University of Miyazaki) ○Morimitsu
Yuma・Okuyama Yuji*・(Panasonic Holding Co.) Mikami Yuichi・Yamauchi Kousuke・Kuroha Tomohiro(16:40) (Session Chiars: 山下 誠司)
1V24
Characterization of Zeolite Framework Topologies using Graph Theory (Japan Fine Ceramics Center) ○FISHER Craig・(The
University of Tokyo) WAKIHARA Toru・(Japan Fine Ceramics Center) SASAKI Yukichi
1V25
Machine learning based prediction of space group for Ba(Ce0.8-xZrx)(M10.2-yM2y)O3 (M1 = Y, Yb, M2 = Co, Ni) perovskite-type
protonic conductors (National Institute of Advanced Industrial Science and Technology) ○NOMURA Katsuhiro・SHIMADA
Hiroyuki・YAMAGUCHI Yuki・FUJIOKA Masaya・WATANABE Konosuke・SUMI Hirofumi・SHIN Woosuck・MIZUTANIYasynobu・(University of Miyazaki) OKUYAMA Yuji■■September 11 (Wed) (Room A) ■■04. Materials Innovation on Thermal Energy Conversion and Harnessing V熱電変換(10:20) (Session Chiars: 安井 伸太郎)
2A05
☆ Developing high performance thermoelectric film by crystal domain control (Osaka University) ○ISHIBE Takafumi
2A07☆ Environmentally friendly thermoelectric kesterite materials and devices (University of Miyazaki) ○NAGAOKA Akira(11:40) Break(13:20) (Session Chiars: 片瀬 貴義)
2A14★ Chemically manipulating the thermoelectric properties of oxides by selective reduction of cations (Kyushu University) ○OHTAKIMichitaka
2A16★ Thermal conductivity control mechanisms for developing high-performance thermoelectric materials (National Institute forMaterials Science・University of Tsukuba) ○MORI Takao(14:40) Break
熱制御(15:00) (Session Chiars: 黒澤 昌志)
2A19★ Nano/microscale thermal conductivity measurement based on periodic heating method (Kyoto University) ○HIROTANI Jun
2A21☆ Nonvolatile magneto-thermal switching in phase-separated superconducting composites (Tokyo Metropolitan University)○MIZUGUCHI Yoshikazu(16:20) (Session Chiars: 片瀬 貴義)
2A23
総合討論

■■September 11 (Wed) (Room B) ■■01. Advanced Functional Materials through Hybridization(9:20) (Session Chiars: 神戸 徹也)
2B02★ Preparation and redox performance of transition metal incorporated cerium oxide and its catalytic activity trigger by the decorationof organic ligands (Nagoya University) ○MURATSUGU Satoshi
2B04
Preparation of ceramic thin films with low porosities on plastic substrates by sol-gel transfer technique utilizing titania as a releaseassisting layer (Kansai University) ○EGUCHI Keisuke・KOZUKA Hiromitsu*
2B05
Hydrogen-bonded inorganic frameworks confining transition metal complexes and polycyclic aromatic hydrocarbons in a onedimensional arrangement (National Institute of Advanced Industrial Science and Technology) ○Igarashi Masayasu・Matsumoto
Tomohiro・Nozawa Takeshi・Nishitoba Toshiki・Yagihashi Fujio・Satou Junichi・Sato Kazuhiko(10:40) (Session Chiars: 髙田 瑶子)
2B06
Synthesis of cage siloxane-based porous materials by nonhydrolytic siloxane bond formation reactions (Waseda University)○HAYASHI Taiki・KIKUCHI Miharu・MATSUNO Takamichi・KURODA Kazuyuki・SHIMOJIMA Atsushi*
2B07
Synthesis of metal-organic framework (MOF) nanofiber from γ-AlOOH nanofiber (Osaka Metropolitan University) ○OKADA
Kenji・Tanimoto Yutaka・Fukatsu Arisa・Takahashi Masahide
2B08
Effect of CNF addition on ceramics synthesis (KRI, Inc.) ○HAYASHI Hiroyuki
総合討論(11:40) (Session Chiars: 原 光生)
2B09
総合討論

10. Inovative reunion with refractories
非酸化物セラミックス(13:20) (Session Chiars: 中尾 航)
2B14★ Improvement in heat-resistance and environmental-resistance of non-oxide ceramics -control of composite structure- (National
institute for Materials Science) ○NISHIMURA Toshiyuki・GUO Shuqi・KAKISAWA Hideki(14:00) Break
耐火物(14:20) (Session Chiars: 清水 公一)
2B17
Effects of Metal Cr Additive in Sliding Gate Valves (Shinagawa Refractories CO., LTD.) ○BABA Hiroki・LIN Wei・
HAMAMOTO Naohide・Niitsuma Hiroyasu
2B18
Improvement of durability of converter charging sidewall refractories by high-fracture energy MgO-C bricks (NIPPON STEELCORPORATION) ○YAMASHITA Yudai・TAKEUCHI Yuto・MATSUI Shunsuke・SAITOH Yoshitoshi・(KROSAKI HARIMACORPORATION) KISHIMOTO Kazuki・SHIOHAMA Michiharu・GOTO Kiyoshi・MORIKAWA Katsumi
ジルコニア(15:00) (Session Chiars: 清水 公一)
2B19
Sintering Behavior of 8mol%Y2O3-Stabilized Zirconia via Rapid Heating without an Electric Field (Gifu University) ○YOSHIDA
Michiyuki・TSUCHIDA Ryota(15:20) BreakPulsed discharging(15:40) (Session Chiars: 吉田 道之)
2B21
Reduction of Tin Oxide Powder by Pulsed-Discharged Spout Bed (Hosei University) ○Khlaisongkhram Phanuwat・Kondo Yuto・
Akashi Takaya*
耐火物(16:00) (Session Chiars: 吉田 道之)
2B22
Influences of Impurities on Linear Change of Magnesia-spinel Bricks by Firing (MINO CERAMIC CO.,LTD.) ○NAKANETomohiro・TAKEUCHI Shiho・FUJII Mikako・KAWAGUCHI Shun・YOSHIMI Yasutaka
アルミナ・クロミア質れんが(16:20) (Session Chiars: 吉田 道之)
2B23
Improved Durability of Alumina-Chromia Bricks (MINO CERAMIC CO.,LTD.) ○SHIRAI Shota・WATANABE Kazushige・
MATSUOKA Ayumi・KAWAGUCHI Shun・YOSHIMI Yasutaka
炭化物(16:40) (Session Chiars: 吉田 道之)
2B24
Fabrication of Al4SiC4–SiC composite carbides on carbothermal reduction of kaolinite (Mie Prefecture Industrial ResearchInstitute) ○INOUE Koji・NAITO Takuma・(Nitto Ganryo Kogyo Co., Ltd.) SAKAGUCHI Shoya・HAMAZAKI Yoshihito・
HAYASHI Tomoharu■■September 11 (Wed) (Room C) ■■15. The frontier of dielectric materials ～Creation of innovation for solving social
issues～
第一原理計算・機械学習(9:00) (Session Chiars: 北中 佑樹)
2C01
Materials Exploration of Ferroelectricity by First-Principles Calculations (Japan Fine Ceramics Center) ○SHITARA Kazuki・
YOKOI Rie・(Japan Fine Ceramics Center・Tokyo Institute of Technology) MORIWAKE Hiroki
2C02
Exploration of Antiferroelectric Materials through Crystallographic Symmetry and First-Principles Calculations and Its
Experimental Demonstrations (Murata Manufacturing Co., Ltd.) ○MURATA Tomoki・(Kyushu University) AKAMATSU
Hirofumi・(Murata Manufacturing Co., Ltd.) HIRAI Daisuke・(Tokyo Institute of Technology) TAKAHASHI Akira・OBA
Fumiyasu・(Murata Manufacturing Co., Ltd.) HIROSE Sakyo
2C03
First-principles calculation of Raman spectrum of ferroelectric phase SrTiO3 (JFCC・Tokyo Institute of Technology)○MORIWAKE Hiroki・(JFCC) Shitara Kazuki・Yokoi Rie
2C04
Phonon informatics of searching for ferroelectric Perovskite Structure (Japan Fine Ceramics Center) ○YOKOI Rie・(Japan Fine
Ceramics Center・Tokyo Institute of Technology) MORIWAKE Hiroki・(Japan Fine Ceramics Center) SHITARA Kazuki(10:20) Break
Nb 系誘電材料(10:40) (Session Chiars: 保科 拓也)
2C06
Potential energy surface analysis of Nb-based perovskite polar structures and phase transition (National Institute of Advanced
Industrial Science and Technology) ○KITANAKA Yuuki・FUKUDA Masayuki・NAKAJIMA Tomohiko
2C07
Crystal Structure and Ferroelectric properties of Perovskite-type RbTaO3 (Shibaura Institute of Technology) ○YAMAMOTO
Ayako・Murase Kimitoshi・(University of Tokyo) Yamaura Junichi・(Tohoku University) Sugiyama Kazumasa・Kawamata Toru・(National Defense Academy) Hamasaki Yusuke・(Japan Fine Ceramics Center) Shitara Kazuki・Yokoi Rie・Moriwake Hiroki
2C08
Crystal structure and dielectric properties of Nb-substituted LaTaO4 (National Defense Academy) ○HIRAYAMA HIRONOBU・HAMASAKI YOSUKE*・HIRATA YASUYUKI・MIYAUCHI YOSHIHIRO・SAWAI SHINYA*
2C09
Characterization of grain-size-controlled (Na,K)NbO3 ceramics (Nagoya Institute of Technology・University of Erlangen
Nuremberg) ○NOZAKI Takumi・(Nagoya Institute of Technology) MARTIN Alexander・(University of Erlangen Nuremberg)
WEBBER Kyle・(Nagaoka University of Technology) NAKAYAMA Tadachika・(Nagoya Institute of Technology) KAKIMOTO
Ken-ichi*
先端計測(13:20) (Session Chiars: 清水 荘雄)
2C14★ X-ray structure analysis of piezoelectric materials under an electric field (Nagoya City University) ○AOYAGI Shinobu
2C16
Relationship between ferroelectric properties and average and local and electronic structures in (K,Na,Cu,Li)NbO3 (Tokyo
University Of Science) ○Yukimatsu Genyu・Isibasi Chiaki*・Kitamura Naoto*・Idemoto Yasusi*
2C17★ Electron microscopy study on nano-scale polar structure and its response to electric fields (Kumamoto University) ○SATO Yukio(15:00) Break
ソフトプロセス(15:20) (Session Chiars: 萩原 学)
2C20★ Approach to the Fabrication of Reduction-Resistant BaTiO3-Based Grain-Oriented Lead-Free Piezoelectric Ceramics (Chubu
University) ○SAKAMOTO Wataru
2C22
Evaluation of the room temperature synthesized of BaTiO3 (Tokyo Institute of Technology) ○Yasuhara Sou・Orio Akira・Hoshina
Takuya2C23
Synthesis of Na0.5Bi0.5TiO3-NaNbO3 with Suppressing Evaporation of Bismuth via Water-soluble Ti, Ta-complexes - Morphotropic
Phase Boundary and Dielectric Property - (Yamaguchi University・Keio University) ○FUJIMORI Hirotaka*・(Yamaguchi
University) ICHIDA Shunta・SHIMABUKURO Tatsunori・(Okayama University of Science) SATO Yasushi■■September 11 (Wed) (Room D) ■■20. Hyper-Ordered Structure Science(9:00) (Session Chiars: 紅野 安彦)
2D01
Investigation of atomic configuration of spinel-type Mg-M-O cathode material (M: transition metals) (Tokyo University of Science)○KITAMURA Naoto・KONISHI Yoichiro・MA Wenli・ISHIBASHI Chiaki・IDEMOTO Yasushi
2D02
Observation of the formation of a zirconium oxide crystal nucleus in the initial nucleation stage in aluminosilicate glass by X-ray
multiscale analysis (National Institute for Materials Science) ○ONODERA Yohei・(AGC Inc.) TAKIMOTO Yasuyuki・HIJIYA
Hiroyuki・LI Qing・(Japan Synchrotron Radiation Research Institute) TAJIRI Hiroo・INA Toshiaki・(National Institute for Materials
Science) KOHARA Shinji
2D03
Correlation between chemical composition and luminescence properties in phosphate glasses (National Institute of Advanced
Industrial Science and Technology) ○MASAI Hirokazu

(10:00) Break(10:20) (Session Chiars: 小野寺 陽平)
2D05★ Local structures of high rare-earth containing glasses prepared by aerodynamic levitation technique (Nikon Corporation)○YOSHIMOTO Kohei
2D07★ Revealing the relation between structural and dynamical heterogeneity in metallic glass via electron microscopy (National Institutefor Materials Science) ○Nakazawa Katsuaki*・Mitsuishi Kazutaka・Kohara Shinji・Tsuchiya Koichi

08. Ceramic Sensors and Transducers(13:20) (Session Chiars: 島ノ江 憲剛)
2D14★ Ferroelectric ɛ-WO3 nanospheres for selective detection of polar acetone (Jeonbuk National University) ○YOON Ji-Wook(14:00) (Session Chiars: 伊藤 敏雄)
2D16★ Enhanced Gas Selectivity and Sensitivity via Crystal Facet Control in Tin Oxide Semiconductor Sensors (National Institute ofAdvanced Industrial Science and Technology) ○CHOI PilGyu
2D18
Gas-sensing Properties and Secondary Particle Size Control of SnO2 for Micro Gas Sensors (Kyushu University) ○MASHIBA
Felipe Hiroshi・SUEMATSU Koichi・WATANABE Ken・SHIMANOE Kengo*
2D19
The Effect of Gas Adsorption and Reaction Characteristics on the Response Characteristics of Pulse-Heated SnO2 Gas Sensors(Kyushu University) ○KOBAYASHI Rintaro・MASHIBA Felipe Hiroshi・SUEMATSU Koichi・WATANABE Ken・SHIMANOE
Kengo*
2D20
Effect of Vanadium to Tin Oxide Gas Sensors on Selective Detection of Acetone (Kumamoto University) ○YAMASAKI Yurino*・
INOMATA Yusuke・KIDA Tetsuya(15:40) (Session Chiars: 上田 太郎)
2D21
The Effect of Bismuth ions as Foreign Receptors onto SnO2-based Gas Sensor for VOCs Detection (Kyushu University) ○Yang
Haoyue・Suematsu Koichi・Watanabe Ken・Shimanoe Kengo*
2D22
Morphology-controlled synthesis of metal-doped tin oxides and their CO sensing properties (Ehime University) ○YAMAURA
Hiroyuki・OCHIUMI Haruka・YAMAGUCHI Syuhei・YAHIRO Hidenori
2D23
Elucidation of CO detection mechanism of Pd-loaded SnO2 gas sensor using operando spectroscopy. (Kumamoto University)○SHIMADA Yuki・AGUTAYA Jonas・MASUMOTO Keigo・SHINKAI Takeshi・INOMATA Yusuke*・KIDA Tetsuya*■■September 11 (Wed) (Room E) ■■22. Material Design and Processing Design
マテリアルプロセッシングデザイン（窒化物）(9:00) (Session Chiars: 久保 正樹)
2E01★ Preparation of nitride materials using supercritical ammonia (Nagoya University) ○TOMIDA Daisuke・SCHIMMEL Saskia・
HONDA Yoshio・AMANO Hiroshi・(Tohoku University) SHIMA Kohei・ISHIGURO Tohru・CHICHIBU Shigefusa・(Mitsubishi
Chem. Corp.) SAITO Makoto・(Japan Steel Works) KURIMOTO Kouhei・BAO Quanxi
多様なマテリアルデザイン（窒化物）(9:40) (Session Chiars: 久保 正樹)
2E03
High-pressure synthesis and physical properties of antiperovskite nitride Co3GaN (Nagoya University) SASAKI Takuya・HOSOE
Shingo・NIWA Ken・(Hiroshima University) HIGA Nonoka・ONIMARU Takahiro・(Nagoya University) ○HASEGAWA Masashi
2E04
Development of green synthesis process for ZnMN2 (M=Si, Ge, Sn)-type nitrides from cyanamide compounds and oxide powders(Tohoku University) ○ZUSHI Ren・HAYASHI Ymato*・FUKUSHIMA Jun・TAKIZAWA Hirotsugu*(10:20) Break
多様なプロセッシングデザイン（触媒）(10:40) (Session Chiars: 白井 孝)
2E06
Evaluation of the Electron Conduction Path Formed by Ammonia Nitridation on the Titanium Oxynitride Cathode Catalyst for
Polymer Electrolyte Fuell Cells (Osaka University) ○TAMAKI Yushi・SEINO Satoshi*・UETAKE Yuta・(Yokohama National
University) NAGAI Takaaki・MONDEN Ryuji・ISHIHARA Akimitsu・(Osaka University) NAKAGAWA Takashi*
2E07
Synthesis of Zr Oxide-Based Catalysts for PEFC from Organometallic Complexes under Ammonia Atmosphere (Osaka University)○UENO Atsuhiro・SEINO Satoshi*・TAMAKI Yushi・UETAKE Yuta・(Yokohama National University) NAGAI Takaaki・
MONDEN Ryuji・ISHIHARA Akimitsu・(Osaka University) NAKAGAWA Takashi*
多様なプロセッシングデザイン（コンポジット）(11:20) (Session Chiars: 白井 孝)
2E08
Effect of CNT structures on the thermal conductivity and mechanical properties of CNT/AlN /rubber composites (National Instituteof Advanced Industrial Science and Technology) ○MATSUMOTO Naoyuki・FUTABA Don・YAMADA Takeo・KOKUBO Ken
多様なプロセッシングデザイン（ゾルゲル）(11:40) (Session Chiars: 白井 孝)
2E09
Preparation of ceramic thin films on plastic substrate by sol-gel transfer technique: transfer of dense YSZ films utilizing amesoporous layer (Kansai University) ○YAMAMOTO Yushi・KOZUKA Hiromitsu*
マテリアルプロセッシングデザイン(13:20) (Session Chiars: 小島 隆)
2E14★ Ceramics processing for the carbon neutral society (NGK Insulators, Ltd.) ○TOMITA Takahiro
多様なプロセッシングデザイン（焼結）(14:00) (Session Chiars: 小島 隆)
2E16
Low-temperature densification of whitlockite using cold sintering process (Osaka University) ○NAWA Shiori・SEO Yeongjun・
GOTO Tomoyo・KONDO Yoshifumi・CHO Sung Hun・SEKINO Tohru*
多様なプロセッシングデザイン（ポーラス）(14:20) (Session Chiars: 小島 隆)

2E17

Fabrication of hydrophobic zeolite bulk material with mesopores exhibiting humidity control function (Japan Fine Ceramics Center)○UEMATSU Masako・KIMURA Teiichi・(Nagoya Institute of Technology) ISHII Kento・(National Institute for Materials Science)
SAMITSU Sadaki・UCHIKOSHI Tetsuo
2E18
Effect of Al addition on the thermal stability and catalytic activity of bimodal mesoporous silica supported Pt catalysts for the C3H6
oxidation (Akita University) ○KATO Sumio・ONOUE Taichi・SAITO Kanji・OGASAWARA Masataka(15:00) Break
マテリアルプロセッシングデザイン（バイオマテリアル）(15:20) (Session Chiars: 木村 禎一)
2E20★ Development of novel bioceramics focusing on multiscale layered structures (Tokyo Medical and Dental University) ○YOKOI
Taishi
多様なプロセッシングデザイン（層状構造）(16:00) (Session Chiars: 木村 禎一)
2E22
Controlled synthesis of crystalline SnO nanosheets via liquid metal approach (Nagoya University) ○HAYASHI Yoshinao・
YAMAMOTO Eisuke・KOBAYASHI Makoto・OSADA Minoru*
2E23
Synthesis of multilayered nanosheets by exfoliation of layered-perovskite ANdNb2O7 (A = K, Rb, Cs) with polar structures (Nagoya
University) ○HAYASHI Kazuki・KOBAYASHI Makoto*・YAMAMOTO Eisuke・OSADA Minoru*■■September 11 (Wed) (Room F) ■■09. Basic science of powder processsing for innovating ceramic manufacturing
technology
配向(9:00) (Session Chiars: 飯島 志行)
2F01
Anisotropic magnetic property and hydrothermal densification of highly oriented LTL compacts prepared under high magnetic field(Kumamoto University) ○LUO Xiang・NAGAI Anna・(National Institute for Materials Science) NAKANE Takayuki・SUZUKI
Tohru・(Kumamoto University) SHIDA Kenji・MATSUDA Motohide*
2F02
Fabrication of translucent YVO4 ceramics by SPS and crystalline orientation (National Institute for Materials Science) ○SUZUKI
Tohru・LIU Lihong・LI Jiguang・MORITA Koji・KIM Byung-Nam
造形(9:40) (Session Chiars: 飯島 志行)
2F03★ Ricoh's Challenge: Thick-walled and High-density Ceramic 3D printing Using Binder Jet Technology (RICOH Company, LTD.)○KAMODA Kiichi(10:20) Break(10:40) (Session Chiars: 冨永 雄一)
2F06
DLP-3D printing of alumina ceramics using interparticle photo-cross-linkable aqueous slurries (Yokohama National University)○IIJIMA Motoyuki・MA Bohua・TATAMI Junichi
2F07
Three-dimensional modeling of porous materials using ceramic beads and externally stimuli-responsive slurry (Yokohama National
University) ○SAKURAI Haruki・(Ebara Corporation) NARITA Takayuki・(Yokohama National University) TATAMI Junichi・
IIJIMA Motoyuki*
粉体評価(11:20) (Session Chiars: 冨永 雄一)
2F08★ Evaluation of the feel for cosmetic powders focusing on particle characteristics and filling moldability (NIPPON MENARDCOSMETIC CO., LTD.) ○TOYODA Naoaki
分散(13:20) (Session Chiars: 高井 千加)
2F14
The effect of particle dispersion using a high-pressure homogenizer compared to ball milling on the structure of sintered body
(Nagaoka University of Technology) ○Gallardo Munoz Josue*・Tanaka Satoshi
2F15
Dispersion- flocculation transitions in alumina slurries with increasing temperature (Yokohama National University)○NAKAMURA MIU・TATAMI JUNICHI*・IIJIMA MOTOYUKI
2F16
Evaluation of the filtration deposition process by applying pattern recognition with the MTS (Mahalanobis Taguchi System)(Nagoya University) ○SATANI Hayato・YAMASHITA Seiji・HAGIO Takeshi・KITA Hideki*・(National Institute of Advanced
Industrial Science and Technology) Kondo Naoki
2F17
Effect of dilution on particles dispersion state -Comparison of particles dispersion state before and after dilution- (Hosei University)○MORI Takamasa・NISHIYAMA Tomoki・Kitamura Kenta
表面(14:40) (Session Chiars: 高井 千加)
2F18
Synthesis of ceramic hollow particles via coating on powder by chemical vapor deposition (National Institute of Advanced
Industrial Science and Technology (AIST)) ○KATSUI Hirokazu・NAKASHIMA Yuki・(Nagoya Municipal Industrial ResearchInstitute) KISHIKAWA Nobuyuki・KAWASE Satoshi・(National Institute of Advanced Industrial Science and Technology (AIST))HOTTA Mikinori(15:00) (Session Chiars: 森 隆昌)
2F19
Characterization of cellulose nanofiber by time-domain nuclear magnetic resonance (TD-NMR) (Gifu University・Tohoku
University) ○TAKAI Chika・(Tohoku University・Mageleka Japan Co,. Ltd.) IKEDA Junko・(Gifu University) NAGATA Koki・
KIMANI Paul・(Anton Paar) YAMAGATA Yoshifumi
接合(15:20) (Session Chiars: 森 隆昌)
2F20
Microstructure analysis of metal-ceramic interface using novel Cu brazing filler (Proterial, Ltd.) ○Nogawa Takashi・Takano Shun

2F21
2F22

2F23

Molecular dynamics study on interfacial strength of nitride ceramics (Proterial, Ltd.) ○KURIHARA Yuya・TAKANO Shun・NOGAWA Takashi
Fracture analysis at the interface of nitride ceramics for active metal brazed substrates using microcantilever beam specimens(Proterial, Ltd.) ○TAKANO Shun・TOBE Hikaru・KURIHARA Yuya・NOGAWA Takashi・(Yokohama National University)
TATAMI Junichi
Development of Bonding Technology using Novel Cu-based Active Brazing Materials (Proterial, Ltd.) ○TAKANO Shun・ENDO
Mizuki・NOGAWA Takashi■■September 11 (Wed) (Room G) ■■25. Progress of ceramics synthesis by aqueous solution process
ナノ構造・触媒(9:00) (Session Chiars: 鈴木 一正)
2G01
Synthesis of calcium intercalated titanates and their photocatalytic properties (Osaka University) ○KONDO Yoshifumi・GOTO
Tomoyo・SEKINO Tohru
2G02
Synthesis of Nanoporous Lithium Niobates with Different Pore Sizes and Their Piezoelectric Catalytic Properties (Waseda
University) ○ITO Momoka・OKA Daichi・HIKINO Takuya・SHIMOJIMA Atsushi*・MATSUNO Takamichi*(9:40) (Session Chiars: 村松 佳祐)
2G03
Dimensionality dependence on the photocatalytic activity of cuprous oxide nanowire-based composite materials (Nagoya
University) ○Senthil Abhinav・Suzuki Kazumasa*・Matsukawa Yuko・Ohtsuki Chikara
2G04
Fabrication of hybridized photocatalytic sheet composed of titanium dioxide nanoparticles and fibrous octacalcium phosphate(Sophia University) ○Kajiwara Shohei・(Sophia University・Nihon University) Itatani Kiyoshi・(Sophia University) Kuwahara
Hideki・(Nihon University) Toyama Takeshi・(Tokyo Medical and Dental University) Yokoi Taishi・(Shizuoka University) Sasaki
Tetsuo・(Sophia University) Kuroe Haruhiko*(10:20) Break
結晶成長・形態(10:40) (Session Chiars: 高井 千加)
2G06★ Learn from spherical carbonate concretion - Development of long-lasting synthetic sealing material - (Nagoya University)○YOSHIDA HIDEKAZU
2G08
Aqueous synthesis of nanostructured CuS particles through an intermediate phase (Kansai University) ○ISHII Seiya・UCHIYAMA
Hiroaki*
2G09Morphological control of Cu2PO4OH particles via an aqueous route assisted by organic molecules (Kansai University) ○Nishikawa
Takumu・Uchiyama Hiroaki*(13:20) (Session Chiars: 松野 敬成)
2G14Synthesis of basic copper salt crystal via salt concentration-gradient method (Osaka Metropolitan University) ○Tanaka Yuiko・(Fine Ceramics Center) Murata Hidenobu・(Joshibi University of Art and Design) Inada Akiko・(Osaka Metropolitan University)
Nakahira Atsushi*
2G15
Synthesis of Columnar Layered Cobalt Hydroxide with Different Size and Aspect Ratio (Shinshu University) ○WATANABE
Akira・MURAMATSU Keisuke*・SUGIMOTO Wataru*
ゾルーゲル法
(14:00) (Session Chiars: 樽谷 直紀)
2G16
Sol-gel preparation and water wettability of alkaline earth silicate thin films (Kansai University) ○KITA Yuki・SHIRAYAMA
Satoshi・INATSU Saki・KOZUKA Hiromitsu*
2G17
Fabrication of porous β”-alumina and control of pore structure (The University of Nagoya) ○Usami Tomoya・Nakanishi Kazuki*・
Hasegawa George*
2G18
Synthesis of macroporous calcium hydroxide salt xerogels and evaluation of CO2 fixation property (Osaka Metropolitan University)○Kobayashi Ryota・Tokudome Yasuaki*・Nakahira Atsushi(15:00) Break
低温焼結(15:20) (Session Chiars: 内山 弘章)
2G20
Preparation of Ni-Al Layered Double Hydroxide Dense Bulks by Hydrothermal Hot-Pressing Method and Their Rehydration
Behavior (Osaka Metropolitan University) ○YONE Kyosuke・(Japan Fine Ceramics Center) Murata Hidenobu・(Osaka
Metropolitan University) Nakhira Atsushi*
2G21
Cold sintering process of Li-ABW zeolite and ion removal characteristics (Osaka University) ○SEO Yeongjun・GOTO Tomoyo・
AMEMIYA Yuma・KONDO Yoshifumi・SEKINO Tohru
2G22
Crystallization behavior of perovskite oxides in acid-base chemical densification process near room temperature (National Instituteof Advanced Industrial Science and Technology) ○Nakayama Rei・Yamaguchi Yuki・Nomura Katsuhiro・Sumi Hirofumi■■September 11 (Wed) (Room H) ■■23. Advanced Structure Science and Analytical Techniques(9:00) (Session Chiars: 勝又 哲裕)
2H01★ Synthesis and Li-ion conduction properties of pyrochlore-type oxyfluoride Li2-xLa(1+x)/3M2O6F (M = Nb, Ta) (National Defense
Academy of Japan) ○AIMI Akihisa・(DENSO CORPORATION) ONODERA Hitoshi・SHIMONISHI Yuta・(Tokyo University of
Science) FUJIMOTO Kenjiro・(DENSO CORPORATION) YOSHIDA Shuhei
2H03
Optimized preparation of c-axis-aligned polycrystal of doped lanthanum silicate oxyapatite by TGG method (Nagoya Institute ofTechnology) ○KANEFUSA Kana・OKADA Shu・URUSHIHARA Daisuke・ASAKA Toru・FUKUDA Koichiro*
2H04
La3+ conduction in cuspidine-type compound La4Ga2O9 (Nagoya Institute of Technology) ○SHIMOTSUKASA Kakeru・
URUSHIHARA Daisuke・ASAKA Toru・FUKUDA Koichiro*(10:20) Break(10:40) (Session Chiars: 浅香 透)
2H06
Discovery of Novel Ba2Y2CuPtO8-type Materials and Dual-ion Conduction (Tokyo Institute of Technology) ○AOKI Nozomi・
YAGUCHI Hiroshi・FUJII Kotaro・YASHIMA Masatomo*
2H07
Crystal structure and proton conductivity evaluated by a water vapor permeation method in Ba-Co-Fe-Y mixed conductive
perovskite oxides (Nagoya Institute of Technology) ○Saito Rion・Kagomiya Isao*
2H08
The crystal structure and characterization of the scheelite-type oxide ion conductor NdNb1-xMoxO4+δ (Utsunomiya University)○TADA Kyosuke・SHAN Yue Jin*・TAKEBUCHI Yuma・TEZUKA Keitaro*
2H09
Local structure analysis of sulfur in silicate glasses by X-ray absorption spectroscopy and spectral simulation (Tohoku University)○NISHIDA Ryoma・NINOMIYA Kakeru・(AGC Inc.) OZAWA Saki・HIJIYA Hiroyuki・SAIJO Yoshitaka・WATANABE Shinta・
MIYAJIMA Tatsuya・(Tohoku University) NISHIBORI Maiko*■■September 11 (Wed) (Room J) ■■13. Crystal Science - New development of crystal growth technology and materials
research 結晶成長
(9:00) (Session Chiars: 片岡 邦光)
2J01
Development of a data-driven grain size predictor for oxide crystals using X-ray diffraction (Shinshu University) ○YAMADA
Tetsuya・Shioda Tetsuya・Hayashi Fumitaka・Teshima Katsuya
2J02
Mo chemistry-mediated particle design and controllable cystalline growth of inorganic oxides (DIC Corporation) ○YUAN JianJun・(Shinshu University) TESHIMA Katsuya
シンチレータ・レーザー(9:40) (Session Chiars: 川崎 卓郎)
2J03
Development of a Novel Neutron Scintillator 6Li-doped Tl:Cs3(Cu,Li)2I5 Crystals and Its Luminescence Properties (Tohoku
University) ○URANO Yusuke・(Tohoku University・Osaka University) KUROSAWA Shunsuke*・(Tohoku University) YAMAJI
Akihiro・(Tohoku University・C&A) YOSHIKAWA Akira・(Artificial Crystal Research Center Shanghai Institute of Ceramics,
Chinese Academy of Sciences) Wu Yuntao
2J04
Growth of Optical Crystals for Radiation measurement under the high-dose rate (Tohoku University・Osaka University)○KUROSAWA Shunsuke・(Saitama University) KODAMA Shohei・(Tohoku University) URANO Yusuke・SATO Daichi・
YAMAJI Akihiro(10:20) Break(10:40) (Session Chiars: 山田 哲也)
2J06★ Crystal growth of ZnO by mist-CVD and attempts to introduce machine learning into the research (Shizuoka University)○KOUNO Tetsuya
2J08
Preparation of La-substituted Gd2Si2O7：Ce polycrystalline thin plates and their beta-ray scintillation (Hokkaido University)○HIGUCHI Mikio・NISHIHIRA Yuki・KITAGAWA Yuichi・KANEKO Junichi・(Japan Atomic Energy Agency) MORISHITA
Yuki・(National Institute of Advanced Industrial Science and Technology) MATSUI Hiroaki・SOHMA Mitsugu・AKEDO Jun
2J09
Image quality evaluation and scintillation properties of Ce-doped SrHfO3 transparent ceramics for photon-counting X-ray CT(Tohoku University) ○SATO Daichi・(Tohoku University・Osaka University) KUROSAWA Shunsuke・(Tohoku University)
HARATA Koichi・(Osaka University) FUJIOKA Kana・(Tohoku University) YAMAJI Akihiro・URANO Yusuke・(Kanazawa
University) ARIMOTO Makoto・LUCYANA Fitri・TOMODA Takahiro(13:20) (Session Chiars: 手嶋 勝弥)
2J14
Chemical vapor deposition of Ce3+-doped lutetium silicate thick film phosphors and their luminescence properties (Yokohama
National University) ○SHIKICHI Airi・ITO Akihiko*
2J15
Search for raw material pretreatment conditions for growing high-quality halide single crystals (Saitama University) ○OMIYA
Shogo・KODAMA Shohei*・YANASE Ikuo・TAKEDA Hiroaki*

14. Water Resources, Water Environment and Ceramics(15:00) (Session Chiars: 前田 浩孝)
2J19
Effects of 1:1 type clay minerals on the crystallinity of KAlSiO4 generated by the solid-state reaction (Japan Fine Ceramics Center・Tokyo University of Science・TUS SSI・WaTUS) ○MACHIDA Shingo
2J20
Development of Ti/Ag2O-TeO2 glass/stainless steel reference electrode (Division of Applied Chemistry, Graduate School ofEngineering, Mie University) ○Fujioka Kyota・(Division of Applied Chemistry, Graduate School of Engineering, Mie University・
Graduate School of Regional Innovation Studies, Mie University) Hashimoto Tadanori*・(Division of Applied Chemistry, Graduate
School of Engineering, Mie University) Ishihara Atsushi・(HORIBA Advanced Techno, Co., Ltd) Komi Takuhisa・Nishio Yuji
2J21
★ Current situation and issue of water quality in rivers, Nagoya (Nagoya City Institute for Environmental Sciences) ○HASEGAWA
Eri
2J23
総合討論

■■September 11 (Wed) (Room K) ■■16. Materials science of inorganic compounds utilizing elemental/structural
diversities(9:00) (Session Chiars: 笹原 悠輝)
2K01
Synthesis of Organic-Inorganic Hybrid Perovskite Homologous Series FAn+1Pbn−1I3n−1.5(SCN)0.5 with Defect-Ordering (Tokyo
Institute of Technology) ○OHMI Takuya・Taniguchi Wataru・Nagase Teppei・(Tokyo Institute of Technology・Kanagawa Instituteof Industrial Science and Technology) Azuma Masaki・(Tokyo Institute of Technology) Yamamoto Takafumi*

2K02

Anion substitution effect in (110)p plane defective perovskite FA4Pb2I7.5(SCN)0.5 (Tokyo Institute of Technology) ○TANIGUCHI
Wataru・OHMI Takumi・(Tokyo Institute of Technology・Kanagawa Institute of Industrial Science and Technology) AZUMA
Masaki・(Tokyo Institute of Technology) YAMAMOTO Takafumi*
2K03
Exfoliation of RbLnTiNbO6F (Ln = La, Pr, Nd) oxyfluoride perovskites into nanosheets and first-principles calculations of theirlocal structures (Nagoya University) ○ISHIGAMI Yuta・KOBAYASHI Makoto*・YAMAMOTO Eisuke・OSADA Minoru*
2K04
Synthesis of Dion-Jacobson-type layered perovskites Rb(Ca1-xSrx)2(Nb1-yTay)3(O,N)10 and characterization of their exfoliatednanosheets by photoelectron spectroscopy (Nagoya University) ○OYABU Issei・KOBAYASHI Makoto*・YAMAMOTO Eisuke・
OSADA Minoru*
2K05
Complex Defect Formation and Anion Substitution in BaSn1-xYxO3-d Ceramics (Kyushu University) ○KOBAYASHI Yujin・
AKAMATSU Hirofumi・HAYASHI Katsuro*(10:40) Break(11:00) (Session Chiars: 堀毛 悟史)
2K07◆ Coordination Nanosheets — Electro-functional 2D Polymers of Metal Complexes (Tokyo University of Science) ○NISHIHARA
Hiroshi(13:20) (Session Chiars: 三浦 章)
2K14★ Effects of Configurational and Personnel High-Entropy (Penn State University) ○YOSHIDA Suguru(16:00) (Session Chiars: 山本 隆文)
2K22★ Integrated design of metal oxide catalyst-electrolyte interface for water electrolysis (Osaka University) ○Katayama Yu■■September 11 (Wed) (Room L) ■■07. Fundamental Research and Applied Development of Ceramic Materials for Energy
Conversion, Storage and Transportation
LIB(9:00) (Session Chiars: 小林 剛)
2L01★ Quantum Beam Analysis Accelerates Rechargeable Battery Development (Kyoto University) ○UCHIMOTO Yoshiharu
全固体 Li(10:00) (Session Chiars: 高井 茂臣)
2L04
Lithium plating/stripping behavior on garnet-type solid electrolyte (Mie University) ○MORI Daisuke・ITO Yuka・AGATA Yu・(DENSO CORPORATION) ONODERA Hitoshi・OKA Haruka・MASUO Yuta・SHIMONISHI YUTA・(Mie University)
TAMINATO Sou・IMANISHI Nobuyuki・(DENSO CORPORATION) YOSHIDA Shuhei
LIB(10:20) (Session Chiars: 高井 茂臣)
2L05
Electrode properties and average/electronic structure of lithium ion battery positive electrode material 0.5Li2MnO3-0.5Li(Mn10/24*
xNbxNi7/24Co7/24)O2 (Tokyo University of Science) IDEMOTO Yasushi ・○SATO Toshihiko・ISHIBASHI Chiaki・KITAMURA
Naoto
2L06
Effects of other element substitutions on the electrical properties and average and electronic structures of NASICON-type
Li1.5Al0.5Ge1.5-xMx(PO4)3 (Tokyo University of Science) ○Masuda Yuta・Ishibashi Chiaki・Kitamura Naoto・Idemoto Yasushi*・(DOWA ELECTRONICS MATERIALS Co., Ltd.) Tanoue Kouji・Abe Daisuke(11:00) (Session Chiars: 井手本 康)
2L07
Mechanism of Charge Transfer via Dielectric Interfaces in Li Ion Battery (Okayama University) ○Higaki Yusuke・(Okayama
University・Tokyo Institute of Technology) Teranishi Takashi*・(Okayama University) Kondou Shinya・Kishimoto Akira・(Nippon
Denko Co., Ltd) Sasaoka Chinatsu・Hirabaru Hikaru・Katayama Shingo
2L08
High Energy Density LiFePO4 Electrode hybridized with CNT binders (Shinshu University) ○SAKATA Tomoya・KANG Jooho・
NAGAMINE Masayuki・ZETTSU Nobuyuki*
2L09
Charge-discharge reaction of Li5+xFe1-xMnxO4 with anti-fluorite type structure (Mie University) ○TAMINATO Sou・RYOSUKE
GOTO・MORI DAISUKE・IMANISHI NOBUYUKI(13:20) (Session Chiars: 是津 信行)
2L14
Relaxation Analysis of Silicon-Graphite Composite Anode (Kyoto University) ○Fu Jiawei・Takai Shigeomi*・Yabutsuka Takeshi
2L15
Improvement of electrochemical properties of Li4Ti5O12 anode surface by SiO2 coating (Tokyo Institute of Technology) ○Nomura
Ryota・Kobayashi Yoshinao*・Yasui Shintaro*
NIB(16:00) (Session Chiars: 石田 直哉)
2L22
Evaluation of Cathode α-NaFeO2 for Sodium-Ion Batteries (Tokyo Institute of Technology) ○Imabayashi Koki・Nomura Ryota・
Takei Sosuke・Esaki Rei・Kobayashi Yoshinao・Yasui Shintaro*
2L23
High entropy effects on the high specific capacity of P2-type sodium nickel manganate cathodes (Shinshu University)○TOMIOKA Yoichiro・CHEN Tingru・NAGAMINE Masayuki・ZETTSU Nobuyuki*■■September 11 (Wed) (Room M) ■■19. Multidisciplinary development of oxoate materials science and technology
誘電性・分極特性(9:00) (Session Chiars: 宗像 文男)
2M01
Controlling phase-transition behavior and material properties of ion-doped perovskite-type oxide ferroelectric films. (Sophia
University) ○UCHIDA Hiroshi
2M02
Growth and high temperature electrical properties of Ca2ZnSi2O7 crystals (Saitama University) ○UMEZAWA Gakuto・KODAMA
Shohei・YANASE Ikuo・TAKEDA Hiroaki*(9:40) (Session Chiars: 内田 寛)

2M03
2M05

★ Investigation of non-perovskite ferroelectric materials (national defense academy) ○HAMASAKI Yosuke
Improvement of Dielectric property and thermal conductivity of Poly(Vinylidene Fluoride) composites by adding BaTiO3/β-Si3N4
hybrid filler and its application to biosensors. (Tokyo city University) ○OGIYA TAITO・KOBAYASHI Yuuki・SATO Yoshihiro・(Tokyo Institute of Technology) KITANI Suguru・(Tokyo University of Science) TAKAGI Yuka・(Tokyo Institute of Technology)
KAWAJI Hitoshi・(Tokyo city University) MUNAKATA Fumio*

電池特性(10:40) (Session Chiars: 武田 博明)
2M06
Synthesis of LiFeBO3; a cathode material for Li-ion batteries by complex polymerization method and electrochemical performance(Tokyo University of Science) ○OKAYASU Kanta・DAZAI Takuro*・(National Defense Academy of Japan) AIMI Akihisa*・(Tokyo University of Science) FUJIMOTO Kenjiro*
2M07
Effect of carbon coating on charge/discharge charactaristics of LiFexMn1-xCo0.1PO4 (Tokyo University of Science) ○YAMADA
Yusuke・Dazai Takuro*・(National Defense Academy) Aimi Akihisa*・(Tokyo University of Science) Fujimoto Kenjiro*(11:20) (Session Chiars: 相見 晃久)
2M08
Structure analysis of TiNb2O7 single crystals (The University of Saitama) ○Matsumura Kensuke・Kodama Shohei・Yanase Ikuo・(The University of Tohoku) Sugiyama Kazumasa・(The University of Saitama) Takeda Hiroaki*
2M09
Application of silica separator with internalized silica particles to lithium sulfur batteries (Tokai University) ○Nishiumi Hideaki・
Komiya Yoshito・Okamura Yosuke・Matsumae Yoshiharu*・Higuchi Masashi*

00-01. (Invite speaker only) JASCERS Session(13:30) (Session Chiars: Wada Satoshi)
JASCERS-01 ★ Surface wrapping of BaTiO3 nanoparticles by 2-D oxide nanosheets: A novel process for functional dielectrics ceramics (Korea
Aerospace University) ○Kwon Do-Kyun(14:00) (Session Chiars: Wada Satoshi)
JASCERS-02 ★ Defect and Entropy Engineering of Complex ABO3 Containing Volatile Elements (Changwon National University) ○Lee Soonil(14:30) (Session Chiars: Wada Satoshi)
JASCERS-03 ★ Perovskite-based tandem solar cells (Seoul National University) ○Kim Jin Young(15:00) (Session Chiars: Do-Kyun Kwon)
JASCERS-04 ★ Emerging ceramic nanosheets: From tailored synthesis to energy applications (Nagoya University) ○OSADA Minoru(15:30) (Session Chiars: Do-Kyun Kwon)
JASCERS-05 ★ Development of Advanced Materials of Next Generation Rechargeable Batteries for Mobilities and Energy Storage (Tokyo
Metropolitan University) ○KANAMURA Kiyoshi(16:00) (Session Chiars: Do-Kyun Kwon)
JASCERS-06 ★ Rational design of interfacial layers for next-gen. Li- and Zn metal batteries (Korea University) ○Kim Dong-Wan■■September 11 (Wed) (Room N) ■■21. Advanced processing and measurement technologies for the develoment of highreliability enginieering ceramics
微構造・特性制御(9:00) (Session Chiars: 且井 宏和)
2N01
Synthesis of spherical boron nitride filler and thermal conductivity of its epoxy composites (Kagawa University) ○KUSUNOSE
Takafumi・Oiwa Hiroshi・Zhou Huayuan・(Osaka University) Sekino Tohru
2N02
Composite structure and properties of sintered porous aluminum nitride ceramics / hybrid material composites (Nagoya Institute ofTechnology) ○HONDA Sawao・OGATA Yukito・HASHIMOTO Shinobu・IWAMOTO Yuji
2N03
Synthesis of SiC-based porous materials via high temperature pyrolysis and mineralization of polycarbosilane (Ehime University)○YAMAMURO SAEKI・MIYAWAKI HAJIME・OKADA TAKUMI・MORI MASAMI
2N04
Fabrication of (Y, Gd, Yb)5O4F7 ceramics and their mechanical and thermal properties (Tokyo Institute of Technology) ○SAWAKI
Taketo・NARITA Shun・GUBAREVICH Anna・YOSHIDA Katsumi*・(NIPPON YTTRIUM CO.,LTD.) MATSUKURA Kento・
TAZAKI Yoshiaki(10:20) Break(10:40) (Session Chiars: 楠瀬 尚史)
2N06
High-strain-rate superplasticity bellow 1350℃ in oxide composites with controlled thermal properties. (National Institute foe
Materials Science) ○HIRAGA Keijiro・Kim Byung-Nam・Morita Koji・Sakka Yoshio
2N07
Deformation-resistant carbides and borides with superior hardness, toughness, and flexural strength up to 2000°C (National
Institute for Materials Science) ○Vasylkiv Oleg*
2N08
Effects of rare-earth oxides on grain boundary strength of high thermal conductivity sillicon nitride ceramics (Yokohama National
University) ○matsuura komaki・Tatami Junichi*・Iijima Motoyuki・Ohji Tatsuki・(Kanagawa Institute of Industrial Science andTechnology) Takahashi Takuma・(Toyohashi University of Technology) Nakano Hiromi
2N09
Effect of TiO2 and AlN addition on the mesoscale mechanical properties of Si3N4 ceramics (Yokohama National University)○SAITO Takahiro・TATAMI Junichi*・IIJIMA Motoyuki・OHJI Tatsuki・(Kanagawa Institute of Industrial Science andTechnology) TAKAHASI Takuma・YAHAGI Tsukaho・(Toyohashi University of Technology) NAKANO Hiromi
原子炉材料(13:20) (Session Chiars: 且井 宏和)
2N14★ Irradiation Performance of Silicon Carbide as a Structural Material for Nuclear and Fusion Reactors (Tohoku University)○KONDO Sosuke(14:00) (Session Chiars: 近藤 創介)
2N16
Development of accident tolerant SiC core materials (Toshiba Energy Systems & Solutions Corp.) ○SUYAMA Shoko・Ukai
Masaru・nishimura toshiki・Kuboya Satoru・Matsuzaki Hidehito・Kawahara Fumitomo・Akimoto Megumi・Takada Toshiaki

2N17

Investigation of fast and low temperature synthesis of B6Si ceramics using induction heating (Tokyo Institute of Technology)○KAWAI Daisuke・GUBAREVICH Anna・YOSHIDA Katsumi*(14:40) Break
航空機・超耐熱(15:00) (Session Chiars: 吉田 克己)
2N19★ Development Status and Issues of CMC for Aero-Engine (IHI Corporation) ○NAKAMURA Takeshi
2N21
Properties of Y3Al5O12 / (Zr, Y)O2 eutectic fibers grown by the micro-pull-down (μ-PD) method (Japan Ultra-high Temperature
Materials Research Center) ○IGUCHI Hironaga・MIYAMOTO Norifumi・OHTSUBO Hideki・NAKAGAWA Narihito(16:00) (Session Chiars: 須山 章子)
2N22
Investigation of Ti3SiC2 interphase formation process for SiCf/SiC composites by electrophoretic deposition method (Tokyo
Institute of Technology) ○SUEDA Mizuki・GUBAREVICH Anna・(Japan Aerospace Exploration Agency) KOTANI Masaki・(Tokyo Institute of Technology) YOSHIDA Katsumi*
2N23
Formation process of BN coating on SiC fibers by pulsed DC electrophoretic deposition method (Tokyo Institute of Technology)○SAKAKIBARA Daichi・Gubarevich Anna・(Japan Aerospace Exploration Agency) KOTANI Masaki・(Tokyo Institute ofTechnology) YOSHIDA Katsumi*■■September 11 (Wed) (Room Q) ■■03. Photoceramics - Synthesis, Functions and Applications of Optical and Colorful
Ceramics放射線誘起蛍光(13:20) (Session Chiars: 長谷川 拓哉)
2Q14
Developing of Ce-doped BPO4‒Al(PO3)3‒CsPO3 glasses for neutron detection (Tohoku University) ○Hasegawa Ko・Watanabe
Akito・Kawamoto Hiroki・Fujimoto Yutaka・Asai Keisuke*
2Q15
Application of Au-doped soda-lime glass to luminescence type dosimeter (Tohoku University) ○KAWAMOTO Hiroki・
FUJIMOTO Yutaka・ASAI Keisuke
2Q16★ Phosphor materials for radiation detection and measurement (Tohoku University) ○FUJIMOTO Yutaka(14:40) Break
セラミックス蛍光体(15:00) (Session Chiars: 川本 弘樹)
2Q19
Low temperature sintering of (Gd,La)2O2S:Pr3+ ceramics through nanopowder synthesis (National Institute for Materials Science)○LI Ji-Guang・(Bohai University) Wang Xuejiao・(National Institute for Materials Science) Morita Koji
2Q20
Synthesis and characterization of transparent Eu-doped fluorapatite ceramics (National Institute for Materials Science・The
University of Tokyo) ○Koizumi Sanae・(National Institute for Materials Science) Furuse Hiroaki・(Kitami Institute of Technology)
Mochizuki Yuki・Yousuf Abu・Ohno Tomoya・(National Institute for Materials Science) Suzuki Tohru
2Q21
Ce3+-doped garnet ceramics exhibiting photo-stimulated luminescence (PSL) for optical storage (Kyoto University) ○NIUZHIYUAN・XU JIAN*・TANABE SETSUHISA*
2Q22
Investigation of Infrared Luminescence Mechanism in Titanium Oxide Ceramics (Salesian Polytechnic) ○KUROKI Yuichiro・
Nakazato Keisuke■■September 11 (Wed) (Room R) ■■17. Green Processing – Innovation of Materials Creation via Low Environmental Load
Processes –電池(9:00) (Session Chiars: 大野 智也)
2R01★ R&Ds of Oxide-based All-Solid-State Rechargeable Batteries using Aerosol Deposition (Nagoya University) ○IRIYAMAYASUTOSHI
2R03
Flux growth of garnet-type Li-ion solid electrolyte with rare-earth element substitution (Shizuoka University) ○KAWAGUCHI
Takahiko・MORIYA Mayu・HORIUCHI Kurumi・SAKAMOTO Naonori・Wakiya Naoki
2R04
Research on microstructural changes due to chemical formation of lead-acid battery electrode materials (The University of
Shizuoka) ○TAKAHASHI Asahi・KAWAGUCHI Takahiko・WAKIYA Naoki・SAKAMOTO Naonori*(10:20) Break(10:40) (Session Chiars: 川口 昂彦)
2R06
Structural Control of Precursor Molecules for Low-Temperature Synthesis of Lithium Ion Conductors (Kitami Institute ofTechnology) ○CARVALHEIRO SAKAMOTO Gabriel Seiti・PADARTI Jeevan Kumar・HIRAI Shigeto・MATSUDA Takeshi・
OHNO Tomoya*
2R07
Improvement of sintering properties by MgO coating on LiTa2PO8 solid electrolyte particles (Kitami Institute of Technology)○TANAKA Taiki・PADARTI Jeevan Kumar・HIRAI Shigeto・MATSUDA Takeshi・OHNO Tomoya*
磁性(11:20) (Session Chiars: 川口 昂彦)
2R08
Low-temperature synthesis of Y3-xMxFe5O12(M= In, Lu, La, Bi)-based magnetic materials for application to AC magnetic field
ablation therapy (Ehime University) ○MIYAMOTO Kouhei・ITAGAKI Yoshiteru・(National Institute of Technology, Niihama
College) HIRAZAWA Hideyuki・(Ehime University) AONO Hiromichi*
2R09
Magnetic Properties of Magnesium Ferrite Film prepared by MOD Technique (Nagoya Institute of Technology) ○KONDO
Tatsuya・Adachi Nobuyasu*

■■September 11 (Wed) (Room S) ■■18. Novel ceramic technology based on nanocrystals(9:00) (Session Chiars: 冨田 恒之)
2S01★ High-purity synthesis of functional ceramic materials by solution process using water-soluble metal complexes (Okayama
University of Science) ○SATO Yasushi
2S03~1 nm sized ultra-small particles and cluster-organic frameworks (Keio University) ○WATANABE Hiroto・IMAI Hiroaki
2S04
Surface structural control of spiky-shaped Nb2O5 nanoparticle with ligand-assisted synthesis (Nagoya Institute of Technology)○FUCHIGAMI Teruaki・KAKIMOTO Ken-ichi(10:20) Break(10:40) (Session Chiars: 上野 慎太郎)
2S06
★ Bragg coherent X-ray diffraction imaging technique for the three-dimensional visualization of nanocrystals (National Institutes for
Quantum Science and Technology) ○Oshime Norihiro・Ohwada Kenji・Machida Akihiko・Sugawara Kento・Shimada Ayumu・
Watanuki Tetsu・(Hiroshima University) Kuroiwa Yoshihiro
2S08
Investigation of sintering behavior of barium titanate nanocrystals and microstructures of their ceramics (AIST) ○ITASAKA
Hiroki・MIMURA Ken-ichi・LIU Zheng・HAMAO Naoki・HAMAMOTO Koichi
2S09
Hydrothermal synthesis of multifunctional Ruddlesden-Popper type nanocrystals (National Institute of Advanced Industrial Scienceand Technology) ○MIMURA Ken-ichi・ITASAKA Hiroki・HAMAO Naoki・Liu Zheng・HAMAMOTO Koichi

24. Ceramic Materials for a Carbon-Neutral Society
カーボンニュートラルと CCUS（１）(13:20) (Session Chiars: 忠永 清治)
2S14
総合討論
2S15
★ Improvement of zirconia ceramics using low-temperature sintering (Daiichi Kigenso Kagaku Kogyo Co., Ltd.) ○TAKAI Masayuki
2S16
Improving CO2 durability of an oxygen storage material by surface modification (Hokkaido University) ○TANAHASHI Keita・
MATSUBA Yu・JEEM Melbert・NOMURA Takahiro
2S17
Macromorphological and microstructural analyses of conch shells with projections (Keio University) ○ICHIKAWA Kei・(The
University Museum,The University of Tokyo) YOSHIMURA Taro・(Keio University) OAKI Yuya・(The University Museum,The
University of Tokyo) SASAKI Takenori・(Keio University) IMAI Hiroaki*
2S18
Effect of gas composition on SiC synthesis from carbon dioxide and Si powder (Tohoku University) ○FUKUSHIMA Jun・
TAKIZAWA Hirotsugu
2S19
Electrochemical Insertion/Deinsertion of CO32- into/form Layered Double Hydroxide Interlayers (Shinshu University) ○SatoSoma・Arai Susumu・Shimizu Masahiro*■■September 11 (Wed) (Room T) ■■02. Frontier of ceramic-based biomaterials -Design of Novel Function for
Biomaterials by Biomedical and Dental Engineering Fields(9:00) (Session Chiars: 李 誠鎬・猪瀬 智也)
2T01
Sol-Gel Synthesis of ZrO2-SiO2 Amorphous Solids for Bone Repair (Nagoya University) ○HIROSE Ryota・ZHANG Ziyue・
MATSUKAWA Yuko*・SUZUKI Kazumasa*・OHTSUKI Chikara*
2T02
Effects of Zn2+ ion introduction on B2O3-CaO sol-gel glasses (Nagoya Institute of Technology) ○HOSOKI Kohei・OBATA Akiko*
2T03
Direct Cu+ ion implantation to living cells using CuI-based superion-conducting glasses (Nagoya Institute of Technology)○SUGIMOTO Asahi・DAIKO Yusuke*・URUSHIHARA Daisuke(10:00) (Session Chiars: 山田 真也・野田 大智)
2T04
Simulation for elucidating a formation mechanism of six-coordinated Si in phosphate glass (Nagoya Institute of Technology)○SAKAKIBARA Arata・TAMURA Tomoyuki*
2T05
Effect of tantalum on structure and solubility for liquid-phase CaO-P2O5-Ta2O5 glasses (National Institute of Advanced Industrial
Science and Technology・Chubu University) ○ASANO Hayato・(Nagoya Institute of Technology) TAKAHASI Minori・OBATA
Akiko・(Chubu University) SAKURAI Makoto・(National Institute of Advanced Industrial Science and Technology) NAGATA
Fukue・LEE Sungho*(10:40) Break(11:00) (Session Chiars: 山口 将吾)
2T07★ Practical application of artificial hip joint with antibacterial and osteoconductive properties. (KYOCERA Corporation)○MURAKAMI TAKAYUKI
2T09
総合討論
(13:20) (Session Chiars: 林 幸壱朗)
2T14
★ Construction of skeletal muscle models using cultured cells and microfabricated devices and their application to drug and fooddevelopment (Nagoya University) ○SHIMIZU Kazunori
2T16
総合討論
(14:20) (Session Chiars: 薮塚 武史・細木 康平)
2T17
Structural control of calcium phosphate nanoparticles immobilizing gold nanoclusters (National Institute of Advanced Industrial
Science and Technology) ○Inose Tomoya・NAKAMURA Maki・OYANE Ayako
2T18
Influence of carbonate group content in carbonate apatite blocks on initial differentiation of bone marrow precursor cells into
osteoclasts (Fukuoka Dental College) ○SATO Taira・(Meiji University) SUZUKI Kitaru・(Fukuoka Dental College) MARUTA
Michito・KAJIMOTO Noboru・MINAMISAWA Hirogo・(Meiji University) AIZAWA Mamoru・(Fukuoka Dental College) TSURU
Kanji
2T19
Activity of osteoclasts cultured in three-dimensional culture using apatite-fiber scaffold (Meiji University・Meiji University
International Institute for Materials with Life Functions) ○SUZUKI Kitaru・(Meiji University) KAWABATA Shunta・KAMEDAYuka・(Meiji University・National Institute of Advanced Industrial Science and Technology) ONUMA Erika・(Meiji University

International Institute for Materials with Life Functions) YOSHIMURA Hideyuki・(Meiji University・Meiji University International
Institute for Materials with Life Functions) HONDA Michiyo・AIZAWA Mamoru(15:20) Break(15:40) (Session Chiars: 李 誠鎬)2T21◆ Separation and purification of antibodies by porous zirconia beads - Separation mechanism and its scope of application- (National
Institute of Advanced Industrial Science and Technology (AIST)) ○KATO Katsuya
2T23
総合討論

■■September 11 (Wed) (Room U) ■■00-03. (Invite speaker only)Standardization related to ceramics(10:00) (Session Chiars: 小沼 雅敬)
2U04★ Cement Association’s standardization efforts (Japan Cement Association) ○Yoshida Masahiko
2U07★ Refractory Technology Association’s ISO initiatives (and myself) (Ariake National College of Technology) ○Enomoto Naoya

00-02. (Invite speaker only) SDGs session -Circular Economy(13:20) (Session Chiars: 宮山 勝)
2U14★ Circular Economy in Japan (Ministry of Economy, Trade and Industry) ○TANAKA Shogo
2U17★ Base metals' strategies and challenges they face in the age of the circular economy. (The University of Tokyo) ○HOSHINO Takeo(15:00) (Session Chiars: 吉田 智)
2U19★ Resource recovery techniques from lithium secondary battery and neodymium magnet (Shimane University) ○SASAI Ryo
2U20★ The concept on the global optimal glass and ceramics recycling system-Technical feasibility of recycling PV panel glass toceramics and tiles (the Glass Recycling Committee of Japan) ○KATO SO
2U21★ Initiatives and Technology Development for Resource Recycling and Carbon Neutrality in Cement Industry (JAPAN CEMENTASSOCIATION) ○YOSHIDA Masahiko

00-05. 特別講演
(17:00) (Session Chiars: 森分 博紀)
2U25★ 電池材料研究の新展開 (TOYOTA MOTOR CORPORATION) ○IBA Hideki■■September 11 (Wed) (Room V) ■■05. Informatics applications in ceramic researchInternational session / 熱物性(9:00) (Session Chiars: 申 ウソク)
2V01
★ Integrating material science and data science to create innovative materials (The University of Tokyo) ○SHIOMI Junichiro
2V03★ Impact of Bias on AI for autonomous materials systems (University of Toronto) ○Hattrick-Simpers Jason
International session / 材料探索
(10:20) (Session Chiars: 山口 祐貴)
2V05★ Development of AI assisted functional materials (Korea Institute of Science and Technology) ○HAN Sang Soo
2V07★ Accelerated material science with multimodal AI system (National Institute of Advanced Industrial Science and Technology(AIST)) ○MUROGA Shun

06. Random Materials –Function and Physical Property Correlated with theStructureGottardi 賞受賞記念講演(13:20) (Session Chiars: 吉田 智)
2V14◆ ガラス科学を基軸とする次世代電池材料の研究 (Osaka Metropolitan University) ○SAKUDA Atsushi(14:20) Break
電池材料(14:40) (Session Chiars: 高橋 儀宏)
2V18
Fast Anion Redox by Amorphization (Nagoya Institute of Technology) ○TANIBATA Naoto*・KONDO Sayaka・TAKEDA
Hayami・NAKAYAMA Masanobu
2V19
Valence state characterization of glass-ceramics with metal nanoparticles dispersed in copper bismuth silicate (Nagaoka Universityof Technology) ○KUROIWA Manaho・Honma Tsuyoshi*・(Nagoya Instisute of Technology) Daiko Yusuke・(National Institute ofAdvanced Industrial Science and Technology・Osaka Univeersity) Shinozaki Kenji(15:20) (Session Chiars: 本間 剛)
2V20
Structural analysis of amorphous MoSx prepared by thermal decomposition and its application for positive electrode in all-solidstate batteries (Osaka Metropolitan University) ○IMAI Keitaro・SHIGEDOMI Tatsuki・FURUKAWA Tomohiro・(JASRI)YAMADA Hiroki・(Osaka Metropolitan University) MOTOHASHI Kota・SAKUDA Atsushi*・HAYASHI Akitoshi
2V21★ Na3Zr2Si2PO12 Solid Electrolyte Separator for Aqueous Sodium-Ion Batteries: Synthesis via the One-Step Sintering of GlassCeramics (OHARA INC.) ○OGASA Kazuhito・(National Institute of Advanced Industrial Science and Technology) KITTA
Mitsunori
2V23
総合討論

■■September 12 (Thu) (Room A) ■■14. Water Resources, Water Environment and Ceramics(10:00) (Session Chiars: 町田 慎悟)

3A04

Control of microstructure and wettability of Ti plate by acid treatment (Okayama university) ○UJITSUGU Yoshito・NISHIMOTO
Shunsuke*・KAMESHIMA Yoshikazu*
3A05
Preparation and thermal expansion studies on EDI-type SAPO (Tokyo Institute of Technology) ○NAGAI Daiki・MOCHIZUKI
Yasuhide・NAKAJIMA Akira・ISOBE Toshihiro*
3A06
Water vapor adsorption-desorption properties of Ca-Al LDH with different anions (Nagoya Institute of Technology) ○KONDO
Yuki・MAEDA Hirotaka*(11:00) (Session Chiars: 前田 浩孝)
3A07★ Rearing Water Treatment at the Port of Nagoya Public Aquarium (Port of Nagoya Public Aquarium) ○KASUGAI Takashi
3A09
総合討論
3A14
Addition of Organic Matter Removal Capacity to Gypsum - CaCO3 Crystallization-type Phosphorus Removal Material (Kyoto
Institute of Technology) ○NAKAE Tomoya・HOSOKAWA Saburo*・SHIOMI Haruhisa*
3A15
Synthesis of activated carbon by glucose hydrothermal method and its PFAS adsorption properties (Tokyo Institute of Technology)
Moriyama Daiki・Zhang Bei・Fujii Manabu・Mochizuki Yasuhide・Arimitsu Naoki・Nakajima Akira・○ISOBE Toshihiro(14:00) (Session Chiars: 磯部 敏宏)
3A16★ Introduction of PFAS Regulatory Trends and Analytical Total Solutions (Nihon Waters) ○Sherry Zhang・Ezaki Tatsuya・Iwata
Toshiaki
3A18
総合討論■■September 12 (Thu) (Room B) ■■10. Inovative reunion with refractories
耐火物(9:00) (Session Chiars: 後藤 潔)
3B01◆ Raw Materials for Refractories (Technical Association of Refractories, Japan) ○FURUTA Naoki
Al4SiC4(9:40) (Session Chiars: 明石 孝也)
3B03
Study on synthesis method of Al4SiC4 for mass production (Okayama Ceramics Research Foundation) ○MAEDA Tomoyuki・
INADA Takayuki・HANAGIRI Seiji・TAIRA Hatsuo
塩基性れんが(10:00) (Session Chiars: 明石 孝也)
3B04
Raw Material Composition of Basic Burnt Bricks and Its Influence on Expansion after Sintering (Krosaki Harima Corporation)○SHIMIZU Koichi・GOTO Kiyoshi・MORIKAWA Katsumi
耐火物(10:20) (Session Chiars: 明石 孝也)
3B05
Water resistance properties of AES fiber (Nagoya Institute of Technology) ○Sumida Hiromasa・Hashimoto Shinobu*・Yamaguchi
Keitaro・(Isolite Insulating Products Co., Ltd.) Tomita Kyohei(10:40) Break
連続鋳造(11:00) (Session Chiars: 飯田 正和)
3B07
Analysis of Crystal Phase Change in ZrO2 Raw materials by Raman Spectroscopy (Krosaki Harima Corporation・Tohoku
University) ○MATSUMOTO Shigefumi・(Krosaki Harima Corporation) SUZUKI Haruya・GODA Koji・SHIMIZU Koichi・GOTO
Kiyoshi
珪石煉瓦(11:20) (Session Chiars: 飯田 正和)
3B08
Mineral Composition and Microstructure of Silica Bricks Characterized by Micro-Raman Spectroscopy (Krosaki Harima Corp.・
Kyushu University) ○TOKUNAGA Ryuji・(Krosaki Harima Corp.) SHIMIZU Kouichi・GOTO Kiyoshi
コールドシンタリングプロセス(11:40) (Session Chiars: 飯田 正和)
3B09
Fabrication of dense gypsum ceramics by cold sintering process (Nagoya Institute of Technology) ○MATSUZAKI Yudai・
YAMAGUCHI Keitarou・HASHIMOTO Shinobu*・(Narumi Corporation) NISHIBE Toru
測定装置
(13:20) (Session Chiars: 葛西 篤也)
3B14
Measurement of Temperature Dependent Hot Dynamic Modulus of Elasticity of Magnesia Bricks (Shinagawa Refractories co., ltd.)○NAKABO Kazuya・KOYAKE Tamiatsu・(Okayama Ceramics Research Foundation) MAEDA Tomoyuki・INADA Takayuki・
HANAGIRI Seiji・TAIRA Hatsuo
耐火物(13:40) (Session Chiars: 葛西 篤也)
3B15
Introduction of Testing Instrument of High Temperature Young's modulus: Measurement Examples of Direct Bonded and SemiRebonded Magnesia-Chrome Bricks (Krosaki Harima Corporation) ○Noda Yuta・Shimizu Koichi・Goto Kiyoshi・(Okayama
Ceramics Research Foundation) Maeda Tomoyuki・Taira Hatsuo
多孔質材料(14:00) (Session Chiars: 葛西 篤也)
3B16
Investigation of the relationship between pore diameter and thermal conductivity of refractories (Nagoya Institute of Technology)○OKUDA Taiga・HASIMOTO Sinobu*・YAMAGUTI Keitaro・(TOWA REFRACTORY ENGINEERING CO., LTD)MORIGUTI Keisuke
ポーラスプラグ(14:20) (Session Chiars: 葛西 篤也)
3B17
Evaluation of pore structure of porous refractories with different permeability (SHINAGAWA REFRACTORIES CO.,LTD.)○FURUKAWA Tetsuya・ISHIHARA Eiji
(14:40) Break
不定形耐火物(15:00) (Session Chiars: 橋本 忍)
3B19
Effect of Temperature Conditions on Strength Properties of Monolithic Refractories (Shinagawa Refractories Co., Ltd.) ○FUJII
Masafumi・KAGO Takahiro・TSUKADA RYOU
カーボンナノチューブ(15:20) (Session Chiars: 橋本 忍)
3B20
Evaluations of thermal resistance and properties for carbon nanotube black body layers directly grown on refractory substrates(Hosei University・National Institute of Advanced Industrial Science and Technology) ○OGODA Yuto・(Hosei University)
AKASHI Takaya*・(National Institute of Advanced Industrial Science and Technology) WATANABE Hiromichi*
耐火物(15:40) (Session Chiars: 橋本 忍)
3B21
CFD application to refractory research (Shinagawa Refractories CO., LTD.) ○NISHIO Kanae・KOYAKE Tamiatsu・NIITSUMA
Hiroyasu■■September 12 (Thu) (Room C) ■■15. The frontier of dielectric materials ～Creation of innovation for solving social
issues～
高信頼性誘電材料(9:20) (Session Chiars: 阿満 三四郎)
3C02
Development of new dielectric (Bi1/2Na1/2)(Mg1/3Nb2/3)O3 single crystal with high dielectric constant (Shizuoka University) ○Izuchi
Sora・Fu Desheng*
3C03
DC bias characteristics and domain structure of BaTiO3 based fine grain ceramics (Okayama University・Tokyo Institute ofTechnology) ○TERANISHI Takashi・(Okayama University) Mizuki Katsura・Kondo Shinya・Kishimoto Akira
3C04
Method for Controlling Dielectric Properties of (Bi,Na)TiO3-CaTiO3 System (Murata Manufacturing Co., Ltd.) ○MATABA
Yuka・NOMURA Keisuke・HABU Daiki・IKEDA Jun(10:20) Break
高周波誘電材料(10:40) (Session Chiars: 金田 和巳)
3C06★ LTCC Technology for Precise Electronic Devices (LTCC Materials Co., Ltd.) ○TAKAHASHI Hidehito
3C08
Terahertz dielectric properties of CoTa2O6-based microwave dielectric materials (Tokyo Institute of Technology) ○HOSHINA
Takuya・MAEJIMA Daiki・YASUHARA Sou
3C09
Dielectric properties of acceptor and donor codoped TiO2 ceramics prepared with different acceptors (Keio University) ○Kawasaki
Mitsuha・(Nagoya University) Taniguchi Hiroki・(Keio University) Fujihara Shinobu・Hagiwara Manabu*
誘電体薄膜 2(ペロブスカイト・ウルツ鉱)(13:20) (Session Chiars: 江原 祥隆)
3C14★ Synthesis and properties of epitaxial perovskite oxide sheet (Hokkaido University・JST PRESTO) ○Katayama Tsukasa
3C16
Ferroelectricity and polarization switching dynamics in aluminum nitride (National Institute for Materials Science) ○SHIMIZU
Takao・(National Institute for Materials Science・Kyushu University) HASEGAWA Kouta・(National Institute for Materials
Science) OHSAWA Takeo・SAKAGUCHI Isao・(National Institute for Materials Science・Kyushu University・Tokyo Institute ofTechnology) OHASHI Naoki
3C17
Influence of Sc dopant on the electro-optic property of AlN thin films (Nagoya University・Tokyo Institute of Technology)○YAMADA Tomoaki・(Nagoya University) ABE Kotoko・YUAN Xueyou・(Tokyo Institute of Technology) OKAMOTO Kazuki・
FUNAKUBO Hiroshi・(Nagoya University) YOSHINO Masahito・NAGASAKI Takanori
3C18★ Deposition of ferroelectric (Ce,Mn)-substituted ZnO thin films (Kobe University) ○Kanno Isaku・Tamai Atsuhiro・Kweon
SangHyo・Adachi Hideaki■■September 12 (Thu) (Room D) ■■08. Ceramic Sensors and Transducers(9:40) (Session Chiars: 井澤 邦之)
3D03
Correlation between acetone gas detection properties and oxidation reaction mechanism of amorphous In-Sn-Zn oxide nanoparticles(Kumamoto University) ○JONO Yu・SHIMADA Yuki・MASUMOTO Keigo・SHINKAI Takeshi・BIPLAB Manna・INOMATA
Yusuke*・KIDA Tetsuya*
3D04
Research on oxide semiconductor gas sensors with nano-gap electrodes. (Niterra Co., Ltd.) ○Kondo Tomonori・Takakura
Masahiro・Igarashi Kenta・Kato Tomofumi・(Tokyo Institute of Technology) Majima Yutaka
3D05
Effects of Pt addition to porous In2O3 SnO2 particles on catalytic activity and VOC-sensing property (Nagasaki University)○INAO Genki・UEDA Taro・TORAI Soichiro・KAWASHIMA Kentaro・SHIMIZU Yasuhiro・HYODO Takeo*(10:40) (Session Chiars: 齋藤 紀子)
3D06
Effect of CO2 Concentration in High-Temperature Atmosphere on Electrical Properties of NdBa2Cu3Oy (Nagaoka University ofTechnology) ○OYAMA Shuma・OKAMOTO Tomoichiro*

3D07

Importance of phase composition on the small- and large-signal electromechanical properties of 0.94(Na1/2Bi1/2)TiO3-0.06BaTiO3(Nagoya Institute of Technology) ○Martin Alexander・(Friedrich-Alexander Universität Erlangen/Nürnberg) Khansur Neamul
Hayet・Webber Kyle Grant・(Nagoya Institute of Technology) Kakimoto Ken-ichi
3D08
Development of Microfluidic Device for Multiplexed Protein SERS Detection Using Mesoporous Gold Nanoparticle (Nagoya
University) ○NATSUHARA Daigo・(The University of Queensland) MASUD Mostafa・(Toyohashi University of Technology)
SHIBATA Takayuki・(Nagoya University・The University of Queensland) YAMAUCHI Yusuke
3D09
H2-Sensing Properties of Diode Sensors Consisting of Pt Electrodes and TiO2 Film: Effects of Thermal Oxidation Condition of Ti
and Al2O3 Coating (Nagasaki University) ○YAMAGUCHI Kano・KAWASHIMA Kentaro・UEDA Taro・HYODO Takeo*(13:20) (Session Chiars: 板垣 吉晃)
3D14
Effects of electrode on sensor-response values of cerium oxide oxygen sensors (National Institute of Advanced Industrial Scienceand Technology (AIST)) ○ITOH Toshio・IZU Noriya・TSURUTA Akihiro・AKAMATSU Takafumi・SHIN Woosuck・(Minato
Medical Science) KAMIHORIUCHI Kenji・TAKIZAWA Masao・YOSHIDA Isao
3D15
Catalytic Combustion-type H2 Gas Sensor Applying Cerium Oxide (Osaka University) ○TAMURA Shinji・SAKURAI Asuki・
IMANAKA Nobuhito
3D16
Gas sensing properties of ion-implanted WS2 nanosheets (National Institute for Materials Science) ○SAITO Noriko・(National
Institute for Materials Science・Inha University) Kim Jaehun(14:20) (Session Chiars: 田村 真治)
3D17
Gas sensing response of MgZnO films (National Institute for Materials Science) ○ADACHI Yutaka
3D18
Synthesis of oxide semiconducting thin films using the dense ceramics targets and the evaluation of gas sensing properties(National Institute for Materials Science) ○SAKAGICHI Isao・Saito Noriko・Adachi Yutaka・Suzuki Taku
3D19
VOC detection by Au-loaded SmFeO3 p-type semiconducting oxides (Ehime University) ISHIGURO Shinsuke・MORI Masami・
AONO Hiromichi・○ITAGAKI Yoshiteru
3D20
Synthesis of Nano-Sized SmFeO3 Particles and Application for VOC Sensor (Ehime-University) ○MORI Masami・ITAGAKI
Yoshiteru■■September 12 (Thu) (Room E) ■■22. Material Design and Processing Design
多様なプロセッシングデザイン（ゲル）(13:20) (Session Chiars: 小島 隆)
3E14
Effects of the type of the oxide source on the changes in in-plane stress of oxide gel films during heating and cooling (Kansai
University) ○MIYASHITA Yuto・KOZUKA Hiromitsu*
多様なマテリアルデザイン（自己修復）(13:40) (Session Chiars: 小島 隆)
3E15
TiN nanoparticle/Si(N,O) composite thin films prepared by thermal annealing of (Ti,Si)(N,O) amorphous thin films and dielectric
properties. (Hokkaido University) TSUJI Yuki・○MASUBUCHI Yuji・HIGUCHI Mikio
多様なマテリアルデザイン（機構）(14:00) (Session Chiars: 小島 隆)
3E16
Self-healing method of microcracks in Additive manufacturing of ceramics (Canon Inc.) ○YOSHIOKA Takuya・KOKETSU
NAOYUKI・ARII CHIAKI・YASUI NOBUHIRO
マテリアルプロセッシングデザイン(14:20) (Session Chiars: 小島 隆)
3E17
Effect of Reaction Conditions on M-S-H Formation (Krosaki Harima Corp.・Kyushu University) ○TOKUNAGA Ryuji・(Krosaki
Harima Corp.) SHIMIZU Kouichi・GOTO Kiyoshi・(Kyushu University) INADA Miki*
3E18★ Designing of Oxide-Base Ceramics and Composites via Polymer Complex Method for Sustainable Society (Professor Emeritus,
Tokyo Institute of Technology) ○YOSHIMURA Masahiro・(Osaka University) KAKIHANA Masato・(Tohoku University)
SARDAR Kripasindhu(15:00) Break
多様なプロセッシングデザイン（陶磁器）(15:20) (Session Chiars: 林 大和)
3E20
Effect of first transition metals in composition-controlled glazes and reactivity with tea catechins (Nagoya Institute of Technology)○TAKEMOTO Naoya・XIN Yunzi・KATO Kunihiko・XU Yuping・SHIRAI Takashi*
3E21
Fabrication of self-hardening and ultra-low-shrinkage ceramic materials using alumina cement and mullite fiber (Saga University)○FURUSHO Shimon・ISONO Kenichi・(Saga Ceramics Research Laboratory) KAMOCHI Nobuaki・(Saga University) ICHINOSE
Hiromichi・YADA Mitsunori*
3E22
Synthesis of ultra-low shrinkage pottery raw material using firing-non-shrinkage clay and ceramic sand (Saga University)○HIRANO Yuta・OKA Yousuke・ISONO Kenichi・(Saga Ceramics Research Laboratory) KAMOCHI Nobuaki・(Saga University)
ICHINOSE Hiromichi・YADA Mitsunori*(16:20) (Session Chiars: 小島 隆)
3E23
総合討論

■■September 12 (Thu) (Room G) ■■25. Progress of ceramics synthesis by aqueous solution process
水熱法・ソルボサーマル法(9:00) (Session Chiars: 横井 太史)
3G01
Morphology of hydroxyapatite synthesized by hydrothermal method and its lead removal properties (Osaka University)○AMEMIYA Yuma・GOTO Tomoyo*・KONDO Yoshifumi・SEO Yeongjun・CHO Sung Hun・SEKINO Tohru

3G02
3G03

Use of Perovskite Fluorides as a Template for Synthesis of Nanoporous Organic Polymers (Nagoya University) ○Adiwijaya
Steven・Asakura Yusuke*・(Nagoya University・The University of Queensland) Yamauchi Yusuke*
Hydrothermal synthesis of zirconia-based nanoparticles and their application to SOFC electrolytes (Tokyo Institute of Technology)○Imai Shohta・KUBOTA Yuta・YAMADA Tetsuya・MATSUSHITA Nobuhiro*■■September 12 (Thu) (Room H) ■■23. Advanced Structure Science and Analytical Techniques(9:00) (Session Chiars: 藤井 孝太郎)
3H01
Measurement of interatomic distances on crystal surfaces using scanning transmission electron microscopy (Japan Fine Ceramics
Center) ○KOBAYASHI Shunsuke・KOINUMA Gen・OOE Kousuke・NAKAYAMA KEI・ANADA Satoshi・KUWABARA
Akihide
3H02
Development of Atomic Resolution Transmission Electron Microscope with Information Science (ARTEMIS) and its Application
to Analyzing Catalyst and Batteries (Fine Ceramics Center) ○HIRAYAMA Tsukasa・ANADA Satoshi・NOMURA Yuki・
NAKAYAMA Kei・KOBAYASHI Shunsuke・YAMAMOTO Kazuo
3H03
Non-destructive trace elemental analysis of silicon carbide powder by X-ray fluorescence analysis (Rigaku Corporation)○TAKAHASHI Gakuto・TAKAHARA Hikari・MUTSUNA Go・IKEDA Satoshi
3H04☆ Ion conduction and crystal structure of mixed anion materials (RIKEN) ○YAGUCHI HIROSHI・(Tokyo Institute of Technology)
YASHIMA MASATOMO(10:20) Break(10:40) (Session Chiars: 矢口 寛)
3H06
First-principles study on (Ba,Ca)F2 fluoride-ion conductor (JFCC) ○OGAWA Takafumi・(Kyoto University) Sato Kazuyuki・(KEK) Mori Kazuhiro・(JFCC) Kobayashi Syunsuke・Moriwake Hiroki・(The University of Tokyo・JFCC) Ikuhara Yuichi・(JFCC)
Kuwabara Akihide
3H07
Crystal structure analysis of the layered perovskite compound Gd3Ba2Fe4O12.5 (Nagoya Institute of Technology) ○URUSHIHARA
Daisuke・NAKAJIMA Kenta・NAKAMURA Ariki・ASAKA Toru・FUKUDA Koichiro・(Teikyo University・Waseda University)
NAKAMURA Shin・(Waseda University) KATSUFUJI Takuro
3H08
Materials research using the Ibaraki Materials Design Diffractometer (iMATERIA) (Neutron powder diffractometer) installed at JPARC MLF (Comprehensive Research Organization for Science and Society) ○ISHIGAKI Toru・IKEDA Kazutaka・HAWAITakafumi
3H09
Determination of F- ion site in Aurivillius-type oxyfluorides using 19F MAS-NMR (Tokai University) ○KATSUMATA Tetsuhiro・
OCHI Yuuki・HINO Toshinori・(National Institute for Materials Science National Institute for Materials Science) OHKI Shinobu・
HASHI Kenjiro・DEGUCHI Kenzo■■September 12 (Thu) (Room J) ■■16. Materials science of inorganic compounds utilizing elemental/structural
diversities(9:20) (Session Chiars: 笹原 悠輝)
3J02
Low temperature synthesis of tantalum borides using oxides and sodium metal (Tohoku University) ○HOSONO Akira・YAMADA
Takahiro
3J03
Synthesis and Characterization of Novel Compounds via the Mechanochemical Metathesis Reaction using Bi-based Oxychlorides
as Precursors (Hiroshima University) ○SUMIOKA Oomi・TARUTANI Naoki*・KATAGIRI Kiyofumi*・INUMARU Kei・(Kyoto
University) TSUMORI Tatsuya・TASSEL Cedric・KATO Daichi・KAGEYAMA Hiroshi
3J04
High-purity synthesis of perovskite-type oxynitrides by reduced ammonia nitridation using active metals (Okayama University of
Science) ○SAKINAGA Kazuya・SATO Yasusi*・(Osaka University) KAKIHANA Masato・(Hokkaido University)
MASUBUCHI Yuji
3J05
Atmospheric nitridation of 3d metal oxides (Hokkaido University) ○DEMURA Momoka・MIURA Akira*・(Yamanashi University)
NAGAO Masanori・(National Institute of Advanced Industrial Science and Technology) ONO Keigo・Lee Chul-Ho・(Tokyo
Metropolitan University) YAMASHITA Aichi・(Hiroshima University) MORIYOSHI Chikako・(Osaka University) MITSUDOME
Takato・(Hokkaido University) FUJI Yuta・TADANAGA Kiyoharu(10:40) Break(10:40) (Session Chiars: 細野 新)
3J06
A new family of nitride and oxynitride (Kyoto University) ○Yuan Yao・Tsumori Tatsuya・(Ludwig-Maximilians-Universität
München) Kloss Simon D.・(Skolkovo Institute of Science and Technology) Kirsanova Maria A.・(Kyoto University) Cao Yu・
Ubukata Hiroki・Murayama Kantaro・Kato Daichi・Tassel Cedric・(Skolkovo Institute of Science and Technology) Abakumov
Artem M.・(Dalian University of Technology) Yang Minghui・(University of Edinburgh) Attfield J. Paul・(Kyoto University)
Kageyama Hiroshi
3J07
Lanthanum Nitride-Hydride La2H3N with Layered Anion Ordering (Kyoto University) ○Wei Zefeng・Ubukata Hiroki・(Osaka
University) Einaga Mari・(The University of Tokyo) Bhoi Dilip・(Kyoto University) Kato Daichi・Murayama Kantaro・Takatsu
Hiroshi・Cao Yu・Tassel Cedric・(The University of Tokyo) Uwatoko Yoshiya・(Osaka University) Shimizu Katsuya・(Kyoto
University) Kageyama Hiroshi*
3J08High-pressure X-ray Study of NbON Oxynitride: Direct Transition from Baddeleyite to Cotunnite Structure (Kyoto University)○Kozaki Shumma・Yao Yuan・Ubukata Hiroki・Wei Zefeng・Tsumori Tatsuya・(Nagoya University) Asano Shuto・Niwa Ken・Hasegawa Masashi・(Kyoto University) Kageyama Hiroshi*(11:40) Break
3J09
Two-dimensional square net connecting one-dimensional Bi–O chains in tri-layered fluorite oxychlorides solid solution of
Bi2LaO4Cl and Bi3O4Cl (Kyoto University) ○Gabov Artem・Kato Daichi・(Tokyo Institute of Technology) Tsukamoto Takamasa・(Kyoto University) Matsuzaki Yosuke・Kakudou Naoji・Ubukata Hiroki・(Osaka University) Saeki Akinori・(Kyoto University)
Suzuki Hajime・Abe Ryu・Fujita Koji・(Institute for Energy Technology) Karazhanov Smagul・(Kyoto University) Kageyama
Hiroshi*(13:20) (Session Chiars: 岡 研吾)
3J14Single crystal growth and characterization of vanadate oxyhydrides (Tokyo Institute of Technology) ○SAHARA Hiroki・OKOCHI
Hiroyasu・TOCHIZAWA Haruki・(Tokyo Institute of Technology・Kanagawa Institute of Industrial Science and Technology)
SHIGEMATSU Kei・NISHIKUBO Takumi・(Comprehensive Research Organization for Science and Society) SAKAI Yuki・(Tokyo Institute of Technology・Kanagawa Institute of Industrial Science and Technology) AZUMA Masaki・(Tokyo Institute ofTechnology) YAMAMOTO Takafumi*
3J15
Flux Crystal Growth, Structure, and Optical Properties of LiLa3Ti2S3O6 (Research Center for Materials Nanoarchitechtonics,
National Institute for Materials Science・Graduate School of Chemical Sciences and Engineering, Hokkaido University) ○Yuan
Hongbo・Yan Hong・Meng Yu・(Materials Analysis Station, National Institute for Materials Science) Matsushita Yoshitaka・(Research Center for Materials Nanoarchitechtonics, National Institute for Materials Science・Graduate School of Chemical
Sciences and Engineering, Hokkaido University) Yamaura Kazunari・Tsujimoto Yoshihiro*(14:00) (Session Chiars: 細野 新)
3J16
Pressure induced YbFe2O4-type to spinel structural change of InGaMgO4 (Tokyo Institute of Technology) ○KOIKE Takehiro・(KISTEC・Tokyo Institute of Technology) Hena Das・(Kindai University) OKA Kengo・(Okayama University of Science)
KUSANO Yoshihiro・(Universidad de Sonora) KIMIZUKA Noboru・Fernando Cubillas・Francisco Brown・(Tokyo Institute ofTechnology・KISTEC) AZUMA Masaki*(14:20) (Session Chiars: 岡 研吾)
3J17
Exploration of New Structure of Organic Inorganic Hybrid Perovskite using High Pressure Method (Tokyo Institute of Technology)○MATSUSHIMA Koki・OHMI Takuya・(Tokyo Institute of Technology・Kanagawa Institute of Industrial Science andTechnology) AZUMA Masaki・(Tokyo Institute of Technology) YAMAMOTO Takafumi*
3J18
Synthesis and Properties of Nickel-Containing Perovskite-Related Structures (Kyoto university) ○Yoshimura Noriyuki・Murayama
Kantaro・Namba Morito・Yoshimura Kazuyoshi・Tassel Cedric・(Kyushu university) Fujii Susumu・(Kyoto university) Kageyama
Hiroshi*(15:00) Break(15:20) (Session Chiars: 本橋 輝樹)
3J20
Creation of kagome lattice compound through novel topochemical reaction (Kyoto University) ○HIGUCHI Ryoya・ISHIDA
Kohdai・TASSEL Cedric・TAKATSU Hiroshi・(Kyoto University・Japan Science and Technology Agency Precursory Research for
Embryonic Science and Technology) KATO Daichi・(Kyoto University) UBUKATA Hiroki・MURAYAMA Kantaro・TERADA
Ryo・SASAHARA Yuki・(Japan Fine Ceramics Center) Huang Hsin-Hui・KUWABARA Akihide・KOBAYASHI Shunsuke・(Tohoku University) NAMBU Yusuke・(Kyoto University) MATSUDAIRA Hiroyasu・KITAGAWA Shunsaku・ISHIDA Kenji・
KAGEYAMA Hiroshi*
3J21
Prediction of hole traps for La2O2CO3:Eu3+ phosphor based on solid-state electronic structure (Japan Advanced Institute of Scienceand Technology) ○MIYATA Hirohisa・UEDA Jumpei*
3J22
External pressure and temperature response of BiSF with distorted PbFCl structure (Ritsumeikan University・Kyoto Univerisity)○ZHONG Chengchao・(Kyoto Univerisity) TASSEL Cedric・KATO Daichi・(Nagoya University) NIWA Ken・HASEGAWA
Masashi・(SPring-8) KAWAGUCHI Shogo・(Kyoto Univerisity) KAGEYAMA Hiroshi
3J23
Improvement of Moisture Resistance of Porous SrFeO3–δ Polyhedra by Cr-substitution (Nagoya University) ○HASEGAWA
George・Takeno Tomoki・Sakamoto Ryotaro・Nakanishi Kazuki■■September 12 (Thu) (Room K) ■■16. Materials science of inorganic compounds utilizing elemental/structural
diversities(9:00) (Session Chiars: 細川 三郎)
3K01
Preparation of amorphous precursor of negative thermal expansion material BiNi1-xFexO3 by a novel process and synthesis andevaluation of fine particles (Kanagawa Institute of Industrial Science and Technology・Tokyo Institute of Technology)○NISHIKUBO Takumi・(Tokyo Institute of Technology) HIROOKA Takatoshi・(Kanagawa Institute of Industrial Science andTechnology・Tokyo Institute of Technology) SAKAI Yuki・(Tokyo Institute of Technology・Kanagawa Institute of Industrial
Science and Technology) AZUMA Masaki
3K02
Control of Operating Temperature of BiNiO3-Based Negative Thermal Expansion Materials by Multielement Substitution Utilizing
Bayesian Optimization (Tokyo Institute of Technology) ○SHIBATA Yusuke・(Kanagawa Institute of Industrial Science andTechnology・Tokyo Institute of Technology) NISHIKUBO Takumi・(Tohoku University) KIYOHARA Shin・KUMAGAI Yu・(Tokyo Institute of Technology・Kanagawa Institute of Industrial Science and Technology) AZUMA Masaki*
3K03
The valence change of Mn in negative thermal expansion material BiNi1-xMnxO3 (Tokyo Institute of Technology) ○HIGASHI
Seiho・(Kanagawa Institute of Industrial Science and Technology・Tokyo Institute of Technology) NISHIKUBO Takumi・(Tokyo
Institute of Technology・Kanagawa Institute of Industrial Science and Technology) AZUMA Masaki*
3K04
Giant Thermal Expansion in Ca Substituted PbCrO3 (Tokyo Institute of Technology) ○LIU QIUMIN・(KISTEC・Tokyo Institute ofTechnology) Nishikubo Takumi・(Tokyo Institute of Technology・KISTEC) Azuma Masaki*(10:20) Break
3K06
Realization of negative thermal expansion in BiCoO3 derivatives (Tokyo Institute of Technology) ○Takahashi Kazuki・(Kanagawa
Institute of Industrial Science and Technology・Tokyo Institute of Technology) Sakai Yuki・Nishikubo Takumi・(Tokyo Institute ofTechnology・Kanagawa Institute of Industrial Science and Technology) Azuma Masaki*(11:00) (Session Chiars: 西久保 匠)
3K07
Thermal transformations and cation redistribution on A2B2O6 oxides (Kyoto University・University of Edinburgh) ○Ji Kunlang・(University of Edinburgh) Attfield J. Paul・(Kyoto University) Shimakawa Yuichi
3K08
Polarity and phase transition of a perovskite-type oxyfluoride AgTiO2F (Gakushuin University) ○INAGUMA Yoshiyuki・(Tokai
University) KATSUMATA Tetsuhiro・(Gakushuin University) TAKAMI Takuya・MIMURA Takanori・(Japan Synchrotron
Radiation Research Institute) KOBAYASHI Shintaro・KAWAGUCHI Shogo・(Japan Atomic Energy Agency) YONEDA Yasuhiro
3K09
Improvement of Dielectric Properties by Composition Control in Pyrochlore Acid Fluorides (Kindai University)○KURIBAYASHI Kyosei・(Kindai University) NOMA Naoki・(Kindai University) OKA Kengo*・(Kindai University) IWASAKI
Mitsunobu*

■■September 12 (Thu) (Room L) ■■07. Fundamental Research and Applied Development of Ceramic Materials for Energy
Conversion, Storage and Transportation
欠陥化学(9:00) (Session Chiars: 松田 マリック隆磨)
3L01☆ Solid-State NMR Study on the Local Structure of BaZrO3-Based Protonic Conductors (Tohoku University) ○OIKAWA Itaru
SOFC(9:40) (Session Chiars: 大石 昌嗣)
3L03
Evaluation of Electrochemical Characteristics and Rapid Heating Strength of Large-Area Metal-Supported SOFC Cells (TAIYOYUDEN CO., LTD.) ○TADA Saki・TAMAGISHI Shinichi・KAWAMURA Chie
3L04
Effective ceramic sealing agents for solid oxide cells by low temperature curing below 200 ◦C (ASAHI CHEMICAL CO.,LTD)○NAKANE Hisashi・SAGATA Kunimasa・(National Institute of Advanced Industrial Science and Technology) SHIMADA
Hiroyuki
3L05
Effect of Negatrode Microstructure on Fuel Cell and Electrolyzer Characteristics for Solid Oxide Electrochemical Cells (National
Institute of Advanced Industrial Science and Technology) ○SUMI Hirofumi・Momai Mizuki
3L06
PrCoO3-based cathode fabricated through an impregnation method towards metal-supported solid oxide fuel cells (Gunma
University) ○HAYASHI Hiroki・SATO Kazuyoshi*・KANNARI Naokatsu・(Nissan Motor Co., Ltd.) SONG Dong・MIURA
Yohei・SHIOMI Takeshi
液相合成(11:00) (Session Chiars: 島田 寛之)
3L07★ Low-temperature synthesis of BZY, BZCY and BZCYYb powders by liquid-phase technique (Tokushima University)○MORIGA Toshihiro・(Central Research Institute of Electric Power Industry) MATSUDA Malik Ryuma・MORI Masashi
MRB(13:20) (Session Chiars: 石田 直哉)
3L14
Dependence of Composition for Electrochemical Properties and Average, Local and Electronic Structures analysis using Quantum
Beam of Mg1.5-yCoyMnzVtO4 Cathode Materials for Magnesium Secondary Battery (Tokyo University of Science) ○BI Jiaxuan・
ISHIBASHI Chiaki・KITAMURA Naoto・IDEMOTO Yasushi*
3L15
Battery properties of Mg1.33-y(V1.67-x+yMnx)O4, a positive electrode material for Mg secondary batteries, and its composition
dependence on average and local structure analysis using quantum beam (Tokyo University of Science) ○YAMANOUCHI Kohei・
ISHIBASHI CHIAKI*・KITAMURA NAOTO*・IDEMOTO YASUSHI*
3L16
Composition dependence of battery properties and crystal structure using quantum beam of Mg secondary battery cathode materials
αMgCo2-xMnxO4－(1-α)Mg(Mg0.33V1.67-yNiy)O4 (x=0.5, 0.6 : y=0.1, 0.15) (Tokyo University of scienc) ○Chida Iroha・Ishibashi
Chiaki・Kitamura Naoto・Idemoto Yasushi*
太陽光(14:20) (Session Chiars: 奥谷 昌之)
3L17
Synthesis of metastable oxide solid solutions via solid-state ion exchange (Tohoku University) ○SUZUKI Issei・(Toyama National
College of Technology) KITA Masao・(Tohoku University) OMATA Takahisa
3L18
Investigation of Bi2Se3 and Au-Modified TiO2 Nanotube Array Photoelectrode for Photoelectrochemical Hydrogen Generation(Toyohashi University of Technology) ○Inoue Kazuki・Abouelela Marwa・Tan Wai Kian・Muto Hiroyuki・Matsuda Atsunori・
Kawamura Go*(15:00) (Session Chiars: 鈴木 一誓)
3L19
Preparation of heat-resistant ITO transparent conductive oxide film for dye-sensitized solar cell (Shizuoka University) ○NOMURA
Naohiro・OKUMA Go・OKUYA Masayuki*
3L20
Porous-TiO2 layers formed with atmospheric non-equilibrium two-dimensional plasma and their application to dye-sensitized solar
cells (Shizuoka University) ○YAMASHITA Kazuya・MIZOGUCHI Kiyoto・NISHIKAWA Daisuke・OKUYA Masayuki*
3L21
ITO and TiO2 double layers formed with microwave heating and their application to dye-sensitized solar cells (Shizuoka
University) ○TAKEDA Atsuya・ITO Yuhi・OKUYA Masayuki*
3L22
Optimization of Methyl Ammonium Iodide Solution Spin Coating Application Parameters on in two step deposition of Perovskite
Solar Cell to enhance performance (Shizuoka University) ○Wanigasekara Tharaka・OKUYA Masayuki*■■September 12 (Thu) (Room M) ■■07. Fundamental Research and Applied Development of Ceramic Materials for Energy
Conversion, Storage and Transportation
SOFC(13:20) (Session Chiars: 佐藤 和好)
3M14
Evaluation of Ion Transport Number of Fluorine-doped B-type Carbonate Apatites based on the Concentration Cell Method (Tokyo
University of Science) ○Tachibana Yoshikazu・Iwasaki Suguru*・Tanaka Yumi*
3M15
Correlations between oxygen diffusion coefficient of LSM/CeO2 cathode and nano-/micro- structure obtained under adequate
sintering conditions (Shizuoka University) ○Kawaminami Kota・Suda Seiichi*
3M16
Effects of nepheline formation in sericite-based self-expansion high temperature gas seals (Shizuoka university) ○ABO Yusaku・
SUDA Seiichi*
プロトン伝導(14:20) (Session Chiars: 山口 祐貴)

3M17

Suitability Evaluation of BZCYYb-based PCFC Electrolytes Synthesized by Liquid Phase Method (Tokushima University) ○INUIYuta・UDA Ren・YAMASHITA HIiroto・MURAI Keiichiro*・MORIGA Toshihiro*・(Central Research Institute of Electric Power
Industry) MATSUDA Malik Ryuma・MORI Masashi
3M18
Discovery of a High Proton Conductor Based on a Highly Oxygen Deficient Material (Tokyo Institute of Technology) ○Umeda
Kensei・Saito Kei・Fujii Kotaro・(High Energy Accelerator Research Organization) Mori Kazuhiro・(Tokyo Institute of Technology)
Yashima Masatomo*
3M19
Effect of Co/Fe solid solution in BaCoxFe1-xNi0.1Y0.1O3-d perovskite on oxygen permeability and PCFC cathode performance(Nagoya Institute of Technology) ○Katou Tatsuya・Kagomiya Isao*・(National Institute of Advanced Industrial Science andTechnology) Watanabe Kounosuke・Sumi Hirohumi・Shimada Hiroyuki・Mizutani Yasunobu(15:20) (Session Chiars: 島田 寛之)
3M20
Static disorder in perovskite-type proton-conducting oxides BaSn1−xMxO3−x/2 (M = Ga, Sc, In, Y, La): An approach based on
statistical analysis of numerous DFT simulated structures (Nagoya University) ○NAGASAKI Takanori・YOSHINO Masahito・
YAMADA Tomoaki
3M21
Defect conductivity response in a practical Protonic Ceramic Fuel Cell upon hydration/dehydration process (Yokohama National
University) ○MURAKAMI TAKERU・LI Kunpeng・ARAKI Takuto*・(Central Research Institute of Electric Power Industry)
MORI Masashi・KOBAYASHI Shun
3M22
Hydrogen dissolution and proton conductivity in transparent conducting oxides ITO (Tohoku University) ○Matsumoto Shinji・Omata Takahisa*・Yamasaki Tomoyuki*・Shiraiwa Takuma(16:20) (Session Chiars: 松田 マリック隆磨)
3M23
Development of Ba-Ce, Zr-type perovskite-type proton ceramic electrolysis cell (The University of Tokushima) ○FUJITA
Ryosuke・MIYAZAKI Toshiki・OISHI Masatsugu*・(National Institute of Advanced Industrial Science and Technology) SAKAI
Takaaki・(The University of Miyazaki) OKUYAMA Yuji
3M24
Effect of electrolyte surface modification by Ba coating in protonic ceramic fuel cells (National Institute of Advanced Industrial
Science and Technology) ○SHIMADA Hiroyuki・YAMAGUCHI Yuki・NOMURA Katsuhiro・FUJIOKA Masaya・WATANABE
Konosuke・Sharma Aman・SUMI Hirofumi・MIZUTANI Yasunobu■■September 12 (Thu) (Room N) ■■21. Advanced processing and measurement technologies for the develoment of highreliability enginieering ceramics
接合・界面・コーティング(9:00) (Session Chiars: 茂木 淳)
3N01
Interfacial Microstructure of SiC Ceramics Bonded with Hf and Cu Metal Foil as Insert Material (Osaka Research Institute ofIndustrial Science and Technology) ○OZAKI Tomoatsu・(Osaka Metropolitan University) TSUDA Hiroshi・MORI Shigeo
3N02
Microstracture and mechanical properties of Ti(C, N)-stainless steel composites (Tohoku University) ○YOSHIDA Tatsuya・
NARIKI Shinya*
3N03
Ceramic barrier coating for prevention of diffusion of Aluminum element (National Institute of Advanced Industrial Science andTechnology) ○KITA Ken'ichiro・HOTTA Mikinori(10:00) Break(10:20) (Session Chiars: 長谷川 誠)
3N05
Low friction coating in water using amorphous SiCO films (Okayama University) ○SHIOTA Tadashi・ISHI Ryosuke・
SHIMAZAKI Kazuma・FUJII Masahiro
3N06
Enhanced erossion resistance of SiC-based hybrid coating film due to high H/E value (National Institute for Materials Science)○SHIMODA Kazuya・(National Institute of Advanced Industrial Science and Technology) KATSUI Hirokazu
3N07
Wear mechanism of zirconia coating by AD method by sliding test (TOTO LTD.・Tokyo Institute of Technology) ○TAKIZAWA
Ryoto・(Tokyo Institute of Technology) YOSHIDA Katsumi(11:20) (Session Chiars: 下田 一哉)
3N08
Formation of ZrB2 and ZrB2-SiC composite coating by aerosol deposition (Yokohama National University) YAMADA Ryuzo・
OISHI Haruto・○HASEGAWA Makoto
3N09
Effects of crystallinity and chemical composition on optical properties of boron nitride related films by chemical vapor deposition(National Institute of Advanced Industrial Science and Technology (AIST)) ○KATSUI Hirokazu・(Nagoya University) HARADA
Katsuyoshi・KUMAGAI Jun・(National Institute of Advanced Industrial Science and Technology (AIST)) HOTTA Mikinori
先端計測・解析(13:20) (Session Chiars: 北岡 諭)
3N14
Microstructure measurement technique from segmented SEM-EDS maps (1) Extraction of active species by support in three-way
catalysts (TOYOTA CENTRAL R&D LABS.,INC.) ○GOTO Kunihiro・KATO Teruki・SHIMIZU Tsukasa・FUJI Akinobu・
OKUMURA Bunyo・NIWA Takahiro・HATANAKA Miho・KADOURA Hiroaki
3N15
Microstructure measurement technique from segmented SEM-EDS maps (2) Verification of catalytic performance and Pd surface
area (TOYOTA CENTRAL R&D LABS.,INC.) ○HATANAKA Miho・GOTO Kunihiro・KATO Teruki・SHIMIZU Tsukasa・FUJII
Akinobu・OKUMURA Bunyo・NIWA Takahiro・KADOURA Hiroaki
3N16
Fracture mechanism and macroscopic deformation behavior of porous oxide ceramic matrix composites at high temperature(National Institute for Materials Science) ○KAKISAWA Hideki・(Tokyo University of Science) INOUE Ryo・(National Institutefor Materials Science) SHIMODA KAZUYA(14:20) (Session Chiars: 新井 優太郎)
3N17
Effects of migration direction and humidified environment on ion transport along twin boundaries of Al2O3 films (Japan Fine
Ceramics Center) ○KITAOKA Satoshi・OGAWA Takafumi・MATSUDAIRA Tsuneaki・(The University of Tokyo) FUTAZUKA
Toshihiro・TAKEUCHI Miyuki・FENG Bin・(The University of Tokyo・Japan Fine Ceramics Center) SHIBATA Naoya・IKUHARA
Yuichi・(Nagoya University) YOKOI Tatsuya・(Nagoya University・Japan Fine Ceramics Center) MATSUNAGA Katsuyuki
3N17
Effects of migration direction and humidified environment on ion transport along twin boundaries of Al2O3 films (Japan Fine
Ceramics Center) ○KITAOKA Satoshi・OGAWA Takafumi・MATSUDAIRA Tsuneaki・(The University of Tokyo) FUTAZUKA

Toshihiro・TAKEUCHI Miyuki・FENG Bin・(The University of Tokyo・Japan Fine Ceramics Center) SHIBATA Naoya・IKUHARA
Yuichi・(Nagoya University) YOKOI Tatsuya・(Nagoya University・Japan Fine Ceramics Center) MATSUNAGA Katsuyuki(14:40) Break
3N19
Simulation of microstructural development in ceramic compact by sintering (Japan Fine Ceramics Center・Tohoku University)○TERASAKA Sota・(Japan Fine Ceramics Center) NOMURA Hiroshi・KIMURA Teiichi
3N19
Simulation of microstructural development in ceramic compact by sintering (Japan Fine Ceramics Center・Tohoku University)○TERASAKA Sota・(Japan Fine Ceramics Center) NOMURA Hiroshi・KIMURA Teiichi
3N20
Discussion on the Effects of Micro Defects to Dielectric Breakdown in Ceramics (Yokohama National University) ○ARAKI JIN・(National Institute of Advanced Industrial Scienece and Technology) FUKUSHIMA Manabu・NAKASHIMA Yuki・(Yokohama
National University) MATSUNAGA Kaishi・NAKAO Wataru*
3N20
Discussion on the Effects of Micro Defects to Dielectric Breakdown in Ceramics (Yokohama National University) ○ARAKI JIN・(National Institute of Advanced Industrial Scienece and Technology) FUKUSHIMA Manabu・NAKASHIMA Yuki・(Yokohama
National University) MATSUNAGA Kaishi・NAKAO Wataru*(15:40) (Session Chiars: 垣澤 英樹)
3N21
Effects of Microdefects on Dielectric Breakdown Mechanisms in Ceramics (Yokohama National University) ○MATSUNAGA
Kaishi・(National Institute of Advanced Industrial Science and Technology) NAKASHIMA Yuki・FUKUSHIMA Manabu・(Yokohama National University) ARAKI Jin・NAKAO Wataru*
3N22
dewaxing behavior of ceramics green body observed in situ by a combined OCT-TG-FTIR-MS system (Yokohama National
University) ○KIMURA Fumiya・Tatami Junichi*・Iijima Motoyuki・(KISTEC) Takahashi Takuma
3N23
Mechanical properties of grain boundary in yttria stabilized cubic zirconia measured by bending test microcantilever beamspecimens (Yokohama National University) ○MURAMOTO Mayuko・TATAMI Junichi*・IIJIMA Motoyuki・OHJI Tatsuki・(The
University of Tokyo) FENG Bin・IKUHARA Yuichi・(Kanagawa Institute of Industrial Science and Technology) MINAMI Daichi・
TAKAHASHI Takuma・YAHAGI Tsukaho・(Toyohashi University of Technology) NAKANO Hiromi■■September 12 (Thu) (Room Q) ■■03. Photoceramics - Synthesis, Functions and Applications of Optical and Colorful
Ceramics遷移金属蛍光体(9:00) (Session Chiars: 黒木 雄一郎)
3Q01
Fabrication and Luminescent Property of LiAlO2-ZnO Oxide Phosphors without Rare Metal (Mie Pref. Ind. Res. Inst.) ○INOUE
Koji・(Natl. Inst. of Tech., Suzuka Coll.) Wada Noriyuki
3Q02
Synthesis and characterization of oxide-deficient pyrochlore-type Mn-activated Mg2La1-xGdxTaO6 phosphor (Tokushima
University) ○TONOGAI Yusuke・ONOE Tomoya・OKAMOTO Mutuki・MURAI Kei-ichiro・MORIGA Toshihiro*
3Q03
Evaluation of near-infrared emission characteristics of Cr3+ and Cr4+ in germanate and silicate garnets (Japan Advanced Institute of
Science and Technology) ○SHIGEMURA YUKI・(Kyoto University) XU JIAN・(National Institute for Materials Science)
NAKANISHI TAKAYUKI・(Japan Advanced Institute of Science and Technology) UEDA JUMPEI*(10:00) Break
ナノシート(10:20) (Session Chiars: 岡 亮平)
3Q05
Preparation of nanosheets free-standing films and stress-induced optical properties (Kumamoto Univerisity) ○IDA Shintaro・
Awaya Keisuke・Hatakeyama Kazuto
3Q06
Photoluminescent Properties of the monolayer perovskite nanosheet derived from Bi2Na0.63Ln0.37Ta1.75W0.25O9 (Kumamoto
University) ○Awaya Keisuke・Yamamoto Ayaka・Hatakeyama Kazuto・Ida Shintaro
希土類蛍光体 1(11:00) (Session Chiars: 岡 亮平)
3Q07★ Development of mixed-anion phosphors activated with lanthanoid ions by controlling electronic structure and local environment(AIST) ○KITAGAWA Yuuki
3Q09
Photoluminescence of Eu3+ at B sites by host lattice excitation in SrSnO3 (Kyushu Institute of Technology) ○UEDA Kazushige・Nakamura Keigo
希土類蛍光体 2(13:20) (Session Chiars: 渡邉 美寿貴)
3Q14
Synthesis and photoluminescence of Pr3+-activated complex perovskite phosphors (Okayama University of Science) ○AGURO
Megumi・SATO Yasushi*・(Osaka University) KAKIHANA Masato・(Tohoku University) HASEGAWA Takuya・YIN Shu
3Q15
Comparison of electric and electroluminescence properties of (Ca,Sr)TiO3:Pr and CaSnO3:Pr thin films (Gunma University)○KYOMEN Toru
3Q16
★ Developing persistent phosphor of which mechanism originate from hole trapping and detrapping (NEMOTO & CO.,LTD.・Japan
Advanced Institute of Scinence and Technology) ○HASHIMOTO Atsunori(14:40) Break
蛍光体の合成プロセス(15:00) (Session Chiars: 粟屋 恵介)
3Q19
Size Control of Phosphors (Niigata University) ○TODA Kenji
3Q20
Unique morphology control of layered rare-earth molybdate phosphors by one-pot hydrothermal synthesis (Tohoku University)○HASEGAWA Takuya・NODA Suzuka・OKAWA Ayahisa・YIN Shu
3Q21
Synthesis of YVO4:Eu3+ Phosphor Materials using the WASSR Method (FUSO CHEMICAL CO., LTD.) ○Nasuda Yuko・(Niigata
University) Hikita Wataru・(FUSO CHEMICAL CO., LTD.) Okura Hiroshi・(Niigata University) Toda Kenji(16:00) BreakMD 計算

(16:20) (Session Chiars: 北川 裕貴)
3Q23
Structural modeling and optical properties of Ag2O-B2O3 glasses (Nagoya Institute of Technology) ○MATSUHISA Hayato・OKA
Ryohei・KIMURA Kouji・HAYASHI Koichi・(Zhejiang University) Xusheng Qiao・(Nagoya Institute of Technology)
HAYAKAWA Tomokatsu*
3Q24
NASICON-Type Na3Sc2(PO4)3:Eu2+ Phosphors Analyzed by Single Crystal Structure Determination and Molecular Dynamics
Simulation (Niigata University) ○WATANABE Mizuki・IWAKI Masato・Toda Kenji・Sato Mineo■■September 12 (Thu) (Room R) ■■12. Science and Technology for Densification – new trends of sintering technology 焼結挙動
(9:40) (Session Chiars: 大熊 学)
3R03
Densification process of Ba(Zr,Ti)O3 in reactive cold sintering (Nagoya Institute of Technology) ○HARA Shuta・FUCHIGAMI
Teruaki・KAKIMOTO Kenichi*
3R04
Effect of Thermal History on Sintering Behavior of Water-Treated Aluminum Dross (Nagaoka University of Technology) ○Suzuki
Kaito・(K.K.Suzumura) SUZUMURA Takahiro・(Nagaoka University of Technology) KUO Yen-Ling*・NANKO Makoto*
3R05
Densification of lithium niobate ceramics by using mixed powders (Shinshu University) HAMAMOTO Sou・KAWAGUCHI
Kento・○BAMBA Noriko
内部構造(11:00) (Session Chiars: 山本 剛久)
3R07
Synthesis of α-alumina porous ceramics with high porosity and tens of nanometers uniform pores (Japan Fine Ceramics Center)○TAKAHASHI Seiji・TAKATA Masasuke・(Shanghai Jiao Tong University) HIRANO Shin-ichi
3R08
Topological analysis of pore structure evolution during sintering using bond network model of particles (Tokyo University of
Science) ○KAMEMURA Mayu・(Japan Fine Ceramics Center) MACHIDA Shingo・(National Institute for Materials Science)
OKUMA Gaku・(Tokyo University of Science) ARAI Yutaro・(Nagaoka University of Technology) TANAKA Satoshi・(Tokyo
University of Science) KATSUMATA Ken-ichi*・MAEDA Kei*・YASUMORI Atsuo*
3R09
3D observation of morphological evolution of defects during SPS by using synchrotron X-ray CT (National Institute for Materials
Science) ○OKUMA Gaku・(National Institute of Advanced Industrial Science and Technology) Usukawa Ryutaro・Nakajima
Hideaki・Okazaki Toshiya・(Japan Fine Ceramics Center) Machida Shingo・(Tokyo University of Science) Arai Yutaro・Inoue Ryo・(National Institute for Materials Science) Osada Toshio・Shimoda Kazuya・Kakisawa Hideki・Wakai Fumihiro
高速焼結１(13:20) (Session Chiars: 南口 誠)
3R14★ Evaluation of thermoelectric materials prepared by current-induced flash sintering (National Institute of Advanced Industrial
Science and Technology) ○MIKAMI Masashi・(Nagoya Institute of Technology) MIYAZAKI Hidetoshi・(National Institute ofAdvanced Industrial Science and Technology) KINEMUCHI Yoshiaki・(Nagoya Institute of Technology) NISHINO Yoichi
3R16
Atmospheric nitriding of zirconia polycrystalline using DC electric field flash sintering (Nagoya University) ○sakamoto shunichi・
tokunaga tomoharu・yamamoto takahisa*
3R17
Effect of electric current on crack healing in polycrystalline zirconia (8Y-CSZ) (National Institute for Materials Science・Kyushu
University・Chiba Institute of Technology) ○MORITA Koji・(National Institute for Materials Science・Kyushu University) Nambu
Kohta・(Chiba Institute of Technology) Terada Daisuke・(Nagoya University) TokuTokunaga Tomoharu・Yamamoto Takahisa
高速焼結２(15:00) (Session Chiars: 吉田 英弘)
3R19
Sintering Behavior and Microcrack Healing of Zirconia Using Ultra-fast High temperature Sintering (UHS) (Nagoya University)○SATO Toshiki・TOKUNAGA Tomoharu*・(National Institute for Materials Science) MORITA Kohji・(Nagoya University)
YAMAMOTO Takahisa*
3R20
Effect of induction heating on fast sintering behavior and polytype transformation of SiC (Tokyo Institute of Technology)
YOSHIDA Alin・GUBAREVICH Anna・○YOSHIDA Katsumi*
3R21
Combination of Various Techniques and Their Effects to Enhance Transparency on Pulsed Electric Current Sintering of Alumina
Ceramics (Nagaoka University of Technology) ○OGASHIWA Yutaro*・KUO Yen-Ling*・NANKO Makoto
総合討論(16:00) (Session Chiars: 南口 誠)
3R22
総合討論

■■September 12 (Thu) (Room S) ■■24. Ceramic Materials for a Carbon-Neutral Society
カーボンニュートラルと CCUS（２）(9:00) (Session Chiars: 藤井 雄太)
3S01★ Initiatives toward carbon neutrality at Niterra Co., Ltd. (Niterra Co., Ltd.) ○KITAGAWA Hiromi
3S03★ Dry reforming of biogas using porous ceramics material (Kagoshima University) ○SAMESHIMA Soichiro
3S05
Effect of catalyst preparation methods on dry reforming of methane using Ni supported on porous ceramics containing calcium(Kagoshima University) ○WAKAMATSU Yorihisa・SAMESHIMA Soitirou*・(Former employer: Advanced Industrial Scienceand Technology) SHIBASAKI Yasuo
マテリアルリサイクル(10:40) (Session Chiars: 藤井 雄太)
3S06
Mn separation using chelating ion exchange resin for rare metal recycling in used lithium-ion batteries (Ehime University)○AONO Hiromichi・(EGS Co., Ltd) Kondo Jiro・(Ehime University) AONO Hiromichi*

3S07

Separation of nickel and cobalt from solutions using mordenite for rare metal recycling of used lithium-ion batteries (Ehime
University) ○SANO Yusuke・(EGS Co., Ltd) KONDO Jiro・(Ehime University) AONO Hiromichi*

カーボンニュートラルと電気化学デバイス（１）(11:20) (Session Chiars: 藤原 忍)
3S08
Preparation of a Mg-Al Layered Double Hydroxide Self-Supporting Membrane Using a Support and Evaluation of its Hydroxide
Ion Conductivity (Hokkaido University) ○HASHIMOTO Ryoka・MATSUMOTO Keeko・FUJII Yuta・MIURA Akira・TADANAGA Kiyoharu*
3S09
Effect of B-site cation on the electrochemical nitrogen reduction reaction of perovskite-type oxynitrides BaM(O,N)3 (Hokkaido
University) ○Kusano Haruka・MASUBUCHI Yuji*・HIGUCHI Mikio・MIURA Akira
カーボンニュートラルと電気化学デバイス（２）(13:20) (Session Chiars: 松田 厚範)
3S14★ Development of electrochemical CO2 reduction technology for carbon-neutral fuels production (Idemitsu Kosan Co., Ltd.) ○Jia
Qingxin
3S16
Catalytic activity of zirconium nitride synthesized from ZrCl4 by the urea-glass route for electrochemical CO2 reduction (Hokkaido
University) ○Tabuchi Kentaro・Noguchi Shinji・Nakazato Ryosuke・Matsumoto Keeko・Fujii Yuta・Miura Akira・Tadanaga
Kiyoharu*
3S17
Selective synthesis of acetic acid by electrochemical CO2 reduction using AgCu bimetallic catalysts (Kumamoto University)○WATASE Yuya・(Kyushu Institute of Technology) TAKASE Satoko・(Kumamoto University) INOMATA Yusuke・Quitain
Armand・(Kyushu Institute of Technology) SHIMIZU Yoichi・(Kumamoto University) KIDA Tetsuya*
3S18
Realization of hydrovoltaic power generation using films composed of ceramic fine particles: An example of TiO2 (Keio
University) ○Tamaki Atsuya・Hagiwara Manabu・Fujihara Shinobu*
カーボンニュートラルと電気化学デバイス（３）(15:00) (Session Chiars: 藤原 忍)
3S19
Effect of Control Lattice Oxygen by Calcining Nitrogen-doped Graphene Oxide on MEA Performance of PEFC (Toyohashi
University of Technology) ○HIRAKATA Yuto・HIKIMA Kazuhiro・(National Institute of Technology, Tsuruoka College) ITOU
Shigeharu・(Toyohashi University of Technology) MATSUDA Atsunori*
3S20
Synthesis of Metal-Organic Framework UiO-66Py with Immobilized Protic Acid and its Application to Fuel Cells (Toyohashi
University of Technology) ○Okamoto Hayata・(Centre of Excellence ENSEMBLE3) Maegawa Keiichiro・(Toyohashi Universityof Technology) Matsuda Reiko・Hikima Kazuhiro・Kawamura Go・Matsuda Atsunori*
3S21
Preparation and electrochemical characterization of antiperovskite Li2FeSO cathode composites (Toyohashi University ofTechnology) ○NISHIMOTO Maro・HIKIMA Kazuhiro*・MATSUDA Atsunori*■■September 12 (Thu) (Room T) ■■02. Frontier of ceramic-based biomaterials -Design of Novel Function for
Biomaterials by Biomedical and Dental Engineering Fields(9:00) (Session Chiars: 杉浦 悠紀・佐藤 平)
3T01
Proliferation behavior of osteoblasts on calcium silicate/poly(ε-caprolactone) composite nonwoven fabric (Kyushu Institute ofTechnolgy) ○NAKAMURA Jin・(Nagoya University) SHIBUYA Ayaka・SUZUKI Kazumasa・(Kyushu Institute of Technolgy)
MIYAZAKI Toshiki・(Nagoya University) OHTSUKI Chikara
3T02
pH changes in AC electrophoretic deposition of cellulose nanofiber in aqueous suspensions (Okayama University) ○YOSHIOKA
Tomohiko・OKUIE Shuhei・(Industrial Technology Center of Okayama Prefecture) FUJII Eiji・(Okayama University) KATAOKA
Takuya・(Fukuoka Dental College) TSURU Kanji・(Okayama University) HAYAKAWA Satoshi
3T03
Evaluation of biocompatible ceramic multilayer film formed on biodegradable Mg-Zn-Zr Alloy (Kyoto University)○YABUTSUKA Takeshi・KIDA Shuntaro・TAKAI Shigeomi(10:00) (Session Chiars: 小幡 亜希子・常川 凌)
3T04
Rapid in situ production of artificial enamel via laser-assisted pseudo-biomineralization (National Institute of Advanced Industrial
Science and Technology) ○OYANE Ayako・ONUMA Kazuo・NAKAMURA Maki・(Hokkaido University) TANAKA Saori・
NISHIDA Erika・MIYAJI Hirofumi
3T05
Investigation of Acid Treatment Conditions to Confer Apatite-Forming Ability on Titanium Devices Colored by Anodization(Chubu University) ○YAMAGUCHI Seiji・SHINTANI A.Seine(10:40) Break(11:00) (Session Chiars: 山田 真也)
3T07★ First-principles study of local structures in silicophosphate glasses (Nagoya Institute of Technology) ○TAMURA Tomoyuki
3T09
総合討論
(13:20) (Session Chiars: 吉岡 朋彦・鈴木 来)
3T14
In vivo behaviors of porous ceramics of calcium carbonate and calcium carbonate/calcium silicate (Shiraishi Central Laboratories
Co., Ltd.・Osaka University) Umemoto Shota・(Osaka University) Goto Tomoyo・Sekino Toru・(Showa University) Nakayama
Masataka・Kitamura Naoki・Watanabe Chie・Kataoka Yu・Yamaguchi Kikue・Munakata Motohiro・(Yamagata University) Seki
Yuma・Furusawa Toshitake・○Unuma Hidero
3T15
On-demand adhesion and detachment of porous hydroxyapatite on biological soft tissues (Tohoku University) ○OKADA
Masahiro・(Okayama University) Xie Shi Chao・Matsumoto Takuya
3T16
Enhancement of bone regeneration capacity of octacalcium phosphate/PLGA composite by chemokine loading (Tohoku University)○KURIYAMA Yasuaki・HAMAI Ryo*・MORI Yu*・BABA Kazuyoshi・TSUCHIYA Kaori・KANABUCHI Ryuichi・HARADA
Kento・AIZAWA Toshimi・SUZUKI Osamu*(14:20) Break(14:40) (Session Chiars: 中村 仁・松川 祐子)
3T18
Feasibility evaluation for silica substituted carbonate apatite as bone regeneration (National Institute of Advanced Industrial Scienceand Technology) ○SUGIURA Yuki・HORIE Masanori・(Okayama University of Science) ONO Fumiko・NOHARA Masakatsu

3T19

3T20

3T21

Calcium phosphate particles immobilizing ciprofloxacin as an antibacterial agent (National Institute of Advanced Industrial Scienceand Technology) ○NAKAMURA Maki・PAL Aniruddha・INOSE Tomoya・OYANE Ayako・(Hokkaido University) NISHIDA
Erika・MIYAJI Hirofumi
Preparation of Magnesium-containing phosphate invert glasses via liquid phase method (National Institute of Advanced Industrial
Science and Technology (AIST)) ○LEE Sungho・(Nagoya Institute of Technology) TAKAHASHI Minori・OBATA Akiko・(National Institute of Advanced Industrial Science and Technology (AIST)) NAGATA Fukue
総合討論■■September 12 (Thu) (Room V) ■■06. Random Materials –Function and Physical Property Correlated with theStructureプロトン伝導(9:00) (Session Chiars: 正井 博和)
3V01
Replacing Sodium Ions with Protons in Vanadophosphate Glass: Suppression of Electronic Conduction by Local Structural Changearound Vanadium Ions (Tohoku University・National Institute of Advanced Industrial Science and Technology) AMAN Sharma・(Tohoku University) SUZUKI Issei・TOYOOKA Kei・(National Institute of Advanced Industrial Science and Technology)
ISHIYAMA Tomohiro・(Hokkaido University) NISHII Junji・(Tohoku University) ○OMATA Takahisa
3V02
Effect of GeO2 addition on thermal and electrical properties of proton-conducting phosphate glass (Tohoku University) ○Toyooka
Kei・(National Institute of Advanced Industrial Science and Technology) Ishiyama Tomohiro・(Tohoku University) Omata
Takahisa*
機械的性質(9:40) (Session Chiars: 正井 博和)
3V03★ 応力密度カップリングにより誘起される高分子ガラスの破壊挙動 (Kyoto University) ○TAKENAKA Mikishito(10:20) (Session Chiars: 篠崎 健二)
3V05★ Fatigue Crack Growth Behavior in Soda Lime Glass by In-situ Crack Growth Observation -Metallurgist Initiatives- (Shizuoka
University) ○KIKUCHI Shoichi(11:00) Break(11:20) (Session Chiars: 岸 哲生)
3V08
Enhancement of Fracture Toughness of Glasses by Dispersion of Ni Nanoparticles in Near Surface Layer (Osaka University)○YAMADA Hiroki・(Tokyo City University) FUJIMA Takuya・(Osaka University・National Institute of Advanced Industrial
Science and Technology) SHINOZAKI Kenji*
組成分析(11:40) (Session Chiars: 岸 哲生)
3V09
Compositional analysis of tin phosphate glasses using microdroplet X-ray fluorescence for precise evaluation of compositional
deviation during melting (Okayama University) ○Yonezawa Yu・Sakida Shinichi・Benino Yasuhiko*・Nanba Tokuro*
発光特性(13:20) (Session Chiars: 岸 哲生)
3V14
Near infrared emission of sol−gel-derived silica−YbPO4 transparent glass-ceramics (Tokyo Metropolitan University)○YOSHIZAWA Fumika・NAKAGAWA Shingo・ISHIJIMA Masanao・KAJIHARA Koichi*
3V15★ フッ化物ガラスや透明セラミックスを用いた中赤外固体レーザーの開発 (核融合科学研究所・総合研究大学院大学) ○UEHARA
Hiyori・(京都大学) TOKITA Shigeki・(秋田県立大学) GOYA Kenji・(核融合科学研究所・総合研究大学院大学) YASUHARA
Ryo(14:20) Breakレーザー加熱(14:40) (Session Chiars: 篠崎 健二)
3V18
Investigation of optimal melting conditions for the preparation of Er2S3-doped La2S3-Ga2S3 glass by laser melting (Tokyo Instituteof Technology) ○OKADA Kosei・KISHI Tetsuo*・(National Institute for Fusion Science) UEHARA Hiyori・(Tokyo Institute ofTechnology) TOMITA Kana・YANO Tetsuji
3V19
The effect of laser irradiation condition on homogenization of the phase separated glass by laser local heating (Tokyo Institute ofTechnology) ○Tomita Kana・Kishi Tetsuo・Yano Tetsuji
3V20
Melt and solidification of sodium ion conductive phosphate glass by laser-based additive manufacturing technology (Nagaoka Univ.
Tech.) ○HONMA Tsuyoshi
結晶化(15:40) (Session Chiars: 中根 慎護)
3V21
Effects of raw materials of TiO2 as an nucleation agent on microstructure of MgO―Al2O3―SiO2 glass ceramics (Japan Fine
Ceramics Center・Tokyo University of Science・TUS SSI・WaTUS) ○MACHIDA Shingo
3V22
Reduction of impurity phases of Li4B4Al3O12Cl-based glass-ceramics (Tokyo Metropolitan University) ○KUNIEDA Ao・
ISHIJIMA Masanao*・KAJIHARA Koichi*
3V23
Investigation of Nucleation Process in Oxyfluoride Glass By Molecular Dynamics Simulation (Osaka Univ.・AIST) ○SHINOZAKI
Kenji・(Kyoto Univ.) Shimizu Masahiro
3V24
Correlation between crystallization and cavity in oxide glasses. (National Institute of Advanced Industrial Science and Technology)○MASAI Hirokazu・(Ritsumeikan University) Koreeda Akitoshi・(Osaka University) Fujii Yasuhiro■■September 10 (Tue) (Room P) ■■14:00-16:00

15. The frontier of dielectric materials ～Creation of innovation for solving social
issues～
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Fundamental Properties of Perovskite-Structured Nitrides LnWN3 (Ln = La, Pr, Nd, Sm, or Gd) from First-Principles Calculations(Japan Fine Ceramics Center) ○FISHER Craig・OGAWA Takafumi・MORIWAKE Hiroki
First-principles calculation of piezoelectric constant e31,f in Yb-added AlN (Kyushu University) ○Shinohara Keisuke・(National
Institute of Advanced Industrial Science and Technology) Hirata Kenji・(Kyushu University・National Institute of Advanced
Industrial Science and Technology) Yamada Hiroshi*・Uehara Masato・(National Institute of Advanced Industrial Science andTechnology) Akiyama Morito
Growth of Y-doped HfO2 ferroelectric thin films on Si substrates by RF magnetron sputtering (Okayama University) ○Ono
Tomoshige・Kondo Shinya*・(Okayama University・Tokyo Institute of Technology) Teranishi Takashi・(Tokyo Institute ofTechnology) Okamoto Kazuki・Hunakubo Hiroshi・(Nagoya University・Tokyo Institute of Technology MDX) Yamada Tomoaki・(Okayama University) Kishimoto Akira
Microwave Dielectric Properties and Crystal Structures Analysis of Sr2(SmNb)1-0.5xSnxO6 Double Perovskite structured Ceramics
with Sn substitution for B-site (Meijo University) ○NARUSE Soma・KAN Akinori*
Fabrication of Defect-Introduced Potassium Sodium Niobate Thin Films Using Chemical Solution Deposition. (Chiba Institute ofTechnology・National Institute of Advanced Industrial Science and Technology) ○HANAOKA Hiiro・(National Institute ofAdvanced Industrial Science and Technology) KITANAKA Yuuki*・FUKUDA Masayuki・NAKAJIMA Tomohiko・(Chiba Instituteof Technology) IGARASHI Kaoru*
Microwave dielectric and mechanical properties of Ca(1+x)Mg(1-x)Si2O6 diopside ceramics with low dielectric constant (Meijo
University) ○MIYAZAWA Yuki・KAN Akinori*
Effect of Bismuth Substitution on Dielectric Properties of Titanite CaTiSiO5 Antiferroelectric Ceramics (Keio Univercity)○Watanabe Kosuke・(Tokyo Institute of Technology) Kuwano Taro・(Nagoya Univercity) Taniguchi Hiroki・(Keio Univercity)
Fujihara Shinobu・Hagiwara Manabu*
Synthesis and characterization of CeO2-HfO2 ferroelectric thin films by chemical solution deposition method (Chubu University)○NISHIDA Keisuke・SAKAMOTO Wataru*・(National Institute of Advanced Industrial Science and Technology) MIMURA
Kenichi
Effect of ZrO2 Addition on the Properties of Reduction-Resistant (Na,Ba)(Nb,Ti)O3 Piezoelectric Ceramics (Chubu University)○TSUCHIYA Yuki・TERADA Akito・FUKAYA Mikia・SAKAMOTO Wataru*
Preparation of K(Ta1-xNbx)O3 transparent ceramics (University of Yamanashi) ○MAKITA Ryosuke・FUJII Ichiro*・UENO
Shintaro・WADA Satoshi
Low-temperature Synthesis and Morphological Control of Mg2SiO4 Dielectric Crystals by Flux Method (University of Yamanashi)○YASUTOME Hayato・SAITO Kiyoshi・FUJII Ichiro・WADA Satoshi・UENO Shintaro*
Controlling phase-transition behavior and insulating properties of zirconium dioxide films by ion doping (Sophia University)○KURIBAYASHI Yuta・YOKOTA Yukie・UCHIDA HIROSHI*
Study on the Curie temperature of Ba(Zr0.2Ti0.8)O3–(Ba0.7Ca0.3)TiO3-based lead-free piezoelectric ceramics (Tokyo University of
Science) ○Funabashi Tetsurou・Nam Hyunwook・Takagi Yuka・Nagata Hajime*
Fabrication of multilayer ceramic capacitors using a relaxor ferroelectric (Bi1/2K1/2)TiO3-SrTiO3 (Keio University) ○GO Yunari・
FUJIHARA Shinobu・HAGIWARA Manabu*
Crystal structure and dielectric tunable properties of Ba(Zr0.2Ti0.8)O3 films epitaxially grown on SrTiO3 substrate (National Defense
Academy) ○TAKAHASHI Ryo・EHARA Yoshitaka・HAMASAKI Yosuke・SAWAI Shinya・(Jožef Stefan Institute) NOVAK
Nicola・(Tokyo Institute of Technology) YASUI Shintaro・FUNAKUBO Hiroshi・(National Defense Academy) NISHIDA Ken*
Solid solution synthesis of organic-inorganic hybrid ferroelectrics using mechanochemical reactions (Tokyo Institute ofTechnology) ○FUKUI Akihiro・YASUHARA Sou・HOSHINA Takuya*

21. Advanced processing and measurement technologies for the develoment of highreliability enginieering ceramics
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1PN05pm
1PN06pm
1PN07pm
1PN08pm
1PN09pm
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Considerations for machine learning method to predict thermal conductivity profile in depth-direction in frequency domain
thermoreflectance (Kyoto University) ○IKEDA Yasuaki・AKURA Yuki・BANERJEE Amit・TSUCHIYA Toshiyuki・HIROTANIJun*Light-illumination controlled plastic deformation behavior of GaP single crystals (Nagoya University) ○Sato Takumi・Hoshino
Sena・Ogura Yu・Yokoi Tatsuya・(Nagoya University・Japan Fine Ceramics Center) Matsunaga Katsuyuki*
Effect of Moisture on the Solidification of Oxides (College of Engineering, Nihon University) ○IIZUKA Tomoya・SHINOHARA
Tatsuki・SHIMIZU An-na・NIHEI Naoki・UENO Shunkichi*
Formation of Ca(Zr,Hf)O3/(Zr,Hf)O2eutectic structure by rapid solidification (Nihon University) IZAWA Kanami・OHTA Haruka・○UENO Shunkichi*
Effect of SPS sintering temperature on the properties of AlN ceramics (Tokyo City University) ○MIYATA Runa・KOBAYASHI
Ryota*
Fabrication of boron carbide composite material using Reaction Boronizing Sintering for thermal and mechanical properties (Tokyo
City University) ○Matsumoto Kazushi・Yoshida Daisuke・Fujita Kosuke・Maruyama Satofumi*
Development of a new low-temperature sintering additive that contributes to improving the performance of aluminum nitride
ceramics (Tokyo City University) ○IKEBE Risa・MIYATA Runa・KOBAYASHI Ryota*
Improvement of anisotropic thermal conductivity of h-BN filled epoxy composites by making the filler shape spherical (Kagawa
University) ○Zhou Huayuan・Oiwa Hiroshi・(Osaka University) Sekino Tohru・(Kagawa University) Kusunose Takafumi*
Analysis of the Phenomenon of Increased Interfacial Strength after Irradiation in Double-Layer Ceramic Coatings on Silicon
Carbide (Tohoku university) ○Miyagishi Taichi・Kondo Sosuke*・Ogino Yasuyuki・Yu Hao・Kasada Ryuta
Mechanical properties of YSZ epitaxial films measured using microcantilever bending test (Yokohama National University)○Urata Ryuya・Tatami Junichi・Ito Akihiko*

99-01. [Genral session] (Poster Only) Functions of Ceramics and Related Fields
1PP01pm

Synthesis of VO2 nanoparticles by aqueous solution method and design of smart windows with the VO2 nanoparticles (Shimane
University) ○MIYAZAKI Hidetoshi・SATO Junya・MATSUMAE Tatsuhiro・YAMAMOTO Kakeru・KUBOTA Takeshi・
TSUKADA Shinya

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Dielectric properties of laser sintered BaTi2O5 EPD films (Shimane University) ○YAMAMOTO Kakeru・MIYAZAKI Hidetoshi*・
TSUKADA Shinya
Fabrication of Nd(III)-based nanoparticles-urethane composite films and its PL property (Shimane University) ○MATSUMAE
Tatsuhiro・MIYAZAKI Hidetoshi*
Elucidation of dye adsorption mechanism on asbestos surface (Saga University) ○FURUKAWA Mizuha・HAYASHI Yui・ISONO
Kenichi・TABATA Masaaki・YADA Mitsunori*
Change in thermal expansion properties of lithia-based heat-resistant ceramics by addition of low-thermal-expansion materials (Mie
Prefecture Industrial Research Institute) ○NIIJIMA Seiji・TANIGUCHI Hiroaki・(Narumi Corporation) UCHIDA Tetsuo
Ferroelectric properties under magnetic field of Zn-substituted Z-type strontium hexaferrite prepared by polymerizable complex
method (University of Hyogo) ○KIKUCHI Takeyuki・KOBUNE Masafumi・(Okayama University) NAKANISHI Makoto・FUJII
Tatsuo99-02. [Genral session] (Poster Only) Process of Ceramics and Related Fields
1PP07pm
1PP08pm
1PP09pm
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1PP11pm
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1PP13pm
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Preparation and properties of aeschynite-type complex oxide crystals doped with rare earth (Aichi Institute of Technology)○SATO Ryuma・HIRANO Masanori*
Preparation of spinel-type solid solutions based on gallium oxide by hydrothermal method (Aichi Institute of Technology)○MATSUMOTO Yoshinobu・HIRANO Masanori*
Crystalline phase and properties of fine particles in the Zn2GeO4-ZnGa2O4 system formed under hydrothermal condition (Aichi
Institute of Technology) ○UEDA Motoki・HIRANO Masanori*
Hydrothermal synthesis of fine particles of solid solution in the Zn2SiO4-Zn2GeO4 system (Aichi Institute of Technology)○NAKAGAWA Rikuto・SUZUKI Itsutake・HIRANO Masanori*
Preliminary Investigation of the Fabrication of Transparent Tetragonal Zirconia by Pressureless Sintering (Gifu University)○TSUCHIYA Aki・MINOURA Momoko・YOSHIDA Michiyuki*
Development of Rapid, High-Quality Debinding Process for Alumina Ceramics Green Body Using Superheated Steam (KYOTO
MUNICIPAL INSTITUTE OF INDUSTRIAL TECHNOLOGY AND CULTURE) ○TAKAISHI Taigo・ARAKAWA Yuya・
MARUOKA Tomoki・(SHIMADZU CORPORATION) TANAKA Suguru・MORIMOTO Yosuke・YOSHIOKA Naoki・
NAGASATO Osamu
Sintering Behavior of Zirconia-Alumina Composites via Rapid Heating (Gifu University) ○HIROSE Aya・KIDO Keitaro・
TSUCHIDA Ryota・YOSHIDA Michiyuki*
Synthesis of silicate compound filler with molten salt method (Institute of Technology, Fukui College) ○TAKAHASHI Susumu・
BANDO Shinnosuke

99-03. [Genral session] (Poster Only) Structure and Analysis of Ceramics andRelated Fields
1PP15pm
1PP16pm
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Effect of MgO, TiO2 and Fe2O3 doping on sintering and mechanical properties of alumina (Shinshu University) ○UEHARA Taiga・
TARUTA Seiichi*
Effect of LiF addition on carrier density and double schottky barrier of ZnO varistors (Nagaoka University of Technology)○NAGAMINE Tomoyuki・OKAMOTO Tomoichiro*・(SANADA KOA Corporation) MIYAZAWA Yoshiki・ISHIDA Naomi
Elucidation of the Composition and Temperature Dependence of the Crystal Structure of Mullite by Rietveld Analysis andTransmission Electron Microscopy (Tohoku University) ○NIKAIDO Yuto・TAZAWA Keijiro・YOSHIMI Kyosuke*・(MAFTEC
Co., Ltd) HATA Yusaku・KOBAYASHI Tomoyuki・SASAKI Toshiaki■■September 11 (Wed) (Room P) ■■10:00-12:00
03. Photoceramics - Synthesis, Functions and Applications of Optical and Colorful
Ceramics2PQ01am
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Changes in fluorescence properties due to X-ray irradiation of silver-doped Li-Al borate glass (Tohoku University) ○Morishita
Ryoichi・Kawamoto Hiroki*・Fujimoto Yutaka*・Asai Keisuke*
Investigation of the origin of the dosimetric property in Ag-doped phosphate glasses based on the evaluation of the opticalproperties in silver phosphates (Tohoku University) ○KAWAMOTO Hiroki・FUJIMOTO Yutaka・ASAI Keisuke
Fluorescence properties and solubility sites of Ti3+ in phosphate glasses (National Institute of Technology, Suzuka College)○ICHIKAWA Yuzuki・WADA Noriyuki*
Radiation response properties of Er2O3-doped K2O–Ta2O5–Ga2O3 glasses (Akita University) ○Kawano Naoki・(National Instituteof Advanced Industrial Science and Technology) Shinozaki Kenji・(Nara Institute of Science and Technology) Miyazaki Keiichiro・
Nishikawa Akihiro・Ichiba Kensei・Okazaki Kai・Kato Takumi・Nakauchi Daisuke・Yanagida Takayuki
Evaluation of scintillation properties of Er2O3-K2O-Nb2O5-TeO2 glass ceramics (Akita University) ○Muneta Shuntaro・Kawano
Naoki*・Kagaya Fumito・(National Institute of Advanced Industrial Science and Technology) Shinozaki Kenji・(Nara Institute of
Science and Technology ) Nakauchi Daisuke・Kato Takumi・Okazaki Kai・Ichiba Kensei・Kunikata Toshiaki・Nishikawa
Akihiro・Miyazaki Keiichiro・Yanagida Takayuki
Fabrication and scintillation properties of SiO2 glass-ceramics embedded CsPbBr3 quantum dots (Nara Institute of Science andTechnology) ○KATO Takumi・(Tokyo University of Science) SHIRATORI Daiki・(Tohoku University) WATANABE Akito・
FUJIMOTO Yutaka・ASAI Keisuke・(Nara Institute of Science and Technology) NISHIKAWA Akihiro・OKAZAKI Kai・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA Takayuki
Scintillation properties of Ce-doped Cs2NaScCl6 double perovskite single crystals (Tohoku University) ○FURUTA Marina・
ISHIDA Miyu・WATANABE Akito・KAWAMOTO Hiroki*・FUJIMOTO Yutaka*・ASAI Keisuke*
Radiation response of AB2O4 (A = Mg, Zn, B = Al, Ga) single crystals (Utsunomiya University) ○Takebuchi Yuma・Tezuka
Keitaro・(Nara Institute of Science and Technology) Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki
The effect of cation substitution on the luminescence properties of Eu-doped CaS translucent ceramics (National Institute ofAdvanced Industrial Science and Technology) ○Kimura Hiromi・Fujiwara Takeshi・Kato Hidetoshi・(Nara Institute of Science andTechnology) Kato Takumi・Kunikata Toshiaki・Kawaguchi Noriaki・Yanagida Takayuki

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2PQ19am
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2PQ27amLuminescence and scintillation properties of CsI-AgI compound crystals (Tohoku University) ○Ishida Miyu・Watanabe Akito・
Kawamoto Hiroki・Fujimoto Yutaka・Asai Keisuke*
Synthesis of Lu-containing Silicate Glasses by Floating Zone Melt Quenching Method and Their Luminescence Properties (Tokyo
University of Science) ○Shiratori Daiki・(Nara Institute of Science and Technology) Nishikawa Akihiro・Nakauchi Daisuke・(Tokyo University of Science) Fukuchi Yutaka・(Nara Institute of Science and Technology) Yanagida Takayuki
Experimental investigation of band structure of Cesium Hafnium Chloride (Saitama University) ○Kodama Shohei・(Tohoku
University) Kurosawa Shunsuke・(Saitama University) Yanase Ikuo・Takeda Hiroaki
High-pressure synthesis and photoluminescence properties of a novel europium-activated germanate phosphor SrGe2O5:Eu2+(Nagoya University) ○KITAHARA Takumi・SASAKI Takuya・NIWA Ken・HASEGAWA Masashi*
Synthesis of Mesoporous Rare-earth Oxide Phosphors from MOF Precursors and Their Sensing Ability towards Metal Ions (Keio
University) ○Mizutani Arisa・Hagiwara Manabu・Fujihara Shinobu*
Radiophotoluminescence properties of Eu-doped LiCaPO4 (Kanazawa Institute of Technology) ○OKADA Go・(Shizuoka
University) KOSHIMIZU Masanori・(Tokyo Metropolitan University) SHINSHO Kiyomitsu・(Kyushu University) WATANABE
Kenichi・(Kanazawa Institute of Technology) NANTO Hidehito
Synthesis and evaluation of Er-containing oxide upconversion phosphors for high red luminescence (Tokai University)○TERASHIMA TOMOYA・TOMITA KOJI*・(Okayama University of Science) SATO YASUSHI・(Nagoya University)
KOBAYASHI MAKOTO・(Tohoku University) HASEGAWA TAKUYA・YIN SHU・(Osaka University) KAKIHANA MASATO
Synthesis of Fe-doped TiO2 nanosheets and photocatalytic activity evaluation (Kumamoto University) ○KATSUKI Yumi・
HATAKEYAMA Kazuto*・IDA Shintaro*
Preparation and characterisation of inverse opal LaTiO2N photocatalyst (Tokushima University) ○Tateishi Naoki・Maekawa Taiki・
Ikeda Yuto・Hukuma Hiroto・Murai Keichiro*・Moriga Toshihiro*
Photocatalytic activity of zeolite-derived sols (Kanto Gakuin University) ○HAMAGAMI Jun-ichi*・IKEDA Tomoya・KEI
Gyohou・HAYAMI Ryudai
New purple inorganic pigment based on Zn3Mo2O9 (Tottori University) ○MIMIDA Seiji・KATO Shota・YAMAGUCHI Kazuki・
MASUI Toshiyuki*
New orange inorganic pigments based on ZnTiNb2O8 (Tottori University) ○Ubara Atsuno・YAMAGUCHI Kazuki・MASUI
Toshiyuki*
Development of manganese-based inorganic blue pigments with high chromaticity (Kobe City College of Technology) ○IWAKIRIHanako・YASUDA Keisuke*
New inorganic pigments based on rare earth niobate (Tottori University) ○SAEGUSA Mizuki・YAMAGUCHI Kazuki・MASUI
Toshiyuki*
Synthesis of Ln3+-doped Y2O3/LYH composites and their color tunable fluorochromism (Keio University) ○Shimizu Satoshi・Hagiwara Manabu・Fujihara Shinobu*
Creation and application of multiple chromisms in photoluminescence-enhanced amorphous TiO2:Eu3+ thin films (Keio University)○SHIMONAGA Tsuyoshi・HAGIWARA Manabu・FUJIHARA Shinobu*
Fabrication and assessment of Ag nanoparticle LSPR-type electrochromic devices using porous TiO2 films (Keio University)○TANAKA Renna・Hagiwara Manabu・Fujihara Shinobu*
Sol-gel preparation of TiO2/SiO2 optical films for application to thermal radiation control (Kyushu Institute of Technology)○YASUDA Takashi・KUSAKA Reo・KINOSHITA Akito

06. Random Materials –Function and Physical Property Correlated with theStructure2PV01am

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2PV03am

2PV04am

2PV05am
2PV06am
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2PV08am

2PV09amMorphological control of crystallizing ZnO phase: Impact of SnO addition on precursor glass (Tohoku University) KINOSHITA
Mikio・(Tohoku University・Okamoto Glass Co., Ltd.) ○TAKAHASHI Yoshihiro・(Tohoku University) TERAKADO Nobuaki・
MIYAZAKI Takamichi・FUJIWARA Takumi
Chemical Analysis During Formation of Hierarchical Nano−porous Layer Glass Using Transmission Electron Microscopy (Tokyo
City University) ○MAEDA Sota・FUNAYAMA Iori・MOTEGI Naoki・MURAOKA Yuto・YAMAMURA Shota・MORISHIMA
Yuta・FUJIMA Takuya*
Relation between The Formation of Hierarchical Nanoporous Layer Structure and Concentration of Alkali Metal Elements in Glass(Tokyo City University) ○motegi naoki・Funayama Iori・Maeda Sota・Muraoka Yuto・Yamamura Shota・Morishima Yuta・Fujima
Takuya*Evaluation of Glass Networks during Structure Formation of Hierarchical Nanoporous Layered Glasses Using Positron
Annihilation (Tokyo City University) ○FUNAYAMA Iori・MAEDA Sota・MOTEGI Naoki・MURAOKA Yuto・YAMAMURA
Shota・MORISHIMA Yuta・FUJIMA Takuya*
Charge-discharge simulation of SiO anode material for Li-ion batteries (Nagoya Institute of Technology) ○SHINTAKU Ryoya・
TAMURA Tomoyuki*・NOGAMI Syogo・(Shin-Etsu Chemical Co., Ltd) HIROSE Takakazu
First-principles study of photocatalytic activity of amorphous TiO2 surface (Nagoya Institute of Technology) ○Tamura Sota・Kato
Motoyasu・Tamura Tomoyuki*・Honda Mitsuhiro
Preparation of thin glass electrolytes using CO2 laser (Nagoya Institute of Technology) ○WATADA Riku・DAIKO Yusuke*
Composition Dependence of Nanostructural and Up-conversion Luminescence Properties in Er3+-doped nanocrystal glasses (osaka
university) ○SAKAMOTO Misato・(osaka university・National Institute of Advanced Industrial Science and Technology)
SINOZAKI Kenji*・(Tokyo Institute of Technology) OSAWA Teppei・KISHI Tetsuo
The effect of additive NiO on phase separation behavior of borosilicate glass (Tokyo Institute of Technology) ○Tomita Kana・
Kishi Tetsuo・Yano Tetsuji■■September 11 (Wed) (Room P) ■■14:00-16:00
23. Advanced Structure Science and Analytical Techniques
2PH01pm

Synthesis of solid solutions BaSn1−xTbxO3 and their photocatalytic activity (Daito Bunka University) ○TAIRA Nobuyuki・(National Institute of Technology, Gunma College) KUROIWA Manaho・HORIGUCHI Nanoka

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2PH11pm

Crystal structure of cuspidine-type La4Ga2O9 and one-dimensional conductivity of La3+ (Nagoya Institute of Technology)○SHIMOTSUKASA Kakeru・URUSHIHARA Daisuke・ASAKA Toru・FUKUDA Koichiro*High Proton Conduction in a Novel Material Due to the Full Hydration Revealed by the Structural Analysis (Tokyo Institute ofTechnology) ○MAEDA Ryo・SAITO Kei・FUJII Kotaro・YASHIMA Masatomo*High-pressure Synthesis and Crystal Structure of Novel Transition Metal Silicides (Nagoya University) ○SHIBAGAKI Yu・NIWA
Ken*・SASAKI Takuya*・HASEGAWA Masashi*
Dynamic analysis of ion migration paths in solid electrolytes by molecular dynamics simulation (Yamagata University) ○Sato
Shogo・Makino Yuto・Hayasaka Ryusei・Matsushima Yuta*
Synthesis and characterization of Layered Perovskites Cs(Bi2Ban−3)(Tin−1Nb)O3n+1 (Nagoya University) ○Nakaishi Ohsuke・Morita
Shu・Yamamoto Eisuke・Kobayashi Makoto・Osada Minoru*
High-pressure synthesis and crystal structure of nonstoichiometric compounds TMGe4 (TM = Mn, Fe) (Nagoya University)○SASAKI Takuya・MIZUNO Seiya・NIWA Ken・HASEGAWA Masashi
Atomic structure modeling of alumina ceramic grain boundaries (Shinshu University) ○SAWADA Jun・(Shinko Electric Industries
Co., Ltd.) HORI Ryosuke・(Shinshu University) TESHIMA Katsuya・TANAKA Hideki*
Crystal structure and magnetic property of nonstoichiometric compound Cr1-xS (x ~ 0.167) (Nagoya Institute of Technology)○MATSUURA Sayaka・URUSHIHARA Daisuke*・HASHIMOTO Ryo・ASAKA Toru*・HUKUDA Koichiro
Development of a real-time reciprocal space mapping system for the pulse neutron single-crystal diffractometer iBIX(Comprehensive Research Organization for Science and Society) ○SAKAKURA Terutoshi・KUSAKA Katsuhiro・SUGIYAMAHaruki・SUZUKI Jun-ichi
Carbon nitride synthesis via ultra-high pressure and high temperature treatment of CNH precursors (Nagoya University) ○NIWA
Ken・KIMURA Yusuke・FUKAI Toshifumi・JIN Yuki・SASAKI Takuya・Hasegawa Masashi

13. Crystal Science - New development of crystal growth technology and materials
research 2PJ01pm

2PJ02pm
2PJ03pm
2PJ04pm
2PJ05pm

Particle Morphology Control of a Layered Oxyhalide Photocatalyst via Flux Synthesis for Improving Water Splitting (Kyoto
University) ○Soga Yasutaka・SUZUKI Hajime・TOMITA Osamu・(Kyoto University・Precursory Research for Embryonic Scienceand Technology, Japan Science and Technology Agency) NAKADA Akinobu・(Kyoto University) ABE Ryu*
Preparation of TiO2 Thin Films by an Aqueous Solution Method using a Rotating Flow Reactor and Investigation of theirphotoinduced hydrophilic properties (Meiji University) ○SASAKI KENTO・WAGATA HAJIME*
Cu2O crystals grown by mist-CVD on sapphire substrate (Shizuoka University) ○kobayashi Shuto・Sasaki Togi・Kouno Tetsuya*
ZnO microcrystal with unique geometry grown by mist-CVD (Shizuoka University) ○Ohashi Ayumu・Kouno Tetsuya*
Cu2O crystals grown by mist-CVD on Si substrate (Shizuoka University) ○Sasaki Togi・Kobayashi Shuto・Kouno Tetsuya*

16. Materials science of inorganic compounds utilizing elemental/structural
diversities
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Preparation of photocatalytic high entropy oxides (Toyohashi University of Technology) ○Deguchi Hiroki・Kanetsuki Yoshiro・
Tsubota Hanzo・Tan Wai Kian・Muto Hiroyuki・Matsuda Atsunori・Kawamura Go*
Novel Fast Proton Conductors Created by the Donor Doping into the Oxide with Intrinsic Oxygen Vacancies (Tokyo Tech) ○Saito
Kei・Umeda Kensei・Fujii Kotaro・Yashima Masatomo*・(KEK) Mori Kazuhiro
Hydrogen evolution reaction catalytic activity of MoCl3 (Hokkaido university) ○Miyata Keigo・Fujii Yuta・Miura Akira*・
Tadanaga Kiyoharu
Composition and magnetic properties of transition metal-germanium Nowotny chimney-ladder compounds synthesized under highpressures (Nagoya University) ○TANAKA Koshiro・SASAKI Takuya・NIWA Ken・HASEGAWA Masashi*
Synthesis and ionic conductivity of a new open-framework layered borate chloride (National Institute for Materials Science・
Hokkaido University) ○MENG Yu・(Osaka University) NUNOTANI Naoyoshi・(National Institute for Materials Science)
MATSUSHITA Yoshitaka・(Osaka University) IMANAKA Nobuhito・(National Institute for Materials Science・Hokkaido
University) YAMAURA Kazunari・TSUJIMOTO Yoshihiro*
Analysis on Surface Reconstruction in Alkaline solution of perovskite type oxide Ba0.5Sr0.5Co0.8Fe0.2O3. (Ritsumeikan University)○IKEDA Yusaku・(Research Organization of Science and Technology) SHIBATA Daisuke・IRIZAWA Akinori・(Ritsumeikan
University) ZHONG Chengchao・OKAZAKI Ken-ichi・SHIMODA Keiji・ORIKASA Yuki*
Ba3Sc2F12 における結晶構造解析とフッ化物イオン伝導特性評価 (Ritsumeikan University) ○HIRAKAWA Saya・SHIMODA
KEIJI・(Japan Synchrotron Radiation Research Institute) KAWAGUCHI SHOGO・(Ritsumeikan University) ORIKASA YUKI・ZHONG CHENGCHAO*
Synthesis of Nb-Ti mixed oxide using a solvothermal method (Kyoto Institute of Technology) ○KAWASAKI Shoma・
HOSOKAWA Saburo*
Lanthanide substitution effect in fluoride ionic conductor LnBa2F3S2 (Ritsumeikan University) ○HIRAI Shinjiro・TACHIBANA
Shintaro・OKAZAKI Kin-ichi・SHIMODA Keiji・ORIKASA Yuki・ZHONG Chengchao*
Synthesis and physical properties of new B-site-layer-ordered double perovskite with unusually high valence Fe (Kyoto University)○Goto Masato・Shimakawa Yuuichi
High-pressure thin-film synthesis and film property of 3d transition metal pernitride (Nagoya Univesity) ○AZUMA Gendai・
NIWA Ken・SASAKI Takuya・HASEGAWA Masashi*
Synthesis and Ionic Conductivity evaluation of a New Fluorosulfide LaSrF3S (Ritsumeikan University) ○SHOTAI Takanari・
SHINTOMI Yu・TACHIBANA Shintaro・OKAZAKI Kenichi・SHIMODA Keiji・ORIKASA Yuki*・ZHONG Chengchao*

07. Fundamental Research and Applied Development of Ceramic Materials for Energy
Conversion, Storage and Transportation
2PL01pm
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Preparation and characterization of Ta-substituted Li7La3Zr2O12 solid electrolyte with LiGaO2 additive (Toyohashi University ofTechnology) ○muramoto yuta・hori akio・tojo tomohiro*・inada ryoji*
Characterization of Li1.3Al0.3Ti1.7(PO4)3 solid electrolyte fabricated by cold sintering process. (Toyohashi University of Technology)○OIZUMI Kanta・KURAHASHI Kaito・OTANI Ryuto・TOJO Tomohiro・INADA Ryoji*
Preparation of CNT-containing lithium silicate-coated graphite composite particles and evaluation of all-solid-state lithium batteries(Osaka Research Institute of Industrial Science and Technoligy) ○SONOMURA Hirosuke・Ozaki Tomoatsu・Hasegawa Yasunori・
Sakurai Yoshiaki

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Fabrication of oxide based all solid state batteries via millimeter wave irradiation sintering (Okayama University) ○NISHIKAWA
Nobuaki・(Okayama University・Tokyo Institute of Technology) TERANISHI Takashi*・(Okayama University) KONDO Shinya・
KISHIMOTO Akira
Development of oxide-based solid-state sodium-ion battery with high capacity (Osaka Research Institute of Inderstrial Science andTechnology) ○Okazaki Yuichi・SONOMURA Hirosuke・OZAKI Tomoatsu・HASEGAWA Yasunori
Phase control and active material properties of Na2CoP2O7 (Toshima Manufacturing Co., Ltd.) ○SAKAI Joe・OKABE Yuna・
HASEYAMA Shuetsu・YODA Koji・NAKAMURA Toru・TOKUDA Yuichiro・(Central Research Institute of Electric Power
Industry) KOBAYASHI Takeshi
Discovery of a new ionic conductor Ba2AlB4O9Cl ∙ xNaCl (University of Yamanashi) ○Imae Yuna・Fukui Keiga*・Yanagi Hiroshi・Omata Kaori
Synthesis of proton conductor BaCexZr0.8-xY0.2O3-δ perovskites using zinc oxide (Tokushima University ) ○UDA Ren・INUIYuta・YMASHITA Hiroto・MURAI Keiichiro*・MORIGA Toshihiro*・(Central Research Institute of Electric Power Industry)
MATSUDA Malik Ryuma・MORI Masashi
Exploration of multivalent cation conductors using bond valence screening method (Nagoya Institute of Technology)○MIYASAWA Aya・SHIMOTSUKASA Kakeru・URUSHIHARA Daisuke・ASAKA Toru・FUKUDA Koichiro*
Structural Evolution of High-Entropy LiNi0.5Mn1.5O4 in Charge/Discharge Reaction Process (The University of Shinshu) ○Narum
Shunsuke・Eugenio H. Otal・MUKAIDA Shiho・NAGAMINE Masayuki・ZETTSU Nobuyuki*
Fluorine-Doped effects on the cycle properties of single-particle LiNi0.92Co0.04Mn0.04O2 cathodes (Shinshu University) ○KUBOTAYui・NAGAMINE Masayuki・ZETTSU Nobuyuki*
Investigation for Ionic Conductivity of Na2Mn3O7 Cathode for Sodium-ion Batteries (Nagoya University) ○UENO Koyo・
NAKANISHI KAZUKI*・HASEGAWA GEORGE*
Performance Improvement of Sodium Chloride NaFeCl4 Cathode by Bromine Substitution (Nagoya Institute of Technology)○MAKINO Keisuke・TANIBATA Naoto*・TAKEDA Hayami*・NAKAYAMA Masanobu*
Synthesis and electrode property of magnesium rechargeable-battery cathode-materials (National Institute of Advanced Industrial
Science and Technology) ○ISHIDA Naoya・Kubota Keigo・Masese Titus・(Hyogo Prefectural Institute of Technology) Sakao
Mitsumasa
The effect of multi element substitution on the stability of oxides-based electrodes/LLZO electrolytes hetero-interface. (Shinshu
University) ○YAMADA Kotaro・NISHIMURA Yuto・NAGAMINE Masayuki・(Seiko Epson Corp) TERAOKA Tsutomu・LIU
Xianmai・FUKUMOTO Hiroshi・TOYODA Naoyuki・(Shinshu University) ZETTSU Nobuyuki*
Microtexture of c-axis-aligned polycrystalline lanthanum silicate oxyapatite formed by reactive diffusion between solid La2SiO5
and gases [SiO + 1/2O2] (Nagoya Institute of Technology) ○Matsumoto Yuki・Watanabe Ryouzi・Nakamori Hiroshi・Urushihara
Daisuke・Asaka Toru・Fukuda Koichiro*
One-step preparation of bulk apatite-type lanthanum silicate using spark plasma sintering (University of Yamanashi) ○OHNISHI
Koki・Fukui Keiga*・Yanagi hiroshi・Omata kaori
Effects of Ni and Mn molar ratio and calcination temperature on the characteristics of (Ni,Mn)3O4 supercapacitors (University ofTsukuba) ○YAMAGUCHI Kaito・SUZUKI Yoshikazu*
Electromagnetic simulation and photoelectrochemical investigation for ZnO nanopagoda arrays (Toyohashi University ofTechnology) ○MIZUNO Soshi・KATO Akito・KAWAMURA Gou*・MATSUDA Atsunori
Fundamental study on high performance black TiO2 nanotube array photoelectrode (Toyohashi University of Technology)○Yamaguchi Kenya・Inoue Kazuki・Matsuda Atsunori・Kawamura go*
Dynamic stability analysis of the second phase BaM2NiO5 in PCFC solid electrolyte Ba(Zr,M)O3-δ (CRIEPI) ○NAKAMURA
Kaoru・Mori Masashi・(University of Miyazaki) Okuyama Yuuji
First-Principles Calculations of Doping Effects in the Electrode Material LaCoO3 (Japan Fine Ceramics Center) ○TAGUCHI
Ayako・Fisher Craig A. J.・Ogawa Takafumi・Kuwabara Akihide
Fast Ion Conduction and its Mechanism in Ba7Nb3.8Mo1.2O20.1 with Intrinsic Oxygen Deficient Layer (Tokyo Institute ofTechnology) ○SAKUDA Yuichi*・MURAKAMI Taito・(Tokyo Institute of Technology・Sydney University・ANSTO) Avdeev
Maxim・(Tokyo Institute of Technology) FUJII Kotaro・YASUI Yuta・(ANSTO) Hester James R.・(KEK) HAGIWARA Masato・(Tohoku University) IKEDA Yoichi・NAMBU Yusuke・(Tokyo Institute of Technology) YASHIMA Masatomo
Evaluation of Physical Properties of B-site Mixed Brown Millerite-type Oxide Ca2Fe2O5 as a Cathode for SOFC (The University ofTokushima) ○TAKEMURA Hiroki・OISHI Masatsugu*・MITSUSHIO Konosuke・(The University of Kochi) FUJISHIRO Fumito・(National Institute of Advanced Industrial Science and) SAKAI Takaaki
Band gap narrowing by modified lone-pair activity of Bi3+ (Tokyo Institute of Technology) ○Ogawa Kanta・(Imperial College
London) Walsh Aron

19. Multidisciplinary development of oxoate materials science and technology
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Improvement of catalytic activities of formaldehyde oxidation catalysts based on manganese oxides (Kobe City College ofTechnology) ○HOSONO Nagisa・YASUDA Keisuke*
High-Purity Syntheses of Na5YSi4O12 by Aqueous Solution Process using Water-Dispersible Propylene Glycol Modified Silane(Okayama University of Science) ○TANIGUCHI Takashi・SATO Yasushi*・(Osaka University) KAKIHANA Masato・(Kogakuin
University) SONODA Yui・HASHIMOTO Hideki・OKURA Toshinori
Aggregate Formation and Electrical Properties of BaTiO3 Filler in poly L-Latic Acid (Tokyo University of Science) ○NONOBE
Yuki・(Tokyo City University) OGIYA Taito・(Tokyo University of Science) TAKAGI Yuka*・(Tokyo City University) SATO
Yoshihiro・MUNAKATA Fumio

17. Green Processing – Innovation of Materials Creation via Low Environmental Load
Processes –2PR01pm
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Removal Effect of Red Tide Plankton Using MgAl-LDH Membranes Synthesized Under Stirring Conditions (Ehime University)○Fukugaichi Satoru・Fujita Ko・Takeuchi Hisato・Shimizu Sonoko
Synthesis and characterization of Ferrite on various templates by Ferrite Plating Technique (Nagoya Institute of Technology)○KATO Naho・Oyabu Reiichiro・Adachi Nobuyasu*
Tunneling magneto-dielectric effect in Co-Gd2O3 nanogranular thin films prepared by co-separate sputtering method (Tohoku
University) ○WANG Cheng・(DENJIKEN) KOBAYASHI Nobukiyo・(Tohoku University・DENJIKEN) OHNUMA Shigehiro・(Tohoku University) MASUMOTO Hiroshi*

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Synthesis and characterization of one-dimensional magnetic garnet photonic crystals prepared by MOD technique (Nagoya Instituteof Technology) ○SUZUKI Ami・NAGAHAMA Kento・ADACHI Nobuyasu*
Rapid solid phase crystallization of Ga2O3 thin films on Fe2O3 buffer layer by KrF excimer laser annealing (Tokyo Institute ofTechnology) ○KAI Ryoya・ITO Arata・(Kanagawa Institute of Industrial Science and Technology・Tokyo Institute of Technology)
KANEKO Satoru・(Tokyo Institute of Technology) MATSUDA Akifumi*
Influences of thermal history for SrCO3 sacrificial layer in water lift-off process (Kanazawa University) ○HONG ChaoHuang・
TAGUCHI Seiya・HASHIMOTO Syunya・KAWAE Takeshi*

05. Informatics applications in ceramic research
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Development of Autonomous Material Discovery Method Using Graph Neural Networks (Tokyo Institute of Technology)○YOSHII Ryotaro*・TAKAHASHI AKIRA・(Tohoku University) KUMAGAI YU・(Tokyo Institute of Technology) CYOUMEIKIN・OBA HUMIYASU■■September 12 (Thu) (Room P) ■■10:00-12:00
22. Material Design and Processing Design
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3PE20amDevelopment of ultra-fast scintillator using auger-free luminescence in elpasolite-type chlorides (Tohoku University)○FUJIMOTO Yutaka・(Shizuoka University) KOSHIMIZU Masanori・(Tohoku University) KAWAMOTO Hiroki・ASAI Keisuke
Structural and optical properties of Thallium based Al(PO3)3–Mg(PO3)2–CsPO3 glass scintillators (Tohoku University) ○Morita
Chie・Hasegawa Ko・Nakabayashi Yusuke・Watanabe Akito・Kawamoto Hiroki・Fujimoto Yutaka・Asai Keisuke*
Ce-concentration dependence of radiation-induced luminescence properties in Ce-doped LiPO3‒Al(PO3)3‒CsPO3 glasses (Tohoku
University) ○Hasegawa Ko・Watanabe Akito・Kawamoto Hiroki・Fujimoto Yutaka・Asai Keisuke*
Radiation-induced luminescence properties in Ce-doped BaO-P2O5 glasses synthesized by the melt quenching method (NaraInstitute of Science and Technology) ○MIYAZAKI Keiichiro・NAKAUCHI Daisuke・NISHIKAWA Akihiro・KATO Takumi・
KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Scintillation properties of Nd doped BaO-Bi2O3-P2O5 glasses synthesized by melt-quenching technique (Nara Institute of Scienceand Technology) ○MIYAJIMA Keita・NISHIKAWA Akihiro・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・
YANAGIDA Takayuki*
Optically stimulated luminescence properties of In-doped CsBr transparent ceramics grown by the spark plasma sintering method(Nara Institute of Science and Technology) ○OKAZAKI Kai・KATO Takumi・(Utsunomiya University) TAKEBUCHI Yuma・(National Institute of Advanced Industrial Science and Technology) KIMURA Hiromi・(Nara Institute of Science and Technology)
ICHIBA Kensei・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Fabrication of Eu-doped LiBr Transparent Ceramics and Application to Neutron Detection (Nara Institute of Science andTechnology) ○Ichiba Kensei・Miyazaki Keiichiro・Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki*
Scintillation properties of SrCl2:Eu transparent ceramics fabricated by the spark plasma sintering method (Nara Institute of Scienceand Technology) ○UBUKATA Takeshi・OTAKE Shota・KATOU Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・
YANAGIDA Takayuki*
Fabrication and evaluation of radiation-induced luminescence properties of SrCl2:Yb ceramics with transparency (Nara Institute of
Science and Technology) ○OTAKE Shota・YOSHIKAWA Yuta・SAKAGUCHI Hirotaka・KATO Takumi・NAKAUCHI Daisuke・
KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Effect of annealing treatment on luminescence properties of β-Ga2O3 translucent ceramic scintillators fabricated by spark plasma
sintering method (Nara Institute of Science and Technology) ○KUNIKATA Toshiaki・(National Institute of Advanced Industrial
Science and Technology) KIMURA Hiromi・(Nara Institute of Science and Technology) KATO Takumi*・NAKAUCHI Daisuke*・
KAWAGUCHI Noriaki*・YANAGIDA Takayuki*
Development of red-emitting TAGG:Eu nanoparticle scintillators (Shizuoka University) ○TAKAHASHI Yuma・HIRAMATSU
Yuta・KOSHIMIZU Masanori*
Neutron detection properties of plastic scintillators loaded with LiAlO2 or LiGaO2 nanoparticles (Shizuoka University)○TSUKAHARA Haruhisa・KOSHIMIZU Masanori*
synthetic by solution process and property evaluation of Sb3+-doped Cs2HfCl6 scintillator (Tohoku University) ○SASAKI Haruto・
FUJIMOTO Yutaka*・KAWAMOTO Hiroki*・ASAI Keisuke*
Preparation of Tl2NaScCl6 crystals and investigation of their luminescence and scintillation properties (Tohoku University) ○IshidaMiyu・Watanabe Akito・Kawamoto Hiroki・Fujimoto Yutaka・Asai Keisuke*
Evaluation of Optical and Scintillation Properties of Tb-doped Ca1-xMgxHfO3 Single Crystals (Nara Institute of Science andTechnology) ○ENDO Yusuke・ICHIBA Kensei・NAKAUCHI Daisuke・KATO Takumi・KAWAGUCHI Noriaki・YANAGIDA
Takayuki*・(Kyusyu University) WATANABE Kenichi
Preparation of the LiF/(K0.75Rb0.25)2CuCl3 composite material and evaluation of its neutron detection capability (Nara Institute of
Science and Technology) ○KAWAGUCHI Noriaki・YAMABAYASHI Keishi・OKAZAKI Kai・KATO Takumi・NAKAUCHI
Daisuke・YANAGIDA Takayuki
Radiation-induced luminescence properties of Ho-doped CsI single crystals synthesized by the vertical Bridgman-Stockbarger
method. (Nara Institute of Science and Technology) ○Takase Shunta・MIYAZAKI Keiichiro・NAKAUCHI Daisuke・KATO
Takumi・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Fabrication and evaluation of radiation-induced luminescence properties for K2Cu(Cl,Br)3 mixed crystals with high luminescencequantum yields (NARA Institute of Science and Technology) ○Yamabayashi Keishi・Okazaki Kai・Nakauchi Daisuke・Kato
Takumi・Kawaguchi Noriaki・Yanagida Takayuki*
Raddiation-induced luminescence properties of (n-CH3PEA)2PbCl4 crystals fabricated by the slow cooling method (NARA
INSTITUTE of SCIENCE and TECHNOLOGY) ○WAKABAYASHI Itsuki・YAMABAYASHI Keishi・NAKAUCHI Daisuke・
OKAZAKI Kai・(Akita University) KAWANO Naoki・(NARA INSTITUTE of SCIENCE and TECHNOLOGY) KATO Takumi・
KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Luminescence and scintillation detector properties of Tm-doped SrCl2 crystals with NIR emission (Nara Institute of Science andTechnology) ○NAKAUCHI Daisuke・KATO Takumi・KAWAGUCHI Noriaki・YANAGIDA Takayuki

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3PE37amRadioluminescence Properties of Tb-doped Sr2Y8(SiO4)6O2 Crystals Synthesized by FZ Method (Nara Institute of Science andTechnology) ○TSUBOUCHI Ren・EZAWA Haruaki・NAKAUCHI Daisuke・KATO Takumi・KAWAGUCHI Noriaki・
YANAGIDA Takayuki*
Luminescence properties of undoped Langasite-type single crystals (NAIST) ○YANAGIDA Takayuki・(Tohoku Univ.) Fujimoto
Yutaka・(NIT, Kumamoto) Futami Yoshisuke・(NAIST) Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki
Radiation-induced luminescence properties of Tm-doped Ca3TaGa3Si2O14 single crystals synthesized by the Floating Zone method(Nara Institute of Science and Technology) ○TAKAHASHI Ryosei・OKAZAKI Kai・NAKAUCHI Daisuke・KATO Takumi・
KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Radiation-induced luminescence properties of CsI:In single crystals grown by an inverse temperature crystallization (Tohoku
University) ○Gonda Itsuki・Fujimoto Yutaka・Kawamoto Hiroki・Asai Keisuke*
Mn Concentration Dependence on Optically Stimulated Luminescence Properties of Mn-doped ZnAl2O4 Transparent Ceramics(Nara Institute of Science and Technology) ○Honjo Satoshi・Ichiba Kensei・Katou Takumi・Nakauchi Daisuke・Kawaguchi
Noriaki・Yanagita Takayuki*
Photoluminescence and thermally stimulated luminescence properties of Tb-doped potassium borosilicate glasses (Nara Institute of
Science and Technology) ○RIM Shiyu・NISHIKAWA Akihiro・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・
YANAGIDA Takayuki*
Photoluminescence and dosimetric properties of Tb-doped CaSiO3 single crystals synthesized by the floating zone method (NaraInstitute of Science and Technology) ○FUJII Airo・MIYAZAKI Keiichiro・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI
Noriaki・YANAGIDA Takayuki*
Dosimetric Properties of Dy-doped Ba3Y(PO4)3 Single Crystals Synthesized by the FZ Method (Nara Institute of Science andTechnology) ○EZAWA Haruaki・(Utsunomiya University) TAKEBUCHI Yuma・(Nara Institute of Science and Technology)
OKAZAKI Kai・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Preparation of NaNbO3 Ferroelectric Thin Films by Chemical Solution Deposition and Their Photoinduced Properties (Chubu
University) ○NISHIO Hidetomo・SAKURAI Kei・FUJII Yukana・SAKAMOTO Wataru*
Preparation and characterization of porous silica particles grafted with functional polymers (Osaka Research Institute of Industrial
Science and Technology) ○YOSHIOKA Yayoi
Liquid phase growth of Sn-based alloy particles by ultrasound irradiation. (Tohoku University) ○Nakajima Takaharu・Hayashi
Yamato*・Hukushima zyun・Takizawa Hirotsugu
Preparation of ceramic materials via PLD applied to soft magnetic materials with high resistivity (Nagasaki University)○YAMASHITA Fumihiro・(Nagasaki University) Yamagichi Haruka・(Nagasaki University) Yamashita Akihiro・(Nagasaki
University) Yanai Takeshi・(Nagasaki University) Fukunaga Hirotoshi・(Nagasaki University) Nakano Masaki*
Control of thermal decomposition of organically modified layered nickel hydroxide for topochemical transformation (Shinshu
University) ○MURAMATSU Keisuke・Fujita Hinako・Sugimoto Wataru
Thermally stimulated luminescence properties of Dy doped Al2O3-SiO2 glass prepared using a floating zone furnace (Nara Instituteof Science and Technology) ○Nishikawa Akihiro・(Tokyo University of Science) Shiratori Daiki・(Nara Institute of Science andTechnology) Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki*
X-ray and Neutron-induced Thermoluminescence Properties of Tb- and Sm-codoped LiTaO3 Ceramics (Shizuoka University)○HIRAMATSU Yuta・(Kinki University) WAKABAYASHI Genichiro・(Shizuoka University) KOSHIMIZU Masanori*
Thermoluminescence properties of undoped and Mn-doped BCNO (Shizuoka University) TAKI Haruto・HIRAMATSU Yuta・○KOSHIMIZU Masanori
Evaluation of thermoluminescence properties of CaO-Al2O3-B2O3 glass doped with Sn2+ for application to neutron measurement(Tohoku University) ○Takatsu Shogo・Yamaguchi Hiroto・Kawamoto Hiroki・Fujimoto Yutaka・(Shizuoka University) Koshimizu
Masanori・(Kindai University) Wakabayashi Genichirou・(Tohoku University) Asai Keisuke*

09. Basic science of powder processsing for innovating ceramic manufacturing
technology
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3PF08amStudy of New Separation Method of Coarse Particle in Slurry Preparation Process (SATAKE MultiMix Corporation) ○HOSHINO
Toru・SATO Makoto・AGO Ken-ichi・(PRECI Co.) KAWAGUCHI Shinya・KOBAYASHI Yusuke・TAKAGI Shunya・(Hosei
University) MORI Takamasa・(Nagoya Industrial Science Research Institute) TSUBAKI Jun-ichiro
Effect of orientation on optical properties of Y2SiO5 (Shibaura Institute of Technology) ○Takeda Toui・Kiyono Hajime*・(National
Institute of Materials Science) Kobayashi Kiyoshi・Suzuki Tohru*
Effect of Eu doping on optical properties of oxyapatite-type lanthanum silicate phosphors (Shibaura Institute of Technology・
National Institute for Materials Science) ○Ariga Harune・(Shibaura Institute of Technology) Kiyono Hajime*・(National Institutefor Materials Science) Suzuki Tohru*・Kobayashi Kiyoshi
Conductivity control of self-heating CO2 absorbing material using SiC as a base material” (Tokyo City University) ○AOKI Fuka・
EYAMA Hiromi・KOBAYASHI Ryota*
Comparative evaluation of the physical properties of spray-freeze granulated dried granules of slurries with different binders(PRECI Co., Ltd.) ○MISUMI Yuichi・KAWAGUCHI Shinya・KOBAYASHI Yusuke・(Malvern Panalytical, division of SpectrisCo., Ltd.) SASAKURA Daisuke
Improvement of mechancal strenght of granulated ceramic particle produced by freeze granulator (National Institute of Advanced
Industrial Science and Technology) ○SHIMAMURA AKIHIRO・KONDO NAOKI・HOTTA MIKINORI
Effect of the Structure of Skeleton Particles on Optical Properties. (Gifu University) ○Kunieda Hirotsugu・Tamura Risa・(Gifu
University・Gifu University) Takai Chika*
Microstructural Changes in Liquid Phase Sintered Silicon Nitride Ceramics by High Pressure Sintering (Nagaoka University ofTechnology) ○IIDA Takuma・TANAKA Satoshi*・(AGC Inc.) TAKANAMI Kentaro・BABA Shoko・MIYAKAWA Naomichi

25. Progress of ceramics synthesis by aqueous solution process
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3PG02amPhotocatalytic property of titanate nanotubes with peroxo ligands and the effect of metal ion addition (Osaka University)○YASUNARI Hiroya・KONDO Yoshifumi・NISHIDA Hisataka・PARK Hyunsu・SEO Yeongjun・CHO Sung Hun・GOTO
Tomoyo・SEKINO Tohru*
Synthesis and photocatalytic performance of porous high entropy oxides (Toyohashi University of Technology) ○KANETSUKI
Yoshiro・TSUBOTA Hanzo・Tan Wai Kian・MUTOH Hiroyuki・MATSUDA Atsunori・KAWAMURA Go*

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3PG05amZnO nanostructured photoanodes for hydrogen generation by water splitting (Toyohashi University of Technology) ○KATO
Akito・ABOUELELA Marwa・TAN Wai Kian・Muto Hiroyuki・Matsuda Atsunori・Kawamura Go*
Miniaturization of CeO2 Nanoparticles by Microwave-Assisted Hydrothermal Process Under Alkaline Conditions (Sophia
University) ○JIN XIN・Yokoda Yukie・Uchida Hiroshi*
Relationship between the ratio of cations and photoluminescence on rare-earth-activated oxide phosphors prepared by solution
process. (Okayama University of Science) ○IMAOKA Kakeru・SATO Yasusi*・(Osaka University) KAKIHANA Masato

11. Future materials created by 2D nanosheets
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3PN07amSynthesis and Characterization of Silicon Nanosheets with Nanopores (Kindai University) ○SUZUKI Toshifumi・(Tokyo
University of Science) IKUNO Takashi・(Kindai University) NAKANO Hideyuki*
Synthesis of single-crystalline ceria nanosheets and investigation of the formation process (Nagoya University) ○TAKEUCHI
Nozomi・YAMAMOTO Eisuke*・KOBAYASHI Makoto・OSADA Minoru*
Adsorption of oleic acid on nanosheets modified with a cationic surfactant (Shinshu University) ○Kobayashi Ryoto・Okada
Tomohiko*
Development of porous electrode composed of layered double hydroxide and metal nanoparticle (Sojo University) ○FUKUNAGA
Nonoka・INOKAWA Hitoshi*
Templated synthesis of 2D titania nanostructures using solid surfactants (Nagoya University) ○YAMAMOTO Ayaka・
YAMAMOTO Eisuke*・KOBAYASHI Makoto・OSADA Minoru*
Synthesis and characterization of Pd nanosheets with controlled diameter (Nagoya University) ○ISHIHARA Nana・Ando Sumiya・
YAMAMOTO Eisuke・KOBAYASHI Makoto・OSADA Minoru*
Effect of the interlayer cation on the light absorption and emission properties of Cr3+-doped titania nanoscrolls (Shimane
University) ○Shimizu Sota・Sasai Ryo*・Fujimura Takuya*