○＝Speaker ★＝Guest *＝Corresponding
The symbol that attached to the end of the presentation number
Ａ＝Award lecture Ｆ＝Frontiers of industrial research Ｂ＝Division Plenary

The Ceramic Society of Japan
Annual Meeting 2024
Program■■March 14 (Thu) (Room A) ■■93. International SymposiumInternational session(13:15) (Session Chiars: Yoshihiko IMANAKA)
1A18 ★ Equilibrium and non-equilibrium tailoring of oxygen stoichiometry in ferrite perovskites: coupling to transport, optical absorption, andchemical strains (Department of Materials Science & Engineering, University of Illinois Urbana-Champaign・Materials ResearchLaboratory, University of Illinois Urbana-Champaign) ○Perry Nicola H.
1A20 ★ Characterization of nanostructures in functional ceramics (Kumamoto University) ○SATO Yukio(14:15) (Session Chiars: Kiyoshi SHIMAMURA)
1A22 ★ Mastering Reaction-Driven Sintering for Improved Ceramics Performance (Kobe University) ○Demirskyi Dmytro
1A24 ★ Mapping phase stability and vacancy ordering in high-entropy transition metal carbides MC1-x (0.5≤x≤1) (Bangor University, UK・
Tohoku University) ○Davey Theresa・(Tohoku University) Chen Ying■■March 14 (Thu) (Room B) ■■09. Environment and material related to resource
酸化触媒(13:15) (Session Chiars: 本橋 輝樹)
1B18
Synthesis of iron-copper complex oxides using the organic acid salt method and evaluation of their catalytic activity to oxidative couplingof 2-naphthol. (The University of Kumamoto ) ○OTA Natsumi・INOMATA Yusuke*・KIDA Tetsuya*
1B19
Development oxidative coupling of methane catalysts by utilizing Y-doped BaZrO3 materials. (Nittera Co., Ltd.) ○Nakamura Yosuke・Kozuka Hisashi・Watanabe Shuntaro
1B20
CO oxidation activity and oxygen storage capacity of Co-doped perovskite oxides (Kyoto Institute of Technology) ○SUGIMOTO
Ryosuke・YUMURA Takashi・HOSOKAWA Saburo*(14:00) Break
酸素貯蔵(14:15) (Session Chiars: 細川 三郎)
1B22
Reducibility of Ce ion in ZrO2-CeO2 solid solution (Ehime University) MUKAI Seiya・YAMAGUCHI Noa・YAMAURA Hiroyuki・
YAMAGUCHI Syuhei・○YAHIRO Hidenori
1B23
Synthesis and Oxygen Intake/Release Properties of New Langasite-Type Ce3+ Compounds (Kanagawa University) ○Ohishi Kosaku・Aoki Misato・Ogawa Satoshi・Saito Miwa・Motohashi Teruki
1B24
High-temperature electrical conductive property of oxygen storage materials Ba-Ca-Fe oxides (Kanagawa University) ○OGAWA
Satoshi・KOMATSU Toshimasa・KOKUBO Yoko・TAMURA Sayaka・SAITO Miwa・MOTOHASHI Teruki
1B25
Crystal structure and oxygen intake/release characteristics of BaCaxFe1-x-yTiyOz (The University of Kanagawa) ○Odauchi Kensuke・
Ogawa Satoshi・Tamura Sayaka・Saito Miwa・Motohashi Teruki*■■March 14 (Thu) (Room C) ■■03. Electroconductive material
ガスセンサ(13:30) (Session Chiars: 渕上 輝顕)
1C19
Gas sensing properties of amorphous multi-metal oxide nanoparticles (Kumamoto University) ○JONO Yu・SHIMADA Yuki・
MASUMOTO Keigo・SHINKAI Takeshi・Biplab Manna・INOMATA Yusuke*・KIDA Tetsuya*
1C20
Development of tin oxide-based gas sensor for selective detection of acetone (The University of Kumamoto) ○YAMASAKI Yurino・
MASUMOTO Keigo・INOMATA Yusuke・KIDA Tetsuya*
1C21
Low-temperature operation of SnO2 gas sensors by light irradiation and analysis of the gas sensing mechanism (Kumamoto University)○NAKAGAWA Sumire・MASUMOTO Keigo*・SHINKAI Takeshi・(Kumamoto University) INOMATA Yusuke・KIDA Tetsuya(14:15) (Session Chiars: 橋新 剛)
1C22
Chemical bath deposition and gas sensing property of hierarchical structured CuO film (Nagoya Institute of Technology) ○FUCHIGAMI
Teruaki・MATSUOKA Takumi・Kakimoto Ken-ichi・(National Institute of Advanced Industrial Science and Technology) Choi Pil Gyu・
Masuda Yoshitake
1C23
Material Surface Analysis with Persistent Homology (PH) for Gas Sensers (KYOTO INSTITUTE OF TECHNOLOGY・Osaka Univ.)○SUGAHARA Tohru・(KYOTO INSTITUTE OF TECHNOLOGY) HIROSE Yukiko・(Osaka Univ.) MINAMITANI Emi

感光性材料(14:45) (Session Chiars: 橋新 剛)
1C24
Positive-type photosensitive siloxane reflective material with high thermal fluidity and high resolution patternability. (Toray Industries,Inc.) ○Ashibe Tomoki・Kobayashi Hideyuki・Tanino Takahiro・Fujii Manami・Hachimura Nobuki・Suwa Mitsuhito■■March 14 (Thu) (Room D) ■■02. Dielectric material
構造解析・物質探索(13:15) (Session Chiars: 森分 博紀)
1D18A ★ (CerSJ Awards 2023)Nano-analysis and searching of ceramic materials using machine learning (The University of Tokyo)○MIZOGUCHI Teruyasu
1D20
Investigation of coordination structure in ScxGa1-xN by XAFS analysis (Kyushu University) ○Ikemoto Yu・(National Institute ofAdvanced Industrial Science and Technology) Hirata Kenji・Ohmagari Shinya・Anggraini Sri Ayu・Akiyama Morito・(SAGA Light
Source) Setoyama Hiroyuki・(Kyushu University・National Institute of Advanced Industrial Science and Technology) Yamada Hiroshi・
Uehara Masato*
1D21
Solid-phase Synthesis of Pyrochlore Oxyfluoride Pb2(Ti1-αZrα)2O6-δF2δ and their Dielectric Properties (Nagoya University) SATO
Yuki・YOSHINO Masahito・NAGASAKI Takanori・(University of Tokyo) YAMAURA Jun-ichi・MORIYAMA Kodai・(High Energy
Accelerator Research Organization) SAGAYAMA Hajime・(National Institute for Materials Science・Tokyo Institute of Technology)
OHASHI Naoki・(Nagoya University・Tokyo Institute of Technology) ○YAMADA Tomoaki(14:15) (Session Chiars: 山田 智明)
1D22
Impact of A-site cation arrangement on ferroelectricity in La2SrSc2O7 (Kyoto University) ○ZHANG Yang・KAWASAKI Tatsushi・YI
Wei・FUJITA Koji*
1D23
Synthesis and characterization of Ge-substituted titanite crystals (Saitama University) ○HINO Junnosuke・KODAMA Shohei・YANASE
Ikuo・TAKEDA Hiroaki*・(Nagoya University) UOHASHI Toshiya・KUWANO Taro・TANIGUCHI Hiroki
1D24
Novel titanite-type oxide SrZrGeO5 and its solid solutions (Nagoya University) ○KUWANO Taro・NAKANO Akitoshi・DEGUCHI
Kazuhiko・TANIGUCHI Hiroki
1D25
総合討論

■■March 14 (Thu) (Room F) ■■13. Preparation Process
結晶成長(13:15) (Session Chiars: 我田 元)
1F18A ★ (CerSJ Awards 2023) Creation of functional inorganic crystalline materials by the flux method (Shinshu University) ○TESHIMA
Katsuya
1F20
Crystal growth and characterization of LixLa(1-x)/3Nb1-yTayO3 lithium ion conductor (University of Yamanashi) ○MARUYAMA Yuki・
ONIMARU Mizuki・NAGAO Masanori・WATAUCHI Satoshi・TANAKA Isao
(14:00) (Session Chiars: 手嶋 勝弥)
1F21
Growth of BaTaO2N crystals by an NH3-assisted BaCl2 flux method (Meiji University) ○HARADA Ginji・WAGATA Hajime*
1F22
Oriented growth of Cu paddle-wheel type metal organic framework on Cu-based mineral (Osaka Metropolitan University) ○OKADA
Kenji・Koseki Yuka・Fukatsu Arisa・Takahashi Masahide
1F23
Function of capping agents in the synthesis of cuprous oxide nanowire mesocrystals with controllable dimensionality by 2-stephydrothermal process (名古屋大学) ○Senthil Abhinav・Matsukawa Yuko・Suzuki Kazumasa*・Ohtsuki Chikara・(滋賀県立大学)
Hoshishima Sota
1F24
総合討論

■■March 14 (Thu) (Room G) ■■13. Preparation Process
メカノケミカル法(13:15) (Session Chiars: 山本 瑛祐)
1G18
Preparation of Metal Carbodiimides via Mechanochemical Metathesis Reaction of Na2NCN and Metal Chlorides (Hiroshima University)○NONAKA Shunsuke・SUMIOKA Oomi・TARUTANI Naoki・KATAGIRI Kiyofumi*・INUMARU Kei
1G19
Development of Novel Supraceramics through Mechanochemical Metathesis Reaction of Na2NCN and Bi3MO4Cl3 (M = Sr, Pb)(Hiroshima University) ○SUMIOKA Oomi・TARUTANI Naoki*・KATAGIRI Kiyofumi*・INUMARU Kei・(Kyoto University)
TSUMORI Tatsuya・Cedric Tassel・KATO Daichi・KAGEYAMA Hiroshi
1G20
Effect of electric field on grain growth behavior of cubic zirconia (8YSZ) (National Institute for Materials Science・Tokyo University of
Science・Kyushu Univ.) ○MORITA Koji・(Tokyo University of Science) NAMBU Kohta・(Kyushu Univ.) ISHII Akio・SOGA Kohei(14:00) Break
ナノシート(14:15) (Session Chiars: 片桐 清文)
1G22A ★ (CerSJ Awards 2023) Designed synthesis of low dimensional materials using surfactants (Nagoya University) ○YAMAMOTO Eisuke
1G24
Porous nanosheet aggregates obtained by freeze-drying of nanosheet-liquid crystals oriented with electric field (Shinshu University)○ADACHI Yusuke・MURAMATSU Keisuke・(Kyushu Institute of Technology) MOURI Emiko・NAKATO Teruyuki・(Shinshu
University) SUGIMOTO Wataru*
1G25
総合討論

■■March 14 (Thu) (Room H) ■■05. The glass photonics material
長残光・アップコンバージョン発光(14:15) (Session Chiars: 武田 隆史)
1H22
Solid-state electronic structure-based prediction of optimal electron trap in lanthanoid ions doped CaCO3 phosphors (Japan Advanced
Institute of Science and Technology) ○MIYATA Hirohisa・UEDA Jumpei*
1H23
Effect of {A} site substitution on the near-infrared long persistent luminescence of Ce3+, Er3+ and Cr3+ codoped garnet in the third
biological window (Kyoto University) ○LIU Shuaiqi・(Japan Advanced Institute of Science and Technology) UEDA Jumpei・(National
Institute for Materials Science) XU Jian・(Kyoto University) Tanabe Setsuhisa*
1H24Electric-field-charged inorganic persistent luminescence (Japan Advanced Institute of Science and Technology) ○LIN Cunjian・(Southwest Jiaotong University) YOU Shihai・(Xiamen University) YANG Rujun・ZHUANG Yixi・XIE Rong-Jun・(Japan Advanced
Institute of Science and Technology) UEDA Jumpei*
1H25
Temperature-dependency of up-conversion photoluminescence properties on Yb3+- Er3+/Tm3+ co-doped yttria-stabilized zirconia (Tohoku
University) ○HASEGAWA Takuya・Takahashi Yuki・Okawa Ayahisa・Yin Shu■■March 14 (Thu) (Room J) ■■05. The glass photonics material
リン酸塩ガラス(13:30) (Session Chiars: 町田 慎悟)
1J19
Trace element addition to high-concentration phosphate glass electrolytes to improve water resistance (Nagoya Institute of Technology)○KONDO Haruka・Hattori Kakeru・Daiko Yusuke*
酸窒化物ガラス(13:45) (Session Chiars: 町田 慎悟)
1J20
Preparation of Li-B-O-N Glasses for Next-generation Internet Communication and Evaluation of Chemical Durability (Tokyo Institute ofTechnology) ○CUI Yining・TOMITA Kana・KISHI Tetsuo*・YANO Tetsuji*
1J21
Fabrication and Characterization of Lithium Calcium Phosphorus Oxynitride Glass for Solidification of Radioactive Cesium Halides(Tokyo Institute of Technology・National Institute for Materials Science) ○YASUDA Yuka・(Tokyo Institute of Technology) KISHI
Tetsuo・YANO Tetsuji*・(Tokyo Institute of Technology・National Institute for Materials Science) SEGAWA Hiroyo*(14:15) Break
固体電解質(14:30) (Session Chiars: 大幸 裕介)
1J23
Effect of WO3 addition to phosphate glasses on thermal stability and proton mobility (Tohoku University・AIST) Sharma Aman・(Tohoku
University) Suzuki Issei・(AIST) Ishiyama Tomohiro・(Tohoku University) ○Omata Takahisa
1J24
Laser-induced melting and densification of Na3Zr2Si2PO12 (Nagaoka University of Technology) ○FUJII Chihiro・HONMA Tsuyoshi*
1J25
総合討論

■■March 14 (Thu) (Room L) ■■10. Material related to energy
熱電変換材料(13:15) (Session Chiars: 小俣 孝久)
1L18
Inverse perovskite Ba3BO (B = Si, Ge): a potential eco-friendly high-performance thermoelectric material with low thermal conductivity(Tokyo Institute of Technology) ○KATASE Takayoshi・He Xinyi・Kimura Shigeru・(National Institute for Materials Science) Tadano
Terumasa・Matsuishi Satoru・(Tokyo Institute of Technology) Hiramatsu Hidenori・(Tokyo Institute of Technology・National Institute forMaterials Science) Hosono Hideo・(Tokyo Institute of Technology) Kamiya Toshio
1L19
Mechanochemical synthesis and electrical properties of high-purity samples of layered semiconductor Bi2OS2 (Tokyo Institute ofTechnology) ○Oida Tomoki・He Xinyi・Katase Takayoshi*・Hiramatsu Hidenori・Hosono Hideo・Kamiya Toshio*
1L20
High-temperature direct synthesis of SrTiO3-xHx bulk polycrystals and thermoelectric property enhancement by partial nitrogen anion
substitution (Tokyo Institute of Technology) ○USHIJIMA Ren・KOMATSU Takehito・KATASE Takayoshi*・HIRAMATSU Hidenori・
HOSONO Hideo・KAMIYA Toshio*(14:00) Break
電子材料(14:15) (Session Chiars: 松田 元秀)
1L22F ★ Electrocaloric Materials for Energy Efficient Thermal Management Systems (Murata Manufacturing Co., Ltd.) ○HIROSE Sakyo(14:45) (Session Chiars: 武藤 浩行)
1L24
Nonlinear resistance characteristics and microstructural evaluation of zinc oxide varistors for power use without containing antimony
oxide (MEIDENSHA CORPORATION) ○KOMATSU Yuya・SEKI Atsushi・TAKADA Masayuki・TAGAMI Yukio
1L25
Carrier mobility enhancement in (100)-oriented rock-salt type (Sn1-xCax)Se epitaxial films by insertion of CaSe buffer layer (Tokyo
Institute of Technology) ○KUMAGAI Soshi・(Tokyo Institute of Technology) KATASE Takayoshi*・(Tokyo Institute of Technology)
HITAMATSU Hidenori・(Tokyo Institute of Technology) HOSONO Hideo・(Tokyo Institute of Technology) KAMIYA Toshio*■■March 14 (Thu) (Room M) ■■01. Engineering ceramics

焼結体(13:15) (Session Chiars: 大熊 学)
1M18
Effects of compaction pressure and sintering temperature of alumina made from granules prepared by spray drying (SD) and spray freeze
granulation drying (SFGD) (National Institute of Advanced Industrial Science and Technology (AIST)) ○KONDO Naoki・
SHIMAMURA Akihiro・HOTTA Mikinori・(Yokohama National University) TATAMI Junichi・(Preci Co. Ltd.) KAWAGUCHI Shinya
1M19
Mechanical properties of β-Si3N4 prepared by liquid phase sintering of amorphous Si3N4 (Ryukoku University) ○INOUE Misaki・
SHIRAI Kenshiro・IMAI Takahito・OHYANAGI Manshi*
1M20
Effect of applied stress on the microstructural evolution during sintering of tetragonal zirconia nano-particles (Gifu University)○YOSHIDA Michiyuki・HADA Mitsuki・SAKURADA Osamu(14:00) (Session Chiars: 近藤 直樹)
1M21
Room-Temperature Crack Healing and Electrochemical Reaction Mechanism of TiC Ceramics (Osaka University) ○LIU Jinyu・SEO
Yeongjun・CHO Sung Hun・KONDO Yoshifumi・GOTO Tomoyo・SEKINO Tohru*
1M22
3D observation of morphological evolution of defects during SPS by using synchrotron X-ray CT (National Institute for Materials
Science) ○OKUMA Gaku・(Tokyo University of Science) MINAGAWA Haruki・INOUE Ryo・(National Institute for Materials Science)
OSADA Toshio・KAKISAWA Hideki・WAKAI Fumihiro
1M23
Evaluation of the internal structure of green and sintered sheet ceramics by transmission observation using a near-infrared optical
microscope (Nagaoka University of Technology) ○TANAKA Satoshi*・OHKUBO Taketo
1M24
総合討論

■■March 15 (Fri) (Room A) ■■07. Cement
混和材料(9:30) (Session Chiars: 新 大軌)
2A03
Development of new low-carbon type binder combining ring carbonate and calcium hydroxide. (Mitsubishi UBE Cement Corporation)○FUKUSHIMA YUTA・TASAKA YUKIO・OSAKI MASASHI
2A04
Effect of Moisture on Accelerated Carbonation of Mortar mixed with CO2 Fixing Admixture (Denka Co., Ltd.) ○MORI Taiichiro・
Ushiro Masataka・Hara Hirofumi
2A05
Heat liberation rate of cement mixed with expansive additive (Maebashi Institute of Technology) ○SAGAWA Takahiro・HIWATASHI
Ryota
2A06
NO3- adsorption characteristics of concrete containing layered double hydroxides in seawater (Chiba Institute of Science) ○Tezuka
Satoko・Shimada Rinako・Aikyo Minami(10:30) Break
水和反応(10:45) (Session Chiars: 佐川 孝広)
2A08
Effect of Triisopropanolamine on Initial Strength Development of Low-Burning Temperature Type Cement (Tokuyama) ○ADACHI Jo・
CHABAYASHI Takashi・(Shimane University) ATARASHI Daiki
2A09
Effect of amine additives on the reaction of cement mixed with limestone fine powder and blast furnace slag fine powder (Shimane
University) ○KANAGA Syuya・ATARASHI Daiki*・YOSHIDA Natsuki*
2A10
Crystalline Changes Over Time of CaCO3 Produced by Semi-dry Carbonation of Cement Hydrates at Different Relative Humidities(Shimane University) ○TAKATSUKA RYO・YOSHIDA NATSUKI*・ATARASHI DAIKI*・(Takenaka Corporation) IKEO YOSAKU・KADOTA HIROSHI
2A11
Impact of fineness and gypsum content on the reactivity of low-basicity slag (Shimane University) ○KONO Hiroto・ATARSHI Daiki*・
YOSHIDA Natsuki*・(DC CO., Ltd.) NITO Nobukazu
2A12
Influence of seawater on chemical change of hardened cement paste subjected to enforced carbonation (Shimane University)○FURUKAWA Ikuya・YOSHIDA Natsuki*・ATARASHI Daiki*
低炭素(14:30) (Session Chiars: 大宅 淳一)
2A23
Research on Socio-Environmental Material for Sustainable Society based on Cement Chemistry Part1 (Shimane University)○ATARASHI Daiki
2A24
Research on Socio-Environmental Material for Sustainable Society based on Cement Chemistry Part2 (Shimane University)○ATARASHI Daiki
2A25
Evaluation of CO2 Fixation Rate of Ca(OH)2 and Calcium Silicates for Development of High Volume Blast Furnace Slag Cements with a
CO2 Fixing Admixture (Shimane University) ○SAKAMOTO Wataru・YOSHIDA Natsuki*・ATARASHI Daiki*・(Takenaka Corporation)
NISHIOKA Yukiko
2A26
Carbonation reaction of CO2 fixing admixture and γ-C2S homogeneous system (Shimane University) ○ASANO Yoto・YOSHIDA
Natsuki*・ATARASHI Daiki*・(Denka Company Limited) MORI Taiichiro・USHIRO Masataka
2A27
Study on the evaluation of TOC method of the amount of CO2 absorption in the cementitious materials containing monocarbonate(Obayashi Corporation) ○SHINSUGI Masashi・SAKURAI Kuniaki・(Hiroshima University) KAWAI Kenji
2A28
総合討論

■■March 15 (Fri) (Room B) ■■09. Environment and material related to resource
圧電触媒(9:00) (Session Chiars: 川井 貴裕)
2B01
Morphological control of barium titanates and their piezocatalytic properties (Osaka University) ○KONDO Yoshifumi・GOTO Tomoyo・
SEKINO Tohru

2B02

Occurrence of the Piezoelectric Catalytic Activity of Nanoporous Lithium Niobate by Applying Minute Pressure (Waseda University)○ITO Momoka・OKA Daichi・HIKINO Takuya・SHIMOJIMA Atsushi*・MATSUNO Takamichi*

環境触媒(9:30) (Session Chiars: 川井 貴裕)
2B03
Structure and H2-SCR Activity of Zirconium Phosphate Nanosheet-Supported Pt Catalysts. (Kumamoto University) ○Awaya Keisuke・Sato Yuka・Nishiyama Koshi・Ohyama Junya・Ida Shintaro・Machida Masato(9:45) (Session Chiars: 町田 正人)
2B04
Direct Decomposition of Nitrous Oxide Using Rh Loaded on ZrSnO4 Catalysts (Osaka University) ○NUNOTANI Naoyoshi・HU DongRun・IMANAKA Nobuhito
2B05
Synthesis of methane from carbon dioxide and hydrogen using Ni supported on porous ceramics (Kagoshima University)○SAMESHIMA Soichiro・IGARASHI Reo・SETOMAMA Shiki・WAKAMATSU Yorihisa・(Former Employer : AIST) SHIBASAKI
Yasuo
2B06
Synthesis and VOCs oxidation activity of manganese oxide nanosheets supported with platinum nanoparticles of different particle sizes(Kumamoto University) ○KAJIHARA Yuya・AWAYA Keisuke・HATAKEYAMA Kazuto・IDA Shintaro*(10:30) Break
多孔質(10:45) (Session Chiars: 近藤 吉史)
2B08
Adsorption behavior of nitrous oxide on ion-exchanged MOR-type zeolite (The University of Tokyo) ○Ya Hanlong・Hu Peidong・(Tokyo Institute of Technology) Xiao Peipei・Nomura Junko・Yokoi Toshiyuki・(The University of Tokyo) Okubo Tatsuya・Wakihara
Toru*
2B09
Effect of adsorbed water on the local structure and chemical state of heteroatoms in zeolite framework (Tohoku University)○NISHIBORI Maiko・Hodota Masashi・Ninomiya Kakeru・Tanaka Ginpei・Muramatsu Atsushi・(Hokkaido University) Osuga Ryota(11:15) (Session Chiars: 松野 敬成)
2B10
Low magnetic field orientation of CHA-type zeolite using ion exchange (Kumamoto University) ○KANAGAWA Junya・IKEDA
Hiroki・SHIDA Kenji・NAGAI Anna・MASTUDA Motohide*
2B11
Preparation of γ-cyclodextrin-based metal-organic framework thin films (Kumamoto University) ○UCHINO Seita・TOMIYOSHI
Karina・NODA Shogo・NAGAI Anna*・MATSUDA Motohide*
2B12
総合討論
部会特別講演(13:30) (Session Chiars: 樽田 誠一)
2B19B ★ Carbon dioxide fixation by catalytic reaction with waste materials. (Sojo University) ○KUSAKABE Katsuki(14:30) Break
ナノ粒子(14:45) (Session Chiars: 後藤 知代)
2B24
Gas Sensing Performance of Cs0.33WO3 Nanoparticles Synthesized via Water Controlled-Release Solvothermal Process at Room
Temperature (The University of Tohoku) ○JIN QIUYU・MIAO LEI・HASEGAWA TAKUYA・OKAWA AYAHISA・YIN SHU*
2B25
Synthesis of Metal nanoparticles by ultrasound irradiation of Nickelocene and cobaltocene (Tohoku University) ○SHISHIDO Tatsuya・
HAYASHI Yamato*・FUKUSHIMA Jun・TAKIZAWA Hirotsugu
多孔質(15:15) (Session Chiars: 脇原 徹)
2B26A ★ (CerSJ Awards 2023)Creation of Carbon-Based Composite Materials through the Thermal Decomposition of Metal-Organic Frameworks(Nagoya University) ○YAMAUCHI Yusuke■■March 15 (Fri) (Room C) ■■03. Electroconductive material
フッ素系化合物(9:00) (Session Chiars: 加藤 大地)
2C01
High Ionic Conductivity of Fluoride-Based Solid Electrolytes BaSnF4 by Mechanical Milling Synthesis Process (Tohoku University)○Iwashita So・Fukushima Jun・Hayashi Yamato・Takizawa Hirotsugu*
2C02
Crystal phase and ionic conducting behavior of nonstoichiometric rare-earth oxyfluorides (Osaka University) ○MOMAI Mizuki・
TAMURA Shinji・IMANAKA Nobuhito*
2C03
Kink Behavior of the Ionic Conductivity and its Activation Energy in PbF2–RF3–SnF2 Solid Solutions (National Institute of Technology,
Oita College) ○Ikeda Masahiro・(Kumamoto University) Aniya Masaru(9:45) (Session Chiars: 田村 真治)
2C04
Pb solid solution in fluorosulfide La2SrF4S2 and its effect on F− conductivity (Ritsumeikan University) ○ZHONG Chengchao・XU
Tailei・TACHIBANA Shintaro・SHIMODA Keiji・(SPring-8) KAWAGUCHI Syogo・(Ritsumeikan University) ORIKASA Yuki
2C05
Effect of lead incorporation on the crystal structure and fluoride ionic conductivity properties of Ba4Bi3F17 (The University of
Ritsumeikan) ○HIRAKAWA Saya・SHIMODA Keiji・(SPring-8) KAWAGUCHI Shogo・(The University of Ritsumeikan) ORIKASAYuki・Zhong Chengchao*
2C06
Evolutionary Algorithm Directed Synthesis of new fluoroiodides (Kyoto University) ○KATO Daichi・Ubukata Hiroki・Taguro Haruki・
Cedric Tassel・Miyazaki Kohei・Abe Takeshi・Kageyama Hiroshi・(Japan Advanced Institute of Science and Technology) Song Peng・
Nakano Kousuke・Hongo Kenta・Maezono Ryo(10:30) Break
イオン伝導体(10:45) (Session Chiars: 鐘 承超)

2C08
2C09
2C10
2C11

Discovery of Novel Superionic Conductors Based on the Materials with Large Amounts of Oxygen Vacancies (Tokyo Institute ofTechnology) ○YASHIMA Masatomo・Sakuda Yuichi・Saito Kei・Fujii Kotaro
Superionic conductivity of silver iodide - silver sulfate solid electrolytes (Yamagata University) ○UCHIDA Kento・MATSUSHIMA
Yuta*・(Tohoku University) YAMANE Hisanori
Preparation and conduction properties of oriented dense La3Ni2O7 substituted with different elements (Kumamoto University)○SHIMODA Naoya・AOKI Syunsuke・NAGAI Anna・MATSUDA Motohide*
Fabrication and characterization of oriented dense layered compound Ndn+1NinO3n+1(n = 3) in ordinary atmosphere (Kumamoto
University) ○AOKI Shunsuke・SHIMODA Naoya・NAGAI Anna・MATSUDA Motohide*

部会特別講演(13:30) (Session Chiars: 舟窪 浩)
2C19B ★ Multinary doping in oxide thermoelectric materials (Kyushu University) ○OHTAKI Michitaka(14:30) Breakゼオライト(14:45) (Session Chiars: 松嶋 雄太)
2C24
Preparation of zeolite dense bulks and its application as electrolyte (Kumamoto University) ○KIMURA Shotaro・NAGAI Anna・
HASHISHIN Takeshi・MATSUDA Motohide*
2C25
Preparation of dense bodies of MFI-type zeolite by hydrothermal hot-pressing method and evaluation of their electrical properties(Kumamoto University) ○JINNO Shunsuke・NAGAI Anna・MATSUDA Motohide*
2C26
Preparation of oriented dense bodies of FER-type zeolite by hydrothermal hot-pressing method and evaluation of their electricalproperties (Kumamoto University) ○MATSUOKA Hiroki・KIMURA Shotaro・NAGAI Anna*・MATSUDA Motohide*■■March 15 (Fri) (Room D) ■■02. Dielectric material
高誘電率材料(9:00) (Session Chiars: 柿本 健一)
2D01A ★ (CerSJ Awards 2023)Elucidation of Dielectric Polarization Mechanism by Broadband Dielectric Spectroscopy (Tokyo Institute ofTechnology) ○HOSHINA Takuya
2D03
Giant permittivity material exploration using soft-mode informatics (Japan Fine Ceramics Center・Tokyo Institute of Technology)○MORIWAKE Hiroki・(Japan Fine Ceramics Center) Shitara Kazuki・Yokoi Rie・Taguchi Ayako・Kato Takeharu・Nakayama Kei・
(Shibaura Institute of Technology) Yamamoto Ayako・(National Defence Academy) Hamasaki Yosuke・Ehara Hirotaka・(Tokyo Instituteof Technology) Ito Mitsuru
2D04
Effect of A-site composition on energy-storage properties of Bi-based relaxor ferroelectrics (Keio University) ○HAGIWARA Manabu・
FUJIHARA Shinobu
2D05
Ferroelectric Properties of Donor-Acceptor Co-Doped BaTiO3 Ceramics (The University of Kumamoto) ○KUWATA Kenta・MATSUO
Hiroki・NOGUCHI Yuji*・(Japan Atomic Energy Agency) YONEDA Yasuhiro
2D06
総合討論
(10:30) Break
ニオブ酸系材料(10:45) (Session Chiars: 桑野 太郎)
2D08
Crystal structural analysis of antiferroelectric NaNbO3 based materials (Kumamoto University) ○ASO Seiyu・MATSUO Hiroki・
NOGUCHI Yuji*・(Japan Atomic Energy Agency) YONEDA Yasuhiro・(Tohoku University) MORIKAWA Daisuke・TSUDA Kenji
2D09
Defect characterization of Zr-doped (Na,K)NbO3 ceramics by TSDC (Nagoya Institute of Technology) ○TANAKA Hideki・MARTIN
Alexander・(University of Erlangen-Nuremberg) WEBBER Kyle G.・(Nagoya Institute of Technology) KAKIMOTO Ken-ichi*
2D10
Self-poling and piezoelectric properties of Mn doped Pb(Mg1/3Nb2/3)O3-Pb(Zr,Ti)O3 single crystals grown by solid state crystal growth
process (Shonan Institute of Technology) ○MAIWA Hiroshi・YAMAGATA Yushi・XIANG Yu・SUN Haiyang・(Shonan Institute ofTechnology・North Carolina State University) YAMASHITA Yohachi・(Ceracomp Co. Ltd.) LEE Ho-Yong
薄膜材料(14:30) (Session Chiars: 野口 祐二)
2D23A ★ (CerSJ Awards 2023)Creation of metastable phases and control of physical properties of functional ceramic thin films by novel growth
processes (Osaka Metropolitan University) ○Norifumi Fujimura
2D25
Preparation of BaTiO3-based epitaxial film with in-plane polarization (National Institute for Materials Science) ○SHIMIZU Takao・(Tokyo Institute of Technology) OKAMOTO Kazuki・FUNAKUBO Hiroshi・(Japan Synchrotron Radiation Research Institute)
KOGANEZAWA Tomoyuki・NAKATANI Tomotaka・SAKATA Osami
2D26
Fabrication of perovskite structure Sr(Zr,Ti)O3 buffer layers for ferroelectric domain control. (Tokyo Tech.) Ishihama Keisuke・○Kazuki
Okamoto・Morikawa Tomohide・Funakubo Hiroshi・(Tokyo Tech.・National Institute of Advanced Industrial Science and Technology)
Kodera Masanori・(National Institute for Materials Science) Shimizu Takao・(Japan Synchrotron Radiation Research Institute)
Koganezawa Tomoyuki・Nakatani Tomotaka・Sakata Osami
2D27
総合討論

■■March 15 (Fri) (Room E) ■■08. Pottery(11:00) (Session Chiars: 橋本 英樹)
2E09
Influence of particle size on sintering behavior of talc and corundum addition porcelain (Saga Ceramics Research Laboratory)○KAMOCHI Nobuaki
2E10
Effect of cellulose nanofiber addition on the plasticity of low-quality clay (Mie Prefecture Industrial Research Institute) ○NIIJIMA
Seiji・TANIGUCHI Hiroaki

2E11
2E12

Development of new brilliancy over glaze (Saga Ceramics Research Laboratory) ○SHIRAISHI Atsunori
総合討論

部会特別講演(13:00) (Session Chiars: 藤 正督)
2E17B ★ Reinforced porcelain, cordierite ceramics, and infrared-reflecting inorganic pigments for reduction of environmental load (Aichi Instituteof Technology) ○KOBAYASHI Yuichi
2E20B ★ Science of Bizen Art (Okayama University of Science) ○KUSANO Yoshihiro・MAKI Ryosuke・FUKUHARA Minoru■■March 15 (Fri) (Room F) ■■13. Preparation Process
液相反応(9:00) (Session Chiars: 熊田 伸弘)
2F01A ★ (CerSJ Awards 2023) Structural control of ceramics through multistep processes with liquid phase reactions (Nagoya University)○ASAKURA Yusuke
2F03
Morphology Control and Electrochemical Properties of Lithium Cobaltite Crystals by Hydrothermal Method (National Institute ofAdvanced Industrial Science and Technology) ○HAMAO Naoki・ITASAKA Hiroki・MIMURA Ken-ichi・LIU Zheng・HAMAMOTO
Koidhi(9:45) (Session Chiars: 朝倉 裕介)
2F04
Preparation of kenyaite from high purity silica scrap by hydrothermal reaction (University of Yamanashi) ○KUMADA Nobuhiro・K. D.
S. D. Ariyapala・SAITO Norio・TAKEI Takahiro・(TOSOH SGM CORPORATION) HORIKOSHI Hideharu
2F05
Preparation of a novel halide perovskite nanocomposite using layered polysilicate as a host (University of Yamanashi) ○SAITO Norio・
TAKEI Takahiro・KUMADA Nobuhiro・(TOSOH SGM CORPORATION) HORIKOSHI Hideharu(10:15) Break
2F07A ★ (CerJ Awards 2023)Synthesis and modification of zeolites using hydrothermal treatment (The University of Tokyo・JST PRESTO)○IYOKI Kenta
2F09
Simultaneous Control of Aluminum Atoms and Defects in Zeolite Framework by Post-Synthetic Treatments (The University of Tokyo)
Fujikawa Yuki・○Yoshioka Tatsushi・(The University of Tokyo・Japan Science and Technology Agency PRESTO) Iyoki Kenta・(Chiba
University) Ohkubo Takahiro・(The University of Tokyo) Okubo Tatsuya・Wakihara Toru*(11:15) (Session Chiars: 伊與木 健太)
2F10
Novel Synthesis of Zeolite-Derived Sol-Gels and Their Photocatalytic and Electrical Properties (Kanto Gakuin University) IKEDA
Tomoya・○HAMAGAMI Jun-ichi・(Tokyo Metropolitan University) MUNAKATA Hirokazu
2F11
Formation of a Y-type zeolite membrane on substrates through the secondary growth (Okayama University) ○Yamaguchi Takuya・Kameshima Yoshikazu*・Nishimoto Shunsuke*
2F12
総合討論
シロキサン
(14:45) (Session Chiars: 松野 敬成)
2F24
Cosolvent-free synthesis and characterization of polysilsesquioxane liquids containing Cl groups (Tokyo Metropolitan University)○SHIMO Koki・YOSHIDA Takuma・ISHIJIMA Masanao・KAJIHARA Koichi*
2F25
Influence of aging treatment on CHA-type zeolite synthesis with understanding properties of amorphous precursors (The University ofTokyo) ○OKADA Yukie・SADA Yuki・MIYAGI Shoko・(Japan Synchrotron Radiation Research Institute) YAMADA Hiroki・(Shimane
University) OHARA Koji・(The University of Tokyo) YANABA Yutaka・(Tosoh Corporation) YOSHIOKA Masato・ISHIKAWA
Tomoya・NARAKI Yusuke・(The University of Tokyo) SANO Tsuneji*・OKUBO Tatsuya*・Simancas Raquel*・WAKIHARA Toru*(15:15) (Session Chiars: 濱上 寿一)
2F26
Preparation of Mesoporous Organosiloxane Elastomers and Their Utilization for Nanoparticle Separation (Waseda University) UCHIDA
Ryoma・○MATSUNO Takamichi・KURODA Kazuyuki・SHIMOJIMA Atsushi
2F27
総合討論

■■March 15 (Fri) (Room G) ■■13. Preparation Process
金属水酸化物塩(9:15) (Session Chiars: 村井 一喜)
2G02A ★ (CerSJ Awards 2023)Synthesis of metal hydroxide salt nanoparticles and their use toward fine structure controlling (Hiroshima
University) ○TARUTANI Naoki
2G04
Additive Manufacturing Using Organically Modified Metal Hydroxide Salt Nanoparticles and Conversion to Alloys and Complex Oxides(Hiroshima University) ○Inada Yudai・ASANOME Miki・TARUTANI Naoki*・KATAGIRI Kiyofumi・INUMARU Kei
2G05
Doping of Ni into TiO2 particle surface using Ni hydroxide salt nanoparticles and its effect on the photocatalytic activity (Hiroshima
University) ○nitomakida rei・TARUTANI Naoki*・KATAGIRI Kiyofumi・INUMARU Kei・(Ehime University) INOUE Sayako(10:15) Breakゲル(10:30) (Session Chiars: 樽谷 直紀)
2G07
Pore structure control of bimodal porous silica gel beads prepared from water glass (Ehime University) ○Ogawa Yuya・Takahashi
Ryoji*・Sato Fumiya(10:45) Break
2G09
Preparation of Apatite Nanoparticle Hydrogels (Nagaoka University of Technology) ○Mikami Kurisu・Isa Tomoki・(Nagaoka Universityof Technology) Liu Zizhen・Tagaya Motohiro*2G10

Relationship between the Transferability and In-Plane Stress in the Fabrication of YSZ Films on Plastic Substrates by Sol-Gel Transfer
Technique (Kansai University) KOZUKA Hiromitsu*・○TAMURA Kotaro
2G11
総合討論
(11:45) Break
部会特別講演(13:30) (Session Chiars: 打越 哲郎)
2G19B ★ Development of recycling and detoxification processes using glass properties (Okayama University) ○Nanba Tokuro(14:30) Breakガラス(14:45) (Session Chiars: 村瀬 至生)
2G24F ★ Photoluminescence from alkali earth metal ion containing Sol-Gel silica film (R&D Japan, Nippon Sheet Glass Co., Ltd.) ○Kamitani
Kazutaka(15:15) (Session Chiars: 神谷 和孝)
2G26
Preparation of InP-based quantum dots with controlled shell thickness and its effect after encapsulation into glass capsules (Quantum
Materials Technology Co., Ltd・National Institute of Advanced Industrial Science and Technology) ○MURASE Norio・(Quantum
Materials Technology Co., Ltd) Sawai Toshihiro・(Kwansei Gakuin University) Inada Kazuki・Eguchi Daichi・Tamai Naoto
2G27
総合討論

■■March 15 (Fri) (Room H) ■■06. Material related to living body
抗菌材料
(9:30) (Session Chiars: 城﨑 由紀)
2H03
Development of Segmented TiON Films with Spinform Surfaces Exhibiting Antimicrobial Properties (Japan Fine Ceramics Center)○HASHIMOTO Masami・YAMAGUCHI NORIO・HASHIMOTO SOMA・ITO TAISHI・KITAOKA SATOSHI・(The University of
Tohoku) KANETAKA HIROYASU
2H04
Immobilization of Silver Ions Based on Inositol Phosphate to β-Tricalcium Phosphate Ceramics for Anti-bacterial Properties (School of
Science and Technology, Meiji University) ○Ohguri Masahiro・Emjo Suzumi・(School of Science and Technology, Meiji University・Meiji University International Institute for Materials with Life Functions) Aizawa Mamoru*
2H05
Calcium phosphate nanoparticles immobilizing antibacterial protein (National Institute of Advanced Industrial Science and Technology)○NAKAMURA Maki・BUNRYO Wakako・OYANE Ayako・(Hokkaido University) KANEMOTO Yukimi・MIYAJI Hirofumi
OCP(10:15) (Session Chiars: 川下 将一)
2H06
Promotion of osteoblastic differentiation of mesenchymal stem cells induced through an interaction between octacalcium phosphate andserum-derived glycoprotein (Tohoku University) ○HAMAI Ryo・TSUBOI Yuki・TSUCHIYA Kaori・YAMAUCHI Kensuke・SUZUKI
Osamu
2H07
Preparation of Monolayered Octacalcium Phosphate Crystal Thin Film (Nagaoka University of Technology) ○ZHOU Yanni・YAMADA
Iori・TAGAYA Motohiro*
2H08
Preparation and evaluation of porous octacalcium phosphate cement by utilizing spherical porous granules (Tohoku University)○KAMITAKAHARA Masanobu・ITO Yuichiro・UMETSU Masaki
歯科材料(11:00) (Session Chiars: 川下 将一)
2H09F ★ Zirconia powder for dental application (TOSOH CORPORATION) ○NAGAYAMA Hitoshi
2H11
総合討論
(11:45) Breakガラス(14:30) (Session Chiars: 吉岡 朋彦)
2H23
Preparation of sol-gel glass fibers with compositionally graded structure (Nagoya Institute of Technology) ○YANASE Chiaki・Obata
Akiko*・Kasuga Toshihiro
2H24
Two-dimensional correlation analysis of glass network structure in liquid-phase-derived CaO-P2O5-TiO2 glasses (National Institute ofAdvanced Industrial Science and Technology (AIST)・Chubu University) Shiraki Shota・(Nagoya Institute of Technology) Takahashi
Minori・Obata Akiko・(Chubu University) Sakurai Makoto・(National Institute of Advanced Industrial Science and Technology (AIST))
Watanabe Ryota・Nagata Fukue・○Lee Sungho
結晶構造制御(15:00) (Session Chiars: 菊池 正紀)
2H25A ★ (CerSJ Awards 2023)Design strategy of structure and function of biomimicry materials inspired by biomineralization (Shinshu
University) ○MURAI Kazuki
2H27
総合討論

■■March 15 (Fri) (Room J) ■■05. The glass photonics material
高温物性(9:00) (Session Chiars: 紅野 安彦)
2J01
Amber coloration of soda-lime glasses using rice husk ash and silicate (Kyoto Institute of Technology) ○TAGURO Natsuki・
SAKAGUCHI Koichi・KADONO Kohei・WAKASUGI Takashi*・(Nihon Yamamura Glass Co., Ltd.) HORI Shiori・YAMAMOTO
Hashira2J02

The effect of additive transition metal ions on nanostructure control of phase separated borosilicate glass by CW laser irradiation (Tokyo
Institute of Technology) ○TOMITA Kana・KISHI Tetsuo・YANO Tetsuji
2J03
Thermophysical property measurements of La2O3–Nb2O5 melts at Japanese Experiment Module “Kibo” in International Space Station(Kyoto University) ○MASUNO Atsunobu・SHUSEKI Yuta・(Japan Aerospace Exploration Agency) KOYAMA Chihiro・ISHIKAWA
Takahiko・(National Institute of Materials Science) KOHARA Shinji・(Hirosaki University) SASAKI Shunta・SATO Io・HATANO
Shohei・SASAKI Haruna・TAKAHASHI Eriya・MUNAKATA Sae
2J04
Temperature dependence of the Soret effect in silicate glass melts (Kyoto University) ○Nishida Yuma・Shimizu Masahiro*・Okuno
Tatsuya・(The University of Shiga prefecture) Matsuoka Jun・(Kyoto University) Shimotsuma Yasuhiko*・Miura Kiyotaka*(10:00) Break
ガラス構造(10:15) (Session Chiars: 清水 雅弘)
2J06
Understanding the origin of diffraction peaks in P2O5 glass (NIMS) ○ONODERA Yohei・KOHARA Shinji・(AIST) MASAI Hirokazu
2J07
Cold Sintering-Induced Glass Network Structure Changes in Aluminosilicate Glass (Osaka University) ○SEO Yeongjun*・LYU Xigeng・
GOTO Tomoyo・SEKINO Tohru
2J08
Physical and structural properties of La2O3–WO3–MoO3 glasses prepared by a levitation technique (Hirosaki University) ○MUNAKATA
Sae・(Kyoto University) MASUNO Atsunobu*・SYUSEKI Yuta
(11:00) (Session Chiars: 篠崎 健二)
2J09
Evaluation on the local structure in RMC models of lead borate glass using bond valence sum and interatomic potential constraints(Okayama University) ○NAGAO Masaaki・SAKIDA Shinichi・BENINO Yasuhiko*・NANBA Tokuro
機械特性(11:15) (Session Chiars: 篠崎 健二)
2J10A ★ (CerSJ Awards 2023)Scratch property of glass and its compositional dependency (AGC Inc.) ○SAWAMURA Shigeki
2J12Oscillation of Ag2O-WO3-P2O5-based Glass Actuator under AC electric field (Tokyo Institute of Technology) ○NAKAGAWA Miyu・
SAKURAI Ryosuke・SAITO Mizuto・UEDA Nanako・TOMITA Kana・KISHI Tetsuo・MATSUSHITA Nobuhiro・AKASAKA Shuichi・
YANO Tetsuji*
部会特別講演(13:30) (Session Chiars: 中島 武彦)
2J19B ★ Biomaterial Design utilizing Amorphous Phases (Nagoya Institute of Technology) ○KASUGA Toshihiro
結晶化ガラス(14:30) (Session Chiars: 本間 剛)
2J23
Surface crystallization behavior of Li2O−Al2O3−SiO2 glass (Tokyo University of Science) ○JINDO Hiromasa・MACHIDA Shingo・
KATSUMATA Kenichi・YASUMORI Atsuo・MAEDA Kei*
2J24
Distribution of Ca and Sr in layered crystals precipitated in SrO–CaO–Al2O3–SiO2 glass (Tokyo University of Science) ○Tanifuji
Satoshi・(Tokyo University of Science・Research Center for Space System Innovation・Water Frontier Research Center) Machida
Shingo*・(Geodynamics Research Center) Inoue Sayako・(Tokyo University of Science・Research Center for Space System Innovation・
Water Frontier Research Center) Katsumata Kenichi・(Tokyo University of Science) Yasumori Atsuo(15:00) (Session Chiars: 富田 夏奈)
2J25
Nucleation of Glass Elucidated with Molecular Dynamics Simulation (Osaka Univ.・AIST) ○SHINOZAKI Kenji・(Kyoto Univ.)
SHIMIZU Masahiro
2J26
Suppression of surface crystallization of CaO–Al2O3–SiO2 glass via hydrothermal treatment under acidic condition (Tokyo University of
Science・TUS SSI・WaTUS) ○MACHIDA Shingo
2J27
Chirality Selective Crystallization of Glass Phosphor using Optical Vortex Laser (Tohoku University) ○KIZAKI Kazuro・
OGASAWARA Sohei・ONO Madoka・(Chiba University) OMATSU Takashige■■March 15 (Fri) (Room K) ■■16. Characterization
PDF 解析
(9:15) (Session Chiars: 佐々木 拓也)
2K02
Investigation of local structure for perovskite-type oxyfluoride, BaFeO2F (Tokai University) ○KATSUMATA Tetsuhiro・Suzuki Ryo・
Satoh Naoto・Oda Ryoya・Motoyama Shingo・(Gakushin University) Inaguma Yoshiyuki・(Mie University) Mori Daisuke・(National
Defense Academy) Aimi Akihisa・(Japan Atomic Energy Agency) Yoneda Yasuhiro
2K03
Revealing the Crystallization Pathway of VSV-type Zincosilicate Zeolite (The University of Tokyo) ○ZHOU Zimu・HU Peidong・
WAKIHARA Toru*・OKUBO Tatsuya
2K04
Revealing the evolution of local structure in the formation process of alkaline earth metal cation-containing zeolite from glass (The
University of Tokyo) ○Hu Peidong・Deguchi Makiko・(Japan Synchrotron Radiation Research Institute) Yamada Hiroki・(Shimane
University) Kobayashi Kentaro・Ohara Koji・(Tohoku University) Sukenaga Sohei・Ando Mariko・Shibata Hiroyuki・(National Institutes
for Quantum Science and Technology) Machida Akihiko・(The University of Tokyo) Yanaba Yutaka・Liu Zhendong・Okubo Tatsuya・
Wakihara Toru
計算科学
(10:00) (Session Chiars: 勝又 哲裕)
2K05
Metadynamics simulations on glass-ceramics (AGC Inc.) ○Urata Shingo・Lodesani Federica・(University of Modena and Reggio Emilia)
Pedone Alfonso
2K06
Mechanical property evaluation of argyrodite-type Li6PS5Cl solid electrolytes utilizing first-principles calculations (Osaka Metropolitan
University) ○Torii Masato・Sakuda Atsushi*・Motohashi Kota・Hayashi Akitoshi(10:30) Break粒子解析(11:00) (Session Chiars: 小松 啓志)
2K09
Small Angle X-Ray Scattering Study for Investigating the 3D Packing Structure of Pt Catalysts on Gd-Doped CeO2 Supports for Fuel
Cells (Rigaku Corporation) ○IWATA Tomoyuki・OMOTE Kazuhiko・(University of Yamanashi) KAKINUMA Katsuyoshi
2K10
Quantitative analysis of particle-binder interaction in alumina slurries by differential centrifugal sedimentation (National Institute ofAdvanced Industrial Science and Technology) ○Nakajima Hideaki・Ogura Toshihiko・Usukawa Ryutaro・Kondo Naoki・Okazaki Toshiya
微細構造観察(11:30) (Session Chiars: 小松 啓志)
2K11A ★ (CerSJ Awards 2023) High functionalization of silicon nitride ceramics by heterogeneous structure control and AI prediction technique(National Institute of Advanced Industrial Science and Technology) ○NAKASHIMA Yuki
X 線光電子分光(14:30) (Session Chiars: 中島 秀朗)
2K23
Analysis of Hydrogen Adsorption Structure in Magnesium Calcite (Nagaoka University of Technology) ABE Yamato・J Yusen・
KOIZUMI Ryo・○KOMATSU Keiji*・(Chubu Chelest Co., Ltd.・Nagaoka University of Technology) NAKAMURA Atsushi・(Chubu
Chelest Co., Ltd.) ITO Osamu・(ACCHE) NAMBU Keiki・(Nagaoka University of Technology) SAITOH Hidetoshi*
2K24
X-ray Photoelectron Spectroscopy Analysis of Copper Films Synthesized with an Aqueous EDTA-Cu Solution (Nagaoka Univ. Tech.)
HIROTAKI Sousuke・(Chubu Chelest Co., Ltd.・Nagaoka Univ. Tech.) NAKAMURA Atsushi・(Nagaoka Univ. Tech.) ○KOMATSU
Keiji*・SAITOH Hidetoshi*
合成(15:00) (Session Chiars: 中島 秀朗)
2K25
High-pressure synthesis, crystal structure, and photoluminescence properties of novel Eu2+-doped MAlB3O7 (M = Ca, Sr) phosphors(Nagoya University) ○SASAKI Takuya・SUGIURA Kanta・NIWA Ken・HASEGAWA Masashi
2K26
Synthesis of Perovskite Oxynitrides ABO3-xNy Using a New Method (Kyoto University) ○YOSHII Kento・SASAHARA Yuki・KATO
Daichi・MURAYAMA Kantaro・TERADA Ryo・TSUMORI Tatsuya・KAGEYAMA Hiroshi*■■March 15 (Fri) (Room L) ■■10. Material related to energy
ポストｰ LIB(9:00) (Session Chiars: 作田 敦)
2L01
Fluoride ion conductivity of halogen-doped KSbF4 (The University of Tokyo) ○Kawahara Kazuaki・Ishikawa Ryo・(The University ofTokyo・Japan Fine Ceramics Center) Shibata Naoya・Ikuhara Yuichi
2L02
Electrochemical characterization and crystal phase control of porous MgMn2O4 for rechargeable magnesium batteries (Tokyo
Metropolitan University) ○Ishijima Masanao・Omata Arisa・Kanamura Kiyoshi・Kajihara Koichi
2L03
Iron oxide surface functionalization utilizing redox reaction and electrochemical characterization of porous MgMn2O4 cathodes forrechargeable magnesium batteries (Tokyo Metropolitan University) ○KOBORI Naoki・OMATA Arisa・ISHIJIMA Masanao・
KANAMURA Kiyoshi・KAJIHARA Koichi*(9:45) (Session Chiars: 北村 尚斗)
2L04
Anode performance of nanoporous silicon fiber composite in sulfide-based all-solid-state batteries (Osaka Research Institute of Industrial
Science and Technology・Nara Institute of Science and Technology) ○YAMAMOTO Mari・(Nara Institute of Science and Technology)
TAKATSU Mika・OKUNO Ryota・(Osaka Research Institute of Industrial Science and Technology・Nara Institute of Science andTechnology) KATO Atsutaka・TAKAHASHI Masanari
2L05
Preparation of sodium ion conductive Na3ZnAlS4 solid electrolytes (Osaka Metropolitan University) ○Otono Tomoya・Hotehama Chie・
Ben Yahia Hamdi・Motohashi Kota・Sakuda Atsushi*・Hayashi Akitoshi(10:15) Break
PCFC(10:30) (Session Chiars: 山口 祐貴)
2L07
Fabrication conditions for Protonic Ceramic Fuel Cell with a bi-layer electrolyte (Central Research Institute of Electric Power Industry)
MORI Masashi・○Matsuda Ryuma・Kobayashi Shun・(National Institute of Advanced Industrial Science and Technology) Fujioka
Masaya・Shimada Hiroyuki・Mizutani Yasunobu
2L08
Theoretical modeling of proton solubility of perovskite oxides LnMO3 (Ln = lanthanide, M = transition metal) (Japan Fine Ceramics
Center) ○FISHER Craig・TAGUCHI Ayako・OGAWA Takafumi・KUWABARA Akihide
2L09
Conductivity and chemical environment of dissolved protons in Nb-doped TiO2 under hydrogen atmosphere (Tohoku University)○SHIRAIWA Takuma・YAMASAKI TOMOYUKI*・OMATA TAKAHISA*(11:15) (Session Chiars: 森 昌史)
2L10
Fabrication and performance evaluation of proton-conducting ceramic fuel cells using highly sinterable BaZr0.8Yb0.2O3-δnanoparticles (Gunma University) ○SATO Kazuyoshi・SUEZAKI Ryushi・KANNARI Naokatsu
2L11
Theoretical investigation of the effect of defect association on proton solubility in Ca-doped YPO4 (Japan Fine Ceramics Center) ○LEE
Gyeongseo・OGAWA Takafumi・SHITARA Kazuki・KUWABARA Akihide
2L12
Synthesis, Crystal structures, thermal expansion coefficients, chemical expansion rates, and CO2 resistances of Ba(Ce0.4Zr0.4) (Sc0.2xGax)O3-δ perovskite-type oxides (AIST) ○NOMURA Katsuhiro・SHIMADA Hiroyuki・YAMAGUCHI Yuki・FUJIOKA Masaya・
WATANABE Kounosuke・SUMI Hirofumi・SHIN Wo-suck・MIZUTANI Yasunobu・(University of Miyazaki) OKUYAMA Yuji
SOFC
(14:30) (Session Chiars: 佐藤 和好)
2L23
Composition dependence of the average, local and electronic structures and oxide-ionic conduction of La1-xSrxCo1-yFeyO3-δ-based airelectrode materials (Tokyo University of Science) ○WATANABE Masashi・KITAMURA Naoto*・ISHIBASHI Chiaki*・IDEMOTO
Yasushi*
2L24
Oxide ion diffusivity and surface exchange reactivity for Ruddlesden-Popper type Ni-based oxides Nd2Ni0.8M0.2O4+δ (M = Co, Cu)(Kumamoto University) ○FUKAGAWA Kosuke・(Kumamoto University) NAGAI Anna・(Kumamoto University) HASHISHIN
Takeshi・(Kumamoto University) MATSUDA Motohide*

2L25
2L26

Oxygen surface exchange reaction of Nd2NiO4+δ coated with Pr6O11 (Kumamoto University) ○IINO Kota・FUKAGAWA Kosuke・
NAGAI Anna・HASHISHIN Takeshi・MATSUDA Motohide*
Effect of Ce addition into LSCF on oxygen electrode interface microstructure (Japan Fine Ceramics Center) ○KAWAHARA Koichi・
SUZUKI Masaya・(Toshiba Energy Systems & Solutions Corporation) OSADA Norikazu・KAWAMORI Hiroaki・INUZUKA Riko・
KAMEDA Tsuneji■■March 15 (Fri) (Room M) ■■01. Engineering ceramics
航空・宇宙材料(9:00) (Session Chiars: 垣澤 英樹)
2M01A ★ (CerSJ Awards 2023)Development of CMC and EBC for aircraft engines (IHI corporation) ○YAMAZAKI Naoki・HIRANO Hiroto・
ASAKURA Yuki・NAKAMURA Takeshi
2M03
Proposition of a design guideline for refractory compositionally complex ceramic matrix composites (Tokyo University of Science)○ARAI Yutaro・SAMIZO Akane・INOUE Ryo・NISHIO Keishi・KOGO Yasuo
2M04
Preparation of compositionally complex ceramic matrix composites by refractory high-entropy alloy infiltration and evaluation on theirablation behaviors (Tokyo University of Science) ○TADA Arisa・ARAI Yutaro*・KOGO Yasuo*(10:00) (Session Chiars: 井上 遼)
2M05
Preparation of carbon fiber reinforced refractory compositionally complex ceramic matrix composites by Refractory High Entropy Alloy
melt infiltration (Tokyo Univesity of Science) ○KOMIYA Yuki・TADA Arisa・TSURUOKA Ryo・KOGURE Saki・ARAI Yutaro*・
KOGO Yasuo*
2M06
Fabrication and evaluation on mechanical properties of Al2O3 fiber-reinforced porous Al2O3-LaPO4 dual-phase matrix composites (The
University of Science) ○YAMAGUCHI Yuka・KOGO Yasuo*・ARAI Yutaro*
2M07
Development of compositionally complex oxides for an advanced thermal barrier coatings (Tokyo University of Science) ○TERMOTO
Ryuichi・KOGO Yasuo*・ARAI Yutaro*(10:45) (Session Chiars: 吉田 克己)
2M08
Deformation Behavior of Ceramic Matrix Composites under Temperature Gradient Utilizing Hydrogen-Oxygen Burner (Tokyo
University of Science) ○Takahashi Shunsuke・TANIGUCHI Kazuhiro・INOUE Ryo*
2M09
Development of New Composites for Hypersonic Aircraft/Space Plane Fabricated by Melt Infiltration Process (Tokyo University of
Science) ○Tsuganezawa Mizuki・Arai Yutarou・Inoue Ryo*
2M10
Development of Continuous Oxide Fiber Reinforced CMC 3D Printer (Tokyo University of Science) ○Hagiwara Naoya・Arai Yutaro・
Inoue Ryo*・Matsuzaki Ryosuke・(National Institute for Materials Science) Kakisawa Hideki・Shimoda Kazuya
2M11
Observation of volcanic ash corrosion behavior of Yb2Si2O7 and Ho2Si2O7 at high temperature (Tohoku University) ○Okawa Ayahisa・(Kushiro National College of Technology) Nguyen Thanh Son・(Nagaoka University of Technology) Nakayama Tadachika・Suematsu
Hisayuki・Do Thi Mai Dung・Goto Takashi
2M12
総合討論
部会特別講演(13:30) (Session Chiars: 北岡 諭)
2M19B ★ Strategies for Ceramic Reliability Innovation (Yokohama National University) ○TATAMI Junichi
機械的特性(14:30) (Session Chiars: 北岡 諭)
2M23Influence of chemical composition of α/β SiAlON composite ceramics on bending strength measured using microcantilever beamspecimens (Yokohama National University) ○masuda yuto・tatami junichi*・iijima motoyuki・(Kanagawa Institute of Industrial Scienceand Technology) takahashi takuma・(National Institute of Advanced Industrial Science and Technology) ohji tatuki
ジルコニア(14:45) (Session Chiars: 吉田 道之)
2M24
Development of ultrahigh toughness zirconia ceramics (The University of Tokyo) ○MATSUI Koji・(Tosoh Corporation) HOSOI Kohei・(The University of Tokyo) FENG Bin・YOSHIDA Hidehiro・IKUHARA Yuichi
2M25
Changes in mechanical properties near the surface of 3mol%-Y2O3 stabilized ZrO2 by application of compressive shear stress andchemical reaction fields (Kanagawa Institute of Industrial Science and Technology) ○TAKAHASHI Takuma・NIREGI Kaito・
YOSHIDA Kentaro・(National Institute of Advanced Industrial Science and Technology) Ohji Tatsuki・(Yokohama National University)
TATAMI Junichi
2M26
Mechanical, thermal and sliding properties of Nano-crystal structured Zirconia coating by AD method (TOTO LTD.・Tokyo Institute ofTechnlogy) ○TAKIZAWA Ryoto・(Tokyo Institute of Technlogy) YOSHIDA KATSUMI
2M27First-principles calculation on the mechanism of low temperature degradation of yttria-stabilized zirconia (Japan Fine Ceramics Center)○KUWABARA Akihide・OGAWA Takafumi・IKUHARA H. Yumi・(Osaka University・Japan Fine Ceramics Center) FUJII Susumu・(The University of Tokyo) MATSUI Koji・YOSHIDA Hidehiro・(The University of Tokyo・Japan Fine Ceramics Center) Ikuhara Yuichi■■March 15 (Fri) (Room N) ■■92. Industry-academia collaboration / co-creation session(9:30) (Session Chiars: 今中 佳彦)
2N03 ★ Technology Transfer Activities at the University of Tokyo TLO (TOUDAI TLO,Ltd.) ○HONDA Keiko
2N06 ★ Introduction of Industry-Academia Collaboration Activities at Kumamoto University (Kumamoto University Kumamoto Innovative
Development Organization Professor) ○OGATA Tomonari
2N09 ★ Startup support activities in Osaka University (Co-Creation Bureau Osaka University Executive Assistant to the Director/Professor)○KITAOKA Yasuo

■■March 15 (Fri) (Room Q) ■■99. Special event(16:00) (Session Chiars: 松田 元秀)
2Q29 ★ 熊本大学における半導体人材育成・研究開発への取り組み (Kumamoto University) ○AOYAGI Masahiro■■March 16 (Sat) (Room A) ■■91. DX Session(9:15) (Session Chiars: 北岡 諭)
3A02 ★ Digital Transformation in Material and Product Development. Utilization of Materials Informatics. (MI-6 Ltd.) ○KOJIMA Shuhei
3A04 ★ Artificial intelligence (AI) and simulation determination of engineering properties in ceramic materials (National Institute of Advanced
Industrial Science and Technology (AIST)) ○FUKUSHIMA Manabu
3A06 ★ Technical innovation by applying AI to TOTO large ceramic slabs (TOTO LTD.) ○TORIYAMA Shinji・(TOTO MATERIA LTD.)
KASAI Akiyoshi(10:45) (Session Chiars: 吉田 智)
3A08 ★ Statistical machine learning for developing novel glass materials (Shiga University) ○TOKUDA Yomei
3A10 ★ Development of Digital Twin Technology for Glass Melting Process (AGC Inc.) ○SEKI Taiga・(RIKEN) MIYOSHI Takemasa

11. Carbon-neutral
資源利用(13:15) (Session Chiars: 永井 杏奈)
3A18
Fabrication and Evaluation of Phosphoric Acid-Fixed Hybrid Electrolyte Membranes with TiO2 Nanowire for Fuel Cells (Toyohashi
University of Technology) ○NAKAMURA Yuki・MAEGAWA Keichiro・MATSUDA Reiko・TAKAHASHI Mayo・OBOKARA
Satoshi・HIKIMA Kazuhiro・MATSUDA Atsunori*
3A19
Synthesis of silicon carbide using carbon dioxide as a carbon source (Tohoku University) ○FUKUSHIMA Jun・TAKIZAWA Hirotsugu
3A20
Synthesis and catalytic activity of apatite-type calcium phosphates for catalytic partial oxidation of methane (Kanagawa University)○GOTO Yuta・AFIF Pamungkas・MATSUMOTO Tomohiro・OGAWA Satoshi・OHISHI Kosaku・SAITO Miwa・MOTOHASHI
Teruki*・(Mitsubishi Chemical) MURATA Kazumasa・(Kyoto Institute of Technology) HOSOKAWA Saburo・(Advanced Industrial
Science and Technology) NAKAMURA Maki・OYANE Ayako
分離技術(14:00) (Session Chiars: 本橋 輝樹)
3A21
Preparation of L-type zeolite oriented films for application to gas separation (Kumamoto University) ○IKEDA Hiroki・LUO Xiang・
NAGAI Anna・MATSUDA Motohide*
3A22
Development of solid adsorbents for pressure swing adsorption method using chemisorption of CO2 (Hiroshima University)○KISHIMOTO TOMOYA・INOUE Sayaka・ENDO Ryohei・TARUTANI Naoki・KATAGIRI Kiyofumi・INUMARU Kei*
3A23
Realization of CO2 absorption and desorption cyclic behavior of Li3NaSiO4 under low CO2 partial pressure (Nihon University)○IWASAKI Shumpei・SHIDO Kosuke・HASHIMOTO Takuya*・(Kochi University) FUJISHIRO Fumito
3A24
総合討論

■■March 16 (Sat) (Room B) ■■09. Environment and material related to resource
回収・再資源化(9:00) (Session Chiars: 町田 慎悟)
3B01
Development of Non-Heated Li Recovery Technique from Black Mass (The University of Shimane) ○Nishikawa Naoki・Sasai Ryo*・
Fujimura Takuya・(Taiheiyo Cement) Sugisawa Takeru・Aketo Tsuyoshi
3B02
Effect of typical ions present in salt lakes on electrodialysis lithium collection rate (Hirosaki University) ○KITADA Ayumi・SHINMURA Kiyoto・SASAKI Kazuya*
シリカ(9:30) (Session Chiars: 西本 俊介)
3B03
Preparation of glass-beads and milled glass-fibers mixed filter for aiming microplastic collection (Tokyo University of Sciecen・TUS SSI・
WaTUS) ○MACHIDA Shingo・(Tokyo University of Sciecen) ARAYA Shun・KAMEMURA MAYU・(Tokyo University of Sciecen・
TUS SSI・WaTUS) KATSUMATA Ken-ichi・(Tokyo University of Sciecen) YASUMORI Atsuo
3B04
Gas barrier property of acetylcellulose/silica organic-inorganic hybrid marine biodegradable gas barrier membrane (Kobe University)○KURAOKA Koji・KOGA Yuiko
3B05
Coloration of soda lime glass made from rice husk ash (Nihon Yamamura Glass co., Ltd.) ○HORI Shiori・YAMAMOTO Hashira(10:15) Break吸着(10:30) (Session Chiars: 笹井 亮)
3B07
Antiviral and antibacterial activities of rare earth–copper type composite oxides (Tokyo Institute of Technology) ○KIRIBAYASHI
Ryuju・(Kanagawa Institute of Industrial Science and Technology) SUNADA Kayano・(Tokyo Institute of Technology) MOCHIZUKI
Yasuhide・ISOBE Toshihiro・(Kanagawa Institute of Industrial Science and Technology) NAGAI Takeshi・ISHIGURO Hitoshi・(Tokyo
Institute of Technology) NAKAJIMA Akira*
3B08
Morphological control of potassium titanates and its Pb2+ sorption properties (Osaka University) ○GOTO Tomoyo・Umemura Takumu・
Kondo Yoshifumi・Seo Yeongjun・Cho Sung Hun・Sekino Tohru
水酸化物(11:00) (Session Chiars: 亀島 欣一)

3B09

Role of Solvents in Bottom-Up Synthesis of Multi-Element Hydroxides (Osaka Univ.) ○LI Fei・Yoshida Kanako・(Nagoya Univ.) Osada
Minoru・(Osaka Univ.) Abe Hiroya
3B10
Preparing porous semiconductive composite of layered double hydroxide and metal nanoparticle (Sojo University) ○FUKUNAGA
Nonoka・MARUO Kaito・INOKAWA Hitoshi*
3B11A ★ (CerSJ Awards 2023)Control of structure of layered compound hybrids based on soft chemistry and development of new functional
materials (University of Yamanashi) ○TAKEI Takahiro
光触媒(13:15) (Session Chiars: 宮内 雅浩)
3B18
Underwater Oil wettability of Nb2O5-TiO2 thin film (Okayama University) ○Aoki Keito・Nishimoto Shunsuke*・Kameshima Yoshikazu*
3B19
Sb doping into triple fluorite oxychloride photocatalysts Bi2YO4Cl and the control of lone pair activity (Kyoto University) ○Gabov
Artem・Kato Daichi・Ubukata Hiroki・Kakudou Naoji・Fujita Koji・Saeki Akinori・Suzuki Hajime・Abe Ryu・Kageyama Hiroshi*・(Kyushu
University) Aso Ryotaro・(Osaka University) Tomita Osamu・(Institute for Energy Technology) Karazhanov Smagul Zh
水素・アンモニア(13:45) (Session Chiars: 鮫島 宗一郎)
3B20
Catalytic activity of oxynitride perovskites for electrochemical nitrogen reduction reaction (Hokkaido University) ○MASUBUCHI Yuji・
KUSANO Haruka・HIGUCHI Mikio
3B21
Visible-light-driven Hydrogen Release from Hydrogen Boride Nanosheets/ Dye Composites (Tokyo Institute of Technology) SHIMADA
Chika・YAMAGUCHI Akira・○MIYAUCHI Masahiro・(Osaka University) TSURUGI Hayato・(University of Tsukuba) KONDO
Takahiro
3B22
Preparation of Si-C gas separation membranes using polycarbosilane and investigation of their hydrogen separation properties (Tokyo
Institute of Technology・National Institute for Materials Science) ○mochida rei・(Tokyo Institute of Technology) kishi tetsuo・yano
tetsuji*・(National Institute for Materials Science) segawa hiroyo*
ナノ粒子(14:30) (Session Chiars: 井野川 人姿)
3B23
Synthesis of Pd composite nanoparticles with γ-cyclodextrin-based metal-organic framework (Kumamoto University) ○NODA Shogo・
TOMIYOSHI Karina・TSUSHIDA Masayuki・NAGAI Anna*・MATSUDA Motohide*
3B24
Synthesis and characterization of Ru nanoparticles with γ-cyclodextrin-based metal-organic framework (Kumamoto University)○TOMIYOSHI Karina・NODA Shogo・TSUSHIDA Masayuki・NAGAI Anna*・MATSUDA Motohide*
3B25
総合討論

■■March 16 (Sat) (Room C) ■■03. Electroconductive material
電気特性(9:30) (Session Chiars: 熊谷 悠)
3C03
Changes in Electrical Characteristics of REBa2Cu3O7-δ (RE = Gd, Nd) in High-temperature CO2 Environment (Nagaoka University ofTechnology) ○OYAMA Shuma・OKAMOTO Tomoichiro*
3C04
Effect of LiF Addition on Grain Growth and Electrical Characteristics of ZnO Varistors (Nagaoka University of Technology)○NAGAMINE Tomoyuki・OKAMOTO Tomoichiro*・(Sanada KOA Corporation) MIYAZAYA Yoshiki・ISHIDA Naomi・GOMI Yoji
3C05
Electrical properties of Ge-doped α-Ga2O3 thin film and application to Schottky barrier diode (Kyoto University) WAKAMATSU
Takeru・TAKANE Hitoshi・ISOBE Yuki・○TANAKA Katsuhisa・(Kyoto University・Ritsumeikan University) KANEKO Kentaro(10:15) Break
酸素欠損型化合物(10:30) (Session Chiars: 松尾 拓紀)
3C07
Clarification of the miscibility gap in SrFeO3-δ by oxygen deficiency δ (Nihon University) ○Shido Kosuke・Yoshino Taizo・Hatano
Shiho・Hashimoto Takuya・(The University of Tokyo) Matsuo Motoyuki
3C08
Behavior of phase transition of SrFeO3-δ with controlled oxygen deficiency δ and preparation of the phase diagram (Nihon University)○Shido Kosuke・Yoshino Taizo・Hatano Shiho・Hashimoto Takuya
3C09
First Principles Study on Impurities in Monolayer Molybdenum Disulfide (Tohoku University) ○Miyamoto Ibuki・(Institute forMaterials Research Tohoku University) Bae Soungmin*・Kiyohara Shin*・Kumagai Yu*
3C10
Prediction of oxygen vacancy formation energies using crystal graph convolutional neural networks (The University of Tohoku) ○Shibui
Chisa・(Institute for Materials Research, Tohoku University) Kiyohara Shin*・Kumagai Yu*■■March 16 (Sat) (Room D) ■■02. Dielectric material
ビスマス系材料(9:00) (Session Chiars: 萩原 学)
3D01A ★ (CerSJ Awards 2023)Study on New Material Design of Bismuth-Based Ferroelectric Ceramics by Quenching Effect (Tokyo University of
Science) ○TAKAGI Yuka
3D03
Crystal structural and charge distribution of a new vacancy ordered perovskite BiNi1-xFexO2.8 (Kanagawa Institute of Industrial Scienceand Technology・Tokyo Institute of Technology) ○NISHIKUBO Takumi・SAKAI Yuki・(Tokyo Institute of Technology・Kanagawa
Institute of Industrial Science and Technology) AZUMA Masaki
3D04
Electrical properties of translucent (Bi0.5Na0.5)TiO3 ceramics controlled by Bi content (Tokyo university of Science) ○XING Jiahe・
TAKAGI Yuka・NAGATA Hajime*
3D05
Aging Effect in (Ba1-3xBi2x)(Ti0.99Mn0.01)O3-δ Ceramics (Tokyo Institute of Technology) ○IKEDA Erika・YASUHARA Sou・HOSHINA
Takuya*3D06
総合討論(10:30) Break
新機能・新材料(10:45) (Session Chiars: 清水 荘雄)
3D08
Crystal Structure, Magnetism and Ferroelectricity in ACo2V2O7(A=Ba, Sr, Pb) (Tokyo Institute of Technology) ○ITOH Mitsuru・(National Defense of Academy) Hamasaki Yosuke・(Gakushuin University) Inaguma Yoshiyuki・(Tokyo Institute of Technology) Yasui
Shintaro
3D09
The Mechanical Recoding Properties in Multi-piezo (Li,Na)NbO3. (Tohoku University) ○UCHIYAMA Tomoki・Atsumi Taisei・Otonari
Koki・(Tohoku University・Saga University) Zheng Xu-Guang・(National Institute of Advanced Industrial Science and Technology) Fujio
Yuki・(Tohoku University・National Institute of Advanced Industrial Science and Technology・Kyushu University) Xu Chao-Nan
3D10First-principles Study of Electronic and Elastic Properties in Pr-doped (Li,Na)NbO3 (Tohoku University) ○UCHIYAMA Tomoki・Guan
Feng・Kano Kaede・Chen Ying・(Tohoku University・Saga University) Zheng Xu-Guang・(National Institute of Advanced Industrial
Science and Technology) Kenji Hirata・(Tohoku University・Kyushu University・National Institute of Advanced Industrial Science andTechnology) Xu Chao-Nan
3D11Electrocaloric effect of BCZT/PVDF inverted-type composites (Nagoya Institute of Technology) ○HONJO Masaya・(University ofErlangen-Nuremberg) FEY Tobias・(Nagoya Institute of Technology) KAKIMOTO Ken-ichi*
3D12
Decolorization behavior of piezo-catalytic reaction by porous piezoelectric ceramics (Nagoya Institute of Technology) ○KAYANO
Ema・KAKIMOTO Ken-ichi*
圧電特性(13:15) (Session Chiars: 高木 優香)
3D18
Piezoelectric shear-mode vibration energy harvesting evaluated by cantilever and pendulum type structures (Nagoya Institute ofTechnology) ○KAWASE Ayumu・KAKIMOTO Ken-ichi*
3D19
Solid-phase synthesis of molecular piezoelectric TMCM-MnCl3 by mechanochemical reaction (Tokyo Institute of Technology) ○FUKUI
Akihiro・YASUHARA Sou・HOSHINA Takuya*
3D20
Domain structure and piezoelectric property of pulse-poled orthorhombic (Ba,Ca)(Zr,Ti)O3 ceramics (Nagoya Institute of Technology)○NOZAKI Takumi・ALEXANDER Martin・(University of Erlangen-Nuremberg) KYLE Webber・(Nagaoka University of Technology)
NAKAYAMA Tadachika・(Nagoya Institute of Technology) KAKIMOTO Ken-ichi*
3D21
Observation of the local electromechanical response in 2-2 ceramic-ceramic lead-free ferroelectric composites via digital image
correlation (Nagoya Institute of Technology) ○Martin Alexander*・(Friedrich-Alexander-Universität Erlangen-Nürnberg) Maier Juliana・(Nagoya Institute of Technology) Kakimoto Ken-ichi・(Karlsruhe Institute of Technology) Kamlah Marc・(Friedrich-AlexanderUniversität Erlangen-Nürnberg) Webber Kyle Grant(14:15) Break
合成プロセス(14:30) (Session Chiars: 松尾 拓紀)
3D23
Solvation and inter-chain interactions for phosphate ester dispersants on tetragonal BaTiO3(001) surfaces in non-aqueous solvents:
Theoretical study by ab-initio molecular dynamics calculations (Samsung Electro-Mechanics Co., Ltd.) CHUN Hee-Joon・KIM Inkyung・
PARK Juhun・○HIGAI Shin'ichi
3D24
Chemothermal pulverization of MLCC and investigation of dielectric properties of the recycled BaTiO3 ceramics (Tokyo University of
Science・National Institute for Materials Science) ○FUJIOKA Keita・(Tokyo University of Science) MACHIDA Shingo・KATSUMATA
ken-ichi・YASUMORI Atsuo・(National Institute for Materials Science) SHIMIZU Takao・OHASHI Naoki・(Tokyo University of
Science・National Institute for Materials Science) SEGAWA Hiroyo*
3D25
Temperature-induced phase transition in perovskite-type PbCoO3 (Kanagawa Institute of Industrial Science and Technology・Tokyo
Institute of Technology) ○SAKAI Yuki・NISHIKUBO Takumi・(Osaka University) A. Nikolaev Sergey・(Osaka Metropolitan
University) NAKAJIMA Hiroshi・MORI Shigeo・(National Institutes for Quantum Science and Technology) MACHIDA Akihiko・
WATANUKI Tetsu・(Tokyo Institute of Technology) OKIMOTO Yoichi・(Oak Ridge National Laboratory) MATSUDA Masaaki・(Tokyo Institute of Technology・Kanagawa Institute of Industrial Science and Technology) AZUMA Masaki
3D26High-pressure synthesis and crystal structural phase-transition in solid state solution of KNbO3 and RbNbO3 (Shibaura Institute ofTechnology) MAEDA Riki・○YAMAMOTO Ayako・MURASE Kimitoshi・(Tohoku University) KAWAMATA Touru・SUGIYAMA
Kazumasa・(University of Tokyo) YAMAURA Jun-ichi■■March 16 (Sat) (Room E) ■■04. Magnetic material
物性(9:00) (Session Chiars: 川口 昂彦)
3E01
Structural-property relationships in B-site rock-salt ordered double perovskites Ln2LiFeO6 (Kyoto University) ○Goto Masato・
Shimakawa Yuuichi
3E02
Successive Phase Transitions of Rare-earth Layered Perovskites RBaFe2O6 (Kyoto Unversity) ○IIHOSHI Makoto・GOTO Masato・
SHIMAKAWA Yuichi*
3E03
Magnetic properties and exchange bias effect of single-crystalline ErFe2O4 (Kyoto University) LI Sihui・KONISHI Shinya・○TANAKA
Katsuhisa・(Hokkaido University) OTA Ryo(9:45) (Session Chiars: 安達 信泰)
3E04
Anisotropic thermal expansion phenomena in Ca2RuO4 type systems (Laboratory for Materials and Structures, Tokyo Institute ofTechnology・Kanagawa Institute of Industrial Science and Technology (KISTEC)) ○Das Hena・Masaki Azuma
3E05
Lower limit temperature of phase stability of W-type ferrite (Kyoto University) ○NAKAI Shinji・WAKI Takeshi・TABATA Yoshikazu・
NAKAMURA Hiroyuki*
3E06
Magnetic Contribution of the Alloy Phase in Cobalt-Ferrite/Fe-Co Composite Nanoparticles (Ehime University) ○YAMAMURO
SAEKI(10:30) Breakプロセス(10:45) (Session Chiars: 後藤 真人)
3E08
Synthesis and Characterization of Ferrite Hollow Particles prepared by Ferrite Plating Technique (Nagoya Institute of Technology)○Adachi Nobuyasu・Ooyabu Reiichiro
3E09
Magnetoresistance of antiperovskite-type Manganese-based nitride thin film epitaxially grown on GaN (Shizuoka University)○KAWAGUCHI Takahiko・SUGIURA Satoki・Sugahara Yuya・Sakamoto Naonori・Wakiya Naoki
3E10
Development of Nd-Fe-B thick-film magnets on Si Substrates with double (Glass/Al-O) underlayer (Nagasaki University)○YAMAGUCHI Haruka・YAMASHITA Akihiro・YANAI Takeshi・NAKANO Masaki*・FUKUNAGA Hirotoshi
3E11
Improvement in magnetic properties of thinned isotropic Nd-Fe-B sintered magnets (Nagasaki University) ○MOTOMURA Toya・
YAMASIHTA Akihiro・YANAI Takeshi・NAKANO Masaki*・FUKUNAGA Hirotoshi・(Tokyo Institute of Technology) NAGAI Keita・
SHINSHI Tadahiko
3E12
Enhancement in coercivity of PLD-fabricated Sm-(Fe, Co) films (Nagasaki University) ○SOGABE Taichi・YAMASHITA Akihiro・
YANAI Takeshi・NAKANO Masaki*・FUKUNAGA Hirotoshi■■March 16 (Sat) (Room F) ■■13. Preparation Process
焼結(9:00) (Session Chiars: 木村 祥彦)
3F01A ★ (CerSJ Awards 2023)Cold sintering of BaTiO3 (Kyocera Corporation) ○SADA Takao・TSUJI Kosuke・OKAZAKI Toshiki・FUJIOKA
Yoshihiro・(Pennsylvania State University) Arnaud Ndayishimiye・Clive A. Randall
3F03
Synthesis of copper-tungsten nanocomposite particles using solid-liquid exothermic reduction of copper oxide by hydrazine and its low
temperature sintering properties. (Tohoku University) ○ISHIDA Yuto・HAYASHI Yamato*・FUKUSHIMA Jun・TAKIZAWA Hirotsugu
3F04
Room temperature synthesis of Boehmite nanoparticles using corrosion and erosion of coarse-grained Aluminum under ultrasoundirradiation in N2H4•H2O (Tohoku University) ○Yamanaka Toshiki・Hayashi Yamato*・Fukushima Jun・Takizawa Hirotsugu(10:00) Break酸化チタン(10:15) (Session Chiars: 佐藤 泰史)
3F06
Synthesis of layered meta zirconate titanate and its utilization (Nagoya Institute of Technology) ○HARA Shuta・FUCHIGAMI Teruaki・
KAKIMOTO Kenichi*
3F07
The effects of reaction temperature and hydrogen peroxide concentration on surface oxidation and crystallization of the titanium plates(National Institute of Technology, Fukui College) ○NISHINO Junichi
3F08
Preparation and evaluation of phase-controlled titanium dioxide nanoparticles for the enhanced photocatalytic performance (Sophia
University) ○Kajiwara Shohei・Itatani Kiyosh・Kuwahara Hideki・(Nihon University) Toyama Takeshi・(Tokyo Medical and Dental.
University) Yokoi Taishi・(Shizuoka University) Sasaki Tetsuo・(Sophia University) Kuroe Haruhiko*
ナノ粒子(11:00) (Session Chiars: 渕上 輝顕)
3F09
Size Control of Silver Nanoparticles in Micro-flow Precision Synthesis (Industrial Technology Center of Okayama Prefecture) ○Kimura
Yoshihiko・Fujii Eiji
3F10
Synthesis of perovskite oxynitride GdTaON2 by anion control using MgH2 (Okayama University of Science) ○SAKINAGA Kazuya・
SATOU Yasusi*・(Osaka University) KAKIHANA Masato・(hokkaido University) MASUBUCHI Yuji
3F11
総合討論

■■March 16 (Sat) (Room G) ■■13. Preparation Process
層状化合物(9:00) (Session Chiars: 松本 尚之)
3G01
Layered ruthenic acid-organic intercalation compounds synthesized from its hydrates with staged structure (Shinshu University) ○EDA
Tomoya・MURAMATSU Keisuke*・SUGIMOTO Wataru*
3G02
Intercalation of TBA+ into layered titanic acid in binary organic solvents (Shinshu University) ○IWASHITA Hiroya・MURAMATSU
Keisuke・SUGIMOTO Wataru*(9:30) (Session Chiars: 村松 佳祐)
3G03
Cation exchange in perpendicularly-oriented titanate nanosheet films by chemical process in room temperature (Nagoya University)○BANSHO Masaya・MATSUKAWA Yuko・SUZUKI Kazumasa*・OHTSUKI Chikara・(National Institute of Advanced Industrial
Science and Technology) YAMAGUCHI Yuki
3G04
Preparation of nanoporous materials using crystalline silica nanosheets as building blocks (Waseda University) ○Hasebe Sota・Hori
Nonna・Yatomi Masashi・Matsuno Takamichi・Shimojima Atsushi*(10:00) Break(10:15) (Session Chiars: 松野 敬成)
3G06
Cu dissolution rate changes of Cu films synthesized by chelate decomposition process (Nagaoka Univ. Tech.) ONODERA Miwa・○KOMATSU Keiji*・SHIMOMURA Takumi・(Chubu Chelest Co., Ltd.・Nagaoka Univ. Tech.) NAKAMURA Atsushi・(Chubu Chelest
Co., Ltd.) ITO Osamu・(HONMA Corporation) HONMA Yoshinobu・SUZUKI Atsuko・(Fujimura Crest Co., Ltd.) NAKAMURA
Katsunori・YAMAMURA Mirai・(Nagaoka Univ. Tech.) SAITOH Hidetoshi*
3G07
Fabrication of Zinc Oxide Films by Non-Seed CBD and Investigation of Effect of Two-Step Concentration Control on their Electrical
Properties (Meiji University) ○WAGATA Hajime・Ishizawa Naoki・Iwata Kyouhei(10:45) (Session Chiars: 小松 啓志)

3G08
3G09

3G10

Composite coloring of aluminum anodic oxide film layer (University of Toyama) ○SAIKI Atsushi・HASHIZUME Takashi・(Nippon
Light Metal Holdings Company, Ltd.) YAMAMOTO Minori
Ultrahigh pressure prosess of nitrogen-containg polyaromatic molecules for new carbon-based solid materials (Faculty of Engineeringand Graduate School of Chemical Science and Engineering) ○SHIMADA Toshihiro・Aikawa Minako・Tadokoro Taijiro・Yokokura
Seiya・Waizumi Hiroki
総合討論■■March 16 (Sat) (Room H) ■■06. Material related to living body
酸化モリブデン(9:30) (Session Chiars: 中村 仁)
3H03
Establishment of production method for β-MoO3 nanosized powder with a high 99Mo extraction efficiency (Nagaoka University ofTechnology) ○KITAGAWA Taiga・SUEMATSU Hisayuki*・NAKAYAMA Tadachika・Thi Do Mai Dung
3H04
Synthesis of β-MoO3 nanosized powder by a thermal evaporation method and the temperature dependence in the extraction of99
Mo/99mTc hot atoms (Nagaoka University of Technlogy) ○Yang Ying・(Nagaoka University of Technlogy) Suematsu Hisayuki*
三次元造形(10:00) (Session Chiars: 中村 真紀)
3H05
Dynamic stress distribution evaluation of 3D printing objects by mechanoluminescence technique (National Institute of Advanced
Industrial Science and Technology (AIST)) ○FUJIO Yuki・(Gifu Prefectural Industrial Technology Center) KUDOMI Shigeki・(National
Institute of Advanced Industrial Science and Technology (AIST)・Kyushu University) KAWANA Soichiro・(National Institute ofAdvanced Industrial Science and Technology (AIST)・Kyushu University・Tohoku University) XU Chao-Nan・(National Institute ofAdvanced Industrial Science and Technology (AIST)) TERASAKI Nao
超微粒子(10:15) (Session Chiars: 中村 真紀)
3H06
Synthesis of 1 nm sized calcium phosphate dispersions and its application to non-classical crystal formation (Keio University)○Watanabe Hiroto・Oaki Yuya・IMAI Hiroaki(10:30) Break
有機無機複合(10:45) (Session Chiars: 小幡 亜希子)
3H08
Exploration of Solvothermal Processing Conditions for Precise Synthesis of Propyl-modified Calcium Silicate (Kyushu Institute ofTechnology) ○TSUNEKAWA Ryo・MIYAZAKI Toshiki・NAKAMURA Jin*
3H09
Incorporation of enzyme into silica gels by the sol-gel reaction using AC electrolysis and evaluation of the enzyme activity (Okayama
University) ○YOSHIOKA Tomohiko・TANIGUCHI Koji・KATAOKA Takuya・HAYAKAWA Satoshi
吸着特性(11:15) (Session Chiars: 薮塚 武史)
3H10
Synthesis and characterization of apatite nanoparticles for coating of biomedical device (Nagaoka University of Technology) ○AKUTSU
Ryota・SUGIMOTO Kazuto・TAGAYA Motohiro*
3H11
Evaluation of protein adsorption properties of three types of strontium-substituted apatite ceramics with different orientation planes (Meiji
University) ○ONUMA Erika・KOIZUMI Haruna・ANDO Yasuaki・KAWANAKA Yuma・HONDA Takayuki・(Sophia University・Meiji
University International Institute for Material with Life Functions) KANZAWA Nobuyuki・(Meiji University・Meiji University
International Institute for Material with Life Functions) AIZAWA Mamoru*
3H12
総合討論
アパタイト
(13:15) (Session Chiars: 濱井 瞭)
3H18
Three-dimensional culture of osteoclasts using apatite-fiber scaffold and its evaluation (Meiji University) ○SUZUKI Kitaru・ONUMA
Erika・KAMEDA Yuka・(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
3H19
Fabrication of boron-containing apatite ceramics by reaction sintering process and their anti-tumor effects using cancer-bearing mice.
(School of Science and Technology, Meiji University) ○Ohshima Yuki・Nose Masato・Fukuda Ryuichi・Zheng Yundi・(Tokyo Medical
and Dental University) Nagai Sigenori・(School of Science and Technology, Meiji University・Meiji University International Institute forMaterials with Life Functions) Aizawa Mamoru*(13:45) (Session Chiars: 鈴木 来)
3H20
Photoluminescent Color Control of Apatite Particles by Thermochemical Reactions of Citric Acid (Nagaoka University of Technology)○SHI Wanyu・(Nagaoka University of Technology・JSPS Research Fellowships for Young Scientists DC) NODA Daichi・(Nagaoka
University of Technology) YAMADA Iori・TAGAYA Motohiro*
3H21
Effect of immersion period in a medium for osteoblast-like cells on mechanical properties of carriers. (Sojo University) ○TOMOSHIGE
Ryuichi・Motoyama Tokara・Aoi Kotarou・Jinno Riko・Inokawa Hitoshi・Nakamuta Yusuke・Komizu Yuji・Matsushita Taku・(Sojo
University, NIHS) Ishida Sei-ichi
3H22
総合討論

■■March 16 (Sat) (Room J) ■■05. The glass photonics material
蛍光体（希土類 I）(9:00) (Session Chiars: 植田 和茂)
3J01
Narrow-band emitting phosphor discovered by LSS method (NIMS) ○TAKEDA Takashi・KOYAMA Yukinori・NAKANISHI
Takayuki・FUNAHASHI Shiro・HIROSAKI Naoto・(Osaka Metropolitan University) IKENO Hidekazu

3J02High Sensitivity Luminescence Thermometer based on Eu2+ doped BaHfO3 (Kyoto University) ○Li Jiazheng・Tanabe Setsuhisa*・(Japan
Advanced Institute of Science and Technology) Ueda Jumpei
3J03
Influence of Emission Processes of Ce3+ on the Luminescence Efficiency of YAG:Ce3+ Phosphor (Tokai University・Tokyo Kagaku
Kenkyusho Co., Ltd) ○SHIMURA Keita・(Tokai University) TOMITA Koji*(9:45) (Session Chiars: 長谷川 拓哉)
3J04
Synthesis, crystal structure and photoluminescence of a new Sr-B-Al-Si nitride phosphor (Mitsubishi Chemical Corp.) ○yoshimura
fumitaka・(IMRM, Tohoku Univ.) yamane hisanori
3J05
Direct imaging of the spatial distribution of Ce in orange-red light emitting YAG:Ce phosphors (National Institute of Advanced Industrial
Science and Technology・Kyoto Institute of Technology) ○NAKAMURA Hitomi・(National Institute of Advanced Industrial Science andTechnology) LIU Zheng・(National Institute of Advanced Industrial Science and Technology・Osaka University) SHINOZAKI Kenji・(National Institute of Advanced Industrial Science and Technology) NOMURA Katsuhiro・AKAI Tomoko・(Kyoto Institute ofTechnology) KADONO Kohei
3J06
Solid-state synthesis of near infra-red phosphor Yb2+:Ca3Sc2Si3O12 with a nano-second fast decay (Saitama University) ○Saito Tomoki・
kodama Shohei*・Yanase Ikuo・Takeda Hiroaki*(10:30) Break
蛍光体（希土類 II）(10:45) (Session Chiars: 北川 裕貴)
3J08Changes of Eu3+ occupation sites and photoluminescence properties by co-doping in Eu3+ doped SrSnO3 (Kyushu Institute of Technology)○NAKAMURA Keigo・UEDA Kazushige*
3J09
Photoluminescence properties and site-selective doping of Tb3+ in perovskite-type SrHfO3 (Kyushu Institute of Technology)○SHIRAKATA Hayato・UEDA Kazushige*(11:15) (Session Chiars: 戸田 健司)
3J10
Development of Strontium fluorapatite (S-FAP) laser ceramics (National Institute for Materials Science) ○FURUSE Hiroaki・MORITA
Koji・KIM Byung-Nam・SUZUKI Tohru・(Kitami Institute of Technology) MOCHIZUKI Yuki
3J11
Effect of addition of transition metal ion on luminescence properties of Na2O-Y2O3-Sm2O3-P2O5-SiO2 glass-ceramics (Kogakuin
University) ○SONODA Yui・(Okayama University of Science) SATO Yasushi・(Kogakuin University・Okamoto Glass Co., Ltd)KAWADA Koji・(Kogakuin University・Tokyo Medical and Dental University・Teikyo University) YAMASHITA Kimihiro・(Kogakuin
University) ONUMA Takeyoshi・HASHIMOTO Hideki・OKURA Toshinori*
3J12
総合討論
蛍光体（遷移金属）(13:15) (Session Chiars: 上田 純平)
3J18
Ab initio study of energy level structures for Ni2+-doped oxides (National Institute of Advanced Industrial Science and Technology)○Kitagawa Yuuki
3J19
Deep red luminescence of 3d metal transition ions in LiAlO2 host material (Yamagata University) ITO Kazuma・KOBAYASHI Naoki・○MATSUSHIMA Yuta
3J20
Synthesis and crystal structure determination of new Mn4+ phosphor (Niigata University) ○TODA Kenji・Hikita Wataru
放射線検出(14:00) (Session Chiars: 黒澤 俊介)
3J21
Evaluation of thermoluminescence properties of rare-earth-doped glasses for neutron measurement (Tohoku University)○YAMAGUCHI HIROTO・KAWAMOTO HIROKI・FUJIMOTO YUTAKA・(Shizuoka University) KOSHIMIZU MASANORI・(Kindai University) WAKABAYASHI GENICHIRO・(Tohoku University) ASAI KEISUKE*
3J22
Al(PO3)3 concentration dependence of the radiation induced luminescence center formation reaction in Ag-doped phosphate glasses(Tohoku University) ○KAWAMOTO Hiroki・Fujimoto Yutaka・Asai Keisuke(14:30) Break(14:45) (Session Chiars: 北川 裕貴)
3J24
Development of a Novel Halide Cs3(Cu, Li)2I5 Scintillation Crystal for Neutron Monitoring (Tohoku Univ.) ○URANO Yusuke・(Tohoku
Univ.・Osaka Univ.) KUROSAWA Shunsuke*・(Tohoku Univ.) YAMAJI Akihiro・YOSHIKAWA Akira・(SICCAS) WU Yuntao
3J25
Flux growth and optical properties of Ce:Li2CaSiO4 single crystals (Saitama University) ○Kodama Shohei・Nishii Taiga・(Tohoku
University) Kurosawa Shunsuke・(Saitama University) Yanase Ikuo・Takeda Hiroaki
光学フィルター・顔料(15:15) (Session Chiars: 岡 亮平)
3J26
Thermal Radiation Control with Sol-Gel TiO2/SiO2 Multilayer Coatings (Kyushu Institute of Technology) ○YASUDA Takashi・
KINOSHITA Akito
3J27
Control of plasmonic optics using Ag nanoparticles dispersed in β-FeSi2 thin films (Japan Fine Ceramics Center) ○OKUHARA
Yoshiki・Kamide Ryusei・Kuroyama Tomohiro
3J28
Preparation of Structurally Colored Coatings Composed of Spherical Particle Arrays with Electrochromic Properties (Hiroshima
University) ○ITOH Kaho・YAMANAKA Takahiro・TARUTANI Naoki・KATAGIRI Kiyofumi*・INUMARU Kei・(Nagoya University)
TAKEOKA Yukikazu
3J29
Novel red inorganic pigments based on CoTa2O6 (Tottori University) ○YAMAGUCHI Kazuki・KATO Shota・MASUI Toshiyuki■■March 16 (Sat) (Room K) ■■15. Process of powder
粉体設計・評価(9:00) (Session Chiars: 田中 諭)
3K01
Synthesis of photovoltaic material β-CuGaO2 by ion exchange of β-LiGaO2 (Tohoku University) ○SUZUKI Issei・Washizu Kako・(Toyama Natl. Coll. Tech.) Kita Masao・(Tohoku University) Omata Takahisa

3K02

Combustion synthesis and reactive sintering of boron carbide with electromagnetic induction assistance (Tokyo Institute of Technology)○GUBAREVICH Anna・Yoshida Katsumi
3K03
Alumina coating on Cupper Nanoparticle with Ultra-High-Pressure Wet Atomizer (Nagaoka University of Technology)○HIGASHIZAKI Mizuki・KOMATSU KEIJI*・(Chubu Chelest Co., Ltd.・Nagaoka University of Technology) NAKAMURA Atsushi・(Creative Coatings Co., Ltd.) MIYAMOTO Sou・SAKAMOTO Hitoshi・(Nagaoka University of Technology) SAITOH Hidetoshi*(9:45) Break(10:00) (Session Chiars: 齋藤 秀俊)
3K05
Redispersion properties of dried ZrO2 colloids characterized using TD-NMR (Yokohama National University) ○IIJIMA Motoyuki・
TAKAMURA Kanata・TATAMI Junichi・(Mitsubishi Gas Chemical) SAITO Shin・TANAKA Hiroyasu・UEDA Hideki
3K06
High-concentration loading of ZrO2 nanoparticles into organic liquid scintillators by dual-molecule surface modificatio (Tohoku
University) ○Watanabe Akito・(Shizuoka University) Koshimizu Masanori・(Tohoku University) Yoko Akira・(University of Suwon)
Seong Gimyeong・(Tohoku University) Tomai Takaaki・Adschiri Tadafumi・Hayashi Yamato・Fujimoto Yutaka・Asai Keisuke*
3K07
Influence of Defect-healing treatment for Mechanical Property of MFI-type Zeolite (The University of Tokyo) Yoshihara Yuka・○Takemoto Masanori・Ito YoshYoshiaki・(Japan Synchrotron Radiation Research Institute) YamYamada Hiroki・(The University ofTokyo) IyoIyoki Kenta・OkuOkubo Tatsuya・Wakihara Toru
(10:45) Break(11:00) (Session Chiars: 滝沢 亮人)
3K09
Scale-up study of spray freeze granulation drying (SFGD) using alumina slurry (PRECI Co.,Ltd) ○KAWAGUCHI Shinya・
KOBAYASHI Yusuke・LEVEDEV Andrey・MISUMI Yuichi・(Kobelco Eco-Solutions Co.,Ltd.) KISHI Yusuke・OGAWA Tomohiro
3K10
Methods to modify the operating procedures appropriate for the measurement of disintegrated and redispersed granules in the Time
Domain Laser Diffraction method. (PRECI Co., Ltd.) ○MISUMI Yuichi・KAWAGUCHI Shinya・KOBAYASHI Yusuke・(Malvern
Panalytical, division of Spectris Co., Ltd.) SASAKURA Daisuke
3K11
Characteristics of spray-dried granules using wax emulsion as a binder (CHUKYO YUSHI HOLDINGS CO., LTD.) ○Kato Tomoaki・
Aoyama Takayuki・Suda Hiroshi
3K12
総合討論
成形
(13:15) (Session Chiars: 石井 健斗)
3K18
Prediction of density and homogeneity of slip-cast green body by using constant pressure filtration (Hosei University) ○MORI
Takamasa・MATSUMOTO Chie・KITAMURA Kenta
3K19
In-situ Observation of particle behavior near a plaster in mold casting (Japan Fine Ceramics Center) ○UEMATSU Masako・KIMURA
Teiichi(13:45) (Session Chiars: グバレビッチ アンナ)
3K20
Design of interparticle photo-cross-linkable Pickering emulsion for stereolithography of porous silica components (Yokohama National
University) ○TSUTAKI Shogo・YAMANOI Yoshihiko・TATAMI Junichi・IIJIMA Motoyuki*
3K21
3D printing of complex-structured porous silica components using interparticle photo-cross-linkable suspension by stereolithography(Yokohama National University) ○YAMANOI Yoshihiko・TATAMI Junichi・IIJIMA Motoyuki*
3K22
Drying Behavior of SiO2 Slurry Visualized by OCT Observation ~the effect of PVA saponification degree on the change in the internal
structure~ (Yokohama National University) ○KURODA Hiromasa・TATAMI Junichi*・IIJIMA Motoyuki・(Kanagawa Institute ofIndustrial Science and Technology) TAKAHASHI Takuma(14:30) Break
焼結(14:45) (Session Chiars: 飯島 志行)
3K24
Preparation of solidified silica-based body by alkali activation and its low-temperature foamability (Nagoya Institute of Technology)○ISHII Kento・HAMASAKI Koichi・ISHIHARA Masahiro・FUJI Masayoshi
3K25
Ferroelectric Property for Epoxy Resin-impregnated Barium Titanate MF film produced on Al foil at room temperature (National Instituteof Advanced Industrial Science and Technology (AIST)) ○SUZUKI Muneyasu・Mekaru Harutaka・(Tokyo University of Science)
Matsunaga Kouki・Hayase Masanori
3K26
Development of low temperature sintered cryolite ceramics with infrared transmittance (Panasonic Corporation) ○Sato Natsuki・
Yoshioka Tatsuro・(Osaka University) SEO Yeongjun・CHO Sunghun・Goto Tomoyo・Sekino Tohru(15:30) Break
成形、焼結(15:45) (Session Chiars: 植松 昌子)
3K28
Low-Temperature Densification of Silicon Nitride Using Cold Sintering Process (Osaka University) ○MINEHIRA Masaya・SEO
Yeongjun・CHO Sung Hun・KONDO Yoshifumi・GOTO Tomoyo・SEKINO Tohru*
3K29
Influence of sintering temperature on carbon contamination level of transparent alumina ceramics prepared by pulsed electric current
sintering (Nagaoka University of Technology) ○OGASHIWA Yutaro・KUO Yen-Ling*・NANKO Makoto*
3K30
総合討論

■■March 16 (Sat) (Room L) ■■10. Material related to energy
LIB(9:00) (Session Chiars: 伊田 進太郎)
3L01A ★ (CerSJ Awards 2023)Development of High-power and High-energy Lithium-ion Battery by Using Hybrid Electrolyte (Toshiba
Corporation) ○KUSAMA tomoe・YOSHIMA kazuomi・SUGIZAKI Tomoko・HOSHINA Keigo・SASAKAWA Tetsuya・HARADA
Yasuhiro・TAKAMI Norio(9:30) (Session Chiars: 森野 裕介)
3L03
Development of Anode for lithium ion battery using silicon nanosheets (Kumamoto University) ○Tokudome Tomoki・Hatakeyama
Kazuto・Ida Shintaro*

3L04

Effects of ball milling and heat-treatment on positive electrode performances, average and local structures of Li1.3Nb0.3M0.4O2 (M: 3dtransition metal) (Tokyo University of Science) ○HAYASHI Yuna・KITAMURA Naoto*・ISHIBASHI Chiaki・IDEMOTO Yasushi
3L05
Synthesis and characterization of novel lithium-ion conductors Li9－ｘAl3－ｘMｘ(PO4)2(P2O7)3 (FDK Corporation) ○Arai Kazunari・Kato
Akihiko・Yamanaka Tetsu・Harada Tomoya・Yamamoto Keita
3L06
Charge-discharge reaction of conversion-type FeF3 cathode in all-solid-state lihium-ion secondary batteries (Nara Institute of Science andTechonology) ○YOSHIHARA Hiroki・(Nara Institute of Science and Techonology・Osaka Research Institute of Industrial Science andTechnology) YAMAMOTO Mari・KATO Atsutaka・(Osaka Metropolitan University) HAYASHI Naoaki・MORI Shigeo・KOWADA
Hiroe・SAKUDA Atsushi・HAYASHI Akitoshi・(Nara Institute of Science and Techonology・Osaka Research Institute of Industrial
Science and Technology) TAKAHASHI Masanari*(10:30) Break(10:45) (Session Chiars: 熊田 伸弘)
3L08A ★ (CerSJ Awards 2022)Discovery of novel functional properties in charge transition oxide materials (Kyoto University) ○SHIMAKAWA
Yuichi(11:15) (Session Chiars: 作田 敦)
3L10
The effect of Ce composition on Li ion conduction in multi-elemental substituted garnet-type solid electrolytes (Shinshu University)○YAMADA Kotaro・NISHIMURA Yuto・NAGAMINE Masayuki・ZETTSU Nobuyuki*
3L11
Oxygen Doping of Argyrodite Solid Electrolyte with Outstanding Electrochemical Stability Performance Through Liquid-Phase
Synthesis (Toyohashi University of Technology) ○Indrawan Radian Febi・Matsuda Reiko・Hikima Kazuhiro・Matsuda Atsunori*
3L12
Fabrication of All-Solid-State Batteries Using Self-Standing Argyrodite Electrolyte Sheets Containing SiO2 Fiber Prepared by Liquid
Process (Toyohashi University of Technology) ○Malya Irine Yunhafita・Matsushita Takuya・Matsuda Reiko・Hikima Kazuhiro・Matsuda
Atsunori*
3L13
Influence of the Atmospheric Gas Species upon Exposure of Argyrodite-Type Sulfide Solid Electrolyte to Moisture (Murata
Manufacturing Co., Ltd.) ○Morino Yusuke・Ito Daisuke・(National Institute of Advanced Industrial Science and Technology) Otoyama
Misae・Okumura Toyoki・Kuratani Kentaro・Sano Hikaru■■March 16 (Sat) (Room M) ■■01. Engineering ceramics
熱的特性・熱制御(9:00) (Session Chiars: 小林 亮太)
3M01
Effect of elemental substitution on the crystal structure and thermal expansion coefficient of Zr2SP2O12 (Tokyo Institute of Technology)
Kaneda Ryo・Arimitsu Naoki・Mochizuki Yasuhide・Nakajima Akira・○ISOBE Toshihiro*
3M02
Temperature dependence of thermal conduction and phonon scattering in silicon nitride (PROTERIAL LTD) ○SHIMADA Takeshi・
IMAMURA Hisayuki・FUJII Masashi・MATSUMOTO Hironari
3M03
Characterization and Analysis for the Effect of Textured Microstructure in Porous Ceramics Properties (Nagoya Institute of Technology)○HONDA Sawao・HASHIMOTO Shinobu・IWAMOTO Yuji・(University of Limoges) NAIT-ALI Benoit・SMITH David
3M04
Investigation of fabrication process of SiC matrix fuel compacts for high temperature gas-cooled reactors by reaction sintering (Tokyo
Institute of Technology) ○YOSHIDA Katsumi・GUBAREVICH Anna・(Japan Atomic Energy Agency) TACHIBANA Yukio・
TAKAMATSU Kuniyoshi・OKITA Shoichiro・(The University of Tokyo) NISHIMURA Yosuke・OKAMOTO Koji
(10:00) Break
企業研究フロンティア講演(10:15) (Session Chiars: 田中 誠)
3M06F ★ CTE control technology for cordierite ceramics - Aiming for the same thermal expansion characteristics as low thermal expansion glass (KYOCERA Corporation) ○IWASHITA Shuzo
熱的特性・熱制御(10:45) (Session Chiars: 田中 誠)
3M08
Elucidation of oxide film morphology contributing to the improvement of water resistance in AlN whiskers (Nagoya University)○FURUKAWA Yoshikazu・HARADA Shunta・UJIHARA Toru*
3M09
Fabrication of CNT/AlN/rubber composites with excellent thermal conductivity and mechanical properties at low filler content (National
Institute of Advanced Industrial Science and Technology) ○MATSUMOTO Naoyuki・DON Futaba・YAMADA Takeo・KOKUBO Ken(11:15) (Session Chiars: 磯部 敏宏)
3M10
Preparation of liquid crystalline carbon nanotube dispersion with large aspect ratio for alignment films (National Institute of Advanced
Industrial Science and Technology) ○KOJIMA Keiko・(University of Tsukuba・National Institute of Advanced Industrial Science andTechnology) KOSUGI Nodoka・(National Institute of Advanced Industrial Science and Technology) JINTOKU Hirokuni・KOBASHI
Kazufumi・(National Institute of Advanced Industrial Science and Technology・University of Tsukuba) OKAZAKI Toshiya
3M11
Fabrication and Evaluation of Inconel718/AlN particulate composites (Tokyo City University) ○KOBAYASHI Ryota・Kubota
Yuuichiro・Seki Kaito
3M12
Development of flameproof coating for glass fiber board (Nagoya Institute of Technology) ○Yamaguchi Keitaro・Nakano Ryoga・
Hashimoto Shinobu・(Nihon Glass Fiber Industrial Co., Ltd.) Saito Makoto・Ito Katsuya・Tanaka Satoru
物質移動(13:15) (Session Chiars: 吉田 英弘)
3M18A ★ (CerSJ Awards 2023) Atomic structure of defects in ceramic materials investigated by scanning transmission electron microscopy (The
University of Tokyo) ○FENG Bin
3M20
Atomistic mechanism of Hf diffusion in α-Al2O3 grain boundary (The University of Tokyo) ○FUTAZUKA Toshihiro・Ishikawa Ryo・
(Nagoya University) Yokoi Tatsuya・Matsunaga Katsuyuki・(The University of Tokyo・JFCC) Shibata Naoya・Ikuhara Yuichi*
3M21
First-principles calculations on dislocation mobility in MgO (Tohoku University) ○KIYOHARA Shin・(Japan Atomic Energy Agency)
TSURU Tomohito・(Tohoku University) KUMAGAI Yu(14:15) (Session Chiars: 宮崎 広行)

3M22

3M23

3M24
3M25

Mass transfer mechanisms of R2TiO5 films under oxygen potential gradients at high temperatures (Japan Fine Ceramics Center)
MATSUDAIRA Tsuneaki・KAWASHIMA NAOKI・ITO Taishi・KATO Takeharu・OGAWA Takafumi・TANAKA Makoto・○KITAOKA Satoshi
Microstructure and characteristics of bilayer TBC systems consisting of R2TiO5/YSZ formed by EB-PVD method (Japan Fine Ceramics
Center) ○TANAKA Makoto・KAWASHIMA Naoki・YAMAGUCHI Norio・KITAOKA Satoshi・(Japan AeroSpace Technology)
SUZUKI Hiroaki・SHIBATA Haruo・KAWASAKI Akira・NIINO Masayuki
Effect of CVD temperature on the strength of thin ceramic films (Tohoku University) ○KONDO Sosuke・IWAMOTO Sola・(AIST)KATSUI Hirokazu・(Tohoku University) MIYAGISHI Taichi・Yu Hao・OGINO Yasuyuki・KASADA Ryuta
Deformation behavior of B1-type (Ti, Mo)Cx in Mo-Ti-C ternary system at room temperature (Tohoku University) ○Ida Shuntaro・Nan
Xi・Sekido Nobuaki・(National Institute for Materials Science) Nakagawa Eri・Paul Viola・Ohmura Takahito・(Tohoku University)
Kyosuke Yoshimi

解析・評価(15:15) (Session Chiars: 多々見 純一)
3M26
Microspeckle pattern for digital image correlation available at 1500℃ (National Institute for Materials Science) ○KAKISAWA Hideki
3M27
Observation of Vickers indentation morphology using fluorescence laser microscopy and multiphoton excitation microscopy (National
Institute of Advanced Industrial Science and Technology) ○MIYAZAKI Hiroyuki・FUKUSHIMA Manabu
3M28
Observation of large defects in ceramics using fluorescence laser microscopy and multiphoton excitation microscopy (National Instituteof Advanced Industrial Science and Technology) ○MIYAZAKI Hiroyuki・NAKASHIMA Yuuki・HIRAO Kiyoshi・FUKUSHIMAManabu3M29
総合討論■■March 14 (Thu) (Room P) ■■15:30-17:30
01. Engineering ceramics
1P01
1P02
1P03

1P04
1P05
1P06
1P07
1P08
1P09

1P10

1P11
1P12

1P13

Influence of micro friction on macro friction in composites reinforced by carbon nanofibers (Fukushima University) ○NAKAMURA
Kazumasa・MINEGISHI Makoto・KANNO Hitomi・ISHII Shiho・MORIBAYASHI Takashi・TAKASE TsugikoMechanical properties of Ti(C, N)-stainless steel composites affected by nitrogen content (Tohoku University) ○YOSHIDA Tatsuya・
NARIKI Shinya*
Grain boundary strength in 8mol% Y2O3 stabilized ZrO2 measured by bending test using microcantilever beam specimens (Yokohama
National University) ○MURAMOTO Mayuko・TATAMI Junichi*・IIJIMA Motoyuki・(Kanagawa Institute of Industrial Science andTechnology) TAKAHASHI Takuma・MINAMI Daichi・(Toyohashi University of Technology) NAKANO Hiromi・(Advanced Industrial
Science and Technology) OHJI Tatsuki
Structure analysis of heat-treated mullite fibers using the Rietveld method. (Tohoku University) ○NIKAIDO Yuto・SHOJI Masaya・
YOSHIMI Kyosuke*・(MAFTEC Co., Ltd) HATA Yusaku・KOBAYASHI Tomoyuki・SASAKI Toshiaki
Effect of internal structure changes of slurries with different particle concentrations as the temperature rises on rheological properties(Yokohama National University) ○NAKAMURA MIU・TATAMI JUNICHI*・IIJIMA MOTOYUKI
Fabrication and structural control of core-shell composite granules by electrostatic integrated method (Toyohashi University ofTechnology) ○Fujishiro Katsumi・KAWAMURA Go・MATSUDA Atsunori・Tan Wai Kian・MUTO Hiroyuki*
One-step sintering of laminated ceramics using powders with different sintering shrinkage (Toyohashi University of Technology)○HOUJO Kasumi・KAWAMURA Go・MATSUDA Atsunori・Tan Wai Kian・MUTO Hiroyuki*
Bonding process and the interface of SiC ceramics with Hf and Cu metal foils as insert materials (ORIST) ○OZAKI Tomoatsu・(Osaka
Metropolitan University) Tsuda Hiroshi・Mori Shigeo
Thermal shock resistance of crystallographic orientated Al2O3 fabricated by slip casting in strong magnetic field. (Shibaura Institute ofTechnology・National Institute for Materials Science) ○IDE Tatsunori・(Shibaura Institute of Technology) KIYONO Hajime・(National
Institute for Materials Science) SUZUKI Tohru*・KOBAYASHI Kiyoshi・UCHIKOSHI Tetsuo・(Tokyo Institute of Technology)
Gubarevich Anna・YOSHIDA Katsumi
Compositional control of aerosol-deposited composite films by particle design (Toyohashi University of Technology・National Institute ofTechnology, Nara College) ○IKEHATA Anna・(Toyohashi University of Technology) KAWAMURA Go・MATSUDA Atsunori・Tan
Wai Kian・(National Institute of Technology, Nara College・Toyohashi University of Technology) FUJITA Naoyuki*・(Toyohashi
University of Technology) MUTO Hiroyuki*
Establishment of a method for producing highly monodisperse granules using electrostatic interaction (Toyohashi University ofTechnology) ○HORIYAMA Rintaro・KAWAMURA Go・MATSUDA Atsunori・Tan Wai Kian・MUTO Hiroyuki*
Corrosion Behavior of Additive Manufactured SiC in high temperature and high pressure water (Tohoku University・Institute forMaterials Research, Tohoku University) ○Okada Kota・(Institute for Materials Research, Tohoku University) Kondo Sosuke*・(Tohoku
University・Institute for Materials Research, Tohoku University) Miyagishi Taichi・(Institute for Materials Research, Tohoku University)
Yu Hao・Ogino Yasuyuki・Kasada Ryuta
Preparation and characterization of AlSiCN thin films by electric cyclotron resonance sputtering film (Ryukoku University) ○HANADA
Chisa*・NAGASHIMA Shogo・HASHIMOTO Yusuke・AOI Yoshifumi・(Toyama University) NOSE Masateru

02. Dielectric material
1P14
1P15

1P16

Synthesis and Characterization of Layered Perovskites KSrn−1Nb3Tin−3O3n+1 (Nagoya University) ○NISHIBASHI Keita・YAMAMOTO
Eisuke・KOBAYASHI Makoto・OSADA Minoru*
Hydrothermal synthesis of perovskite (NaxBa1-x)Ti(O1-x/3Clx/3)3 nanoparticles and evaluation by X-ray diffraction and electron microscopy(Fukuoka University) ○Kasatsugu Takumi・Eguchi Yuto・Fujitani Jun・Takesue Naohisa*・(Pusan National University) Park Sungkyun・(Huazhong University of Science and Technology) Zhang Haibo・(Japan Atomic Energy Agency) Saito Jun-ichi
Fabrication of sintered polycrystals with perovskite (NaxBa1-x)Ti(O1-x/3Clx/3)3 nanoparticles and measurements of their physical properties(Fukuoka University) ○Eguchi Yuto・Kasatugu Takumi・Fujitani Jun・Takesue Naohisa*・(Pusan National University) Park Sungkyun・(Huazhong University. of Sci. and Tech) Zhang Haibo・(Japan Atomic Energy Agency) Saito Jun-ichi

1P17

1P18
1P19
1P20
1P21
1P22
1P23

Energy Storage Properties of Na, Cu-codoped BaTiO3 Ferroelectric Ceramics with Controlled Defect Dipoles (Kumamoto University)○Honda Yasuaki・Matsuo Hiroki*・Noguchi Yuji*・(Kyocera) Utsunomiya Masashi・Sada Takao・Fujioka Yoshihiro・(Nagoya Institute ofTechnology) Oda Takumi・Kimura Koji・Hayashi Koichi・(Hiroshima City University) Happo Naohisa
Quenching Effects and Electrical Properties for CuO-added (Bi0.5Na0.5)TiO3 Ceramics (Tokyo University of Science) ○OJIMA Kota・
TAKAGI Yuka・NAGATA Hajime*
Permittivity degradation of energy storage ferroelectric ceramics using defect dipoles (Kyocera Corporation) ○UTSUNOMIYA
Masashi・(Kumamoto University) MATSUO Hiroki・NOGUCHI Yuji
An attempt to fabricate ferroelectric Hf0.93Y0.07O2 nanocrystalline ceramics (Kyushu University・Kumamoto University) ○Takezaki
Harumi・(Kumamoto University) Sato Yukio*
High-valent substitution to Yb site in YbFe2O4 (The University of Okayama) ○Ono Hiroto・Takahashi Masakuni・Kano Jun・Fuji Tatsuo*
Influence of orientation and film thickness on electro-optic effect in antiferroelectric PbZrO3 thin films (Okayama University) ○KONDOHaruka・KONDO Shinya*・TERANISHI Takashi・KISHIMOTO Akira
Analysis of phase transition behavior of Tungsten Bronze-type Antiferroelectric K2NdNb5O15 (Tokyo Institute of Technology) ○Abe
Hodaka・Yasuhara Sou・Hoshina Takuya*

03. Electroconductive material
1P24

1P25

1P26
1P27
1P28

1P29
1P30
1P31

1P32
1P33
1P34
1P35
1P36

Combined experimental and computational prediction of Mn-Co-Ni-O thermistor material properties (Nagoya Institute of Technology)○TAKEDA Hayami・Kato Yo・Makino Keisuke・Hashimura Syogo・Tanibata' Naoto・Nakayama Masanobu・(FUKUSHIMASHIBAURA ELECTRONICS Co.,Ltd) Nakaya Takayuki・Niizeki Naohiro
Analysis of proton conductivity in F-doped BaZr1-xYxO3-δ by theoretical calculation (MITSUI MINING & SMELTING CO., LTD.)○TAKEMURA SHOTA・KATO Kohei・WATANABE Shunichiro・TAKAHASHI Hiroki・IDE Shingo・(Tohoku University) ASAKURA
Mei・OIKAWA Itaru・TAKAMURA Hitoshi
Synthesis and characterization of NiCo2O4/Ni Foam with varying pH and urea content (University of Tsukuba) ○Morimoto Yusuke・Suzuki Yoshikazu*
Synthesis and thermoelectric properties of rare-earth doped Mg3Sb2 (Osaka Research Institute of Industrial Science and Technology)○TANI Junichi・ISHIKAWA Hiromichi
Change of crystal structure and phase transition behavior of SrFeO3-δ by partial cation substitution (Nihon University) ○Shido Kosuke・
Yoshino Taizo・Nagai Keina・Kato Chihiro・Murakami Hikaru・Yamada Ginga・Maehara Ryutaro・Nimura shumpei・Hashimoto Takuya・(The University of Tokyo) Matsuo Motoyuki・(Tohoku University) Morikawa Daisuke・Tsuda Kenji
Development of a new patterning method for SnO2-based transparent conductive films on glass substrates by wet process (Tokyo
Metropolitan Industrial Technology Research Institute) ○OGAWA Daisuke・NAMIKI Hiromasa・MIYASHITA Yuito
Oxygen Release/Incorporation and Crystal Structural Changes of BaFeO3 Polymorphs (Kyoto University) ○Watanabe Rei・Goto
Masato・Shimakawa Yuichi*
Structural and electrical property changes in functional oxide epitaxial thin films using vacuum-ultraviolet light irradiation (Tokyo
Institute of Technology) ○KANEKO Kenta・QIAO Yuchi・(Kanagawa Institute of Industrial Science and Technology・Tokyo Institute ofTechnology) KANEKO Satoru・(Tokyo Institute of Technology) YOSHIMOTO Mamoru・MATSUDA Akifumi*
CO Sensing Mechanism of Pd-loaded SnO2 Gas Sensor Revealed by Operando Spectroscopy (Kumamoto University) ○SHIMADA
Yuki・AGUTAYA Jonas・MASUMOTO Keigo・SHINKAI Takeshi・INOMATA Yusuke*・KIDA Tetsuya*
Critical current properties in applied magnetic-filed for Sm-Ba-Cu-O superconducting filaments dope with La (Meijo University)○MASUDA Yumeno・IKEBE Yumiko*
Electrical Conduction of Novel Bi-Containing Oxyhalides with Triple Fluorite Like Layers (Tokyo Institute of Technology)○KANENORI Yusuke・UENO NACHI・FUJII KOTARO・YASHIMA MASATOMO*
Optical and electrical properties of Cu3VO4 thin film deposited by ultrasonic spray pyrolysis (National Institute of Technology, Toyama
College) ○KITA Masao・(Tohoku university) Suzuki Issei・Omata Takahisa
Synthesis and characterization of p- and n-type thermoelectric materials (Ca,La)2MnFeO6-δ (Tokushima university) ○IKIGAME
Koshin・TAKASONE Kyoka・TSUJI Kazuma・MURAI Kei-ichiro*・MORIGA Toshihiro

04. Magnetic material
1P37
1P38
1P39
1P40

1P41
1P42
1P43

Thermal properties of YBaCo2O5.5 showing multiple phase transitions (Kyoto University) ○Ito Mayuri・Goto Masato・Shimakawa
Yuichi*Controlled composition and magnetic properties of the Nowotny chimney-ladder MnGeγ by high-pressure synthesis (Nagoya University)○TANAKA Koshiro・SASAKI Takuya・NIWA Ken・HASEGAWA Masashi*
The magnetic properties of RBaMn1.9Cr0.1O6 (R = Pr, Nd, Sm) (Toho University) SHIMIZU Kanta・SATOU Atuya・○AKAHOSHI
Daisuke
Preparation of Co-BaF2 nanocomposite thin films and influence of annealing on electric and magnetic properties (Tohoku University)○Chen Yu-Ting・Wang Cheng・(Tohoku University・DENJIKEN) Ohnuma Shigehiro・(DENJIKEN) Kobayashi Nobukiyo・(Tohoku
University) Masumoto Hiroshi*
Assembly control of CoFe2O4 nanocubes and its effects on magnetic properties (Keio University) ○Ono Taro・Watanabe Hiroto・Tanaka
Ryo・Takatsuji Yohei・Oaki Yuya・Kaiju Hideto・Imai Hiroaki*
Magneto-Electric coefficient measurement of Zn substituted Sr-Co Z-type ferrites by magnetic field modulation method (University of
Hyogo) ○KIKUCHI Takeyuki・KOBUNE Masafumi・(Okayama university) NAKANISHI Makoto・FUJII Tatsuo
Development of ferromagnetic oxygen-defective ZrO2-x by precisely controlled oxidation of Zr metal (The University of Kumamoto)○KUSUDA Kaori・(The University of Kumamoto Present: Daiichi Kigenso Kagaku Kogyo Co. Ltd.) HIMENO Yuta・(The Universityof Kumamoto) MATSUDA Mitsuhiro*・MATSUDA Motohide・SHIDA Kenji・(The University of Kyusyu) AKAMINE Hiroshi・
MITSUHARA Masatoshi・(Daiichi Kigenso Kagaku Kogyo Co. Ltd) NAKAJIMA Yasushi

05. The glass photonics material
1P44
1P45

1P46

Development of plastic scintillators containing perovskite quantum dots and wavelength shifting molecules (Shizuoka University)○KOSHIMIZU Masanori・(Tohoku University) SATO Atsushi・FUJIMOTO Yutaka・ASAI Keisuke
Comparison of OSL properties of BaCl2:Ce and BaCl2:Eu transparent ceramics prepared by SPS method (Nara Institute of Science andTechnology) ○Otake Shota・Sakaguchi Hirotaka・Yoshikawa Yuta・Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida
Takayuki*
Performance evaluation of Pb-doped Ga2O3 single crystal scintillators grown by the floating zone method (Nara Institute of Science andTechnology) ○KUNIKATA Toshiaki・(National Institute of Advanced Industrial Science and Technology) KIMURA Hiromi・(Nara

1P47

1P48
1P49
1P50

1P51

1P52

1P53
1P54
1P55

1P56

1P57

1P58
1P59

1P60

1P61
1P62
1P63
1P64
1P65
1P66

1P67
1P68
1P69

1P70

1P71
1P72
1P73
1P74

Institute of Science and Technology) OKAZAKI Kai・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA
Takayuki*
Evaluation of Radiation-induced Luminescence Properties of Sr3Y(PO4)3:Tb Single Crystals Synthesized by the FZ Method (NaraInstitute of Science and Technology) ○EZAWA Haruaki・TAKEBUCHI Yuma・OKAZAKI Kai・KATO Takumi・NAKAUCHI Daisuke・
KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Scintillation and dosimetric properties of In-doped RbI transparent ceramics prepared by spark plasma sintering method (NAIST)○Yoshikawa Yuta・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Fabrication of (K, Rb)2CuCl3 scintillator crystals for improvement by cation substitution (NAIST) ○YAMABAYASHI Keishi・
OKAZAKI Kai・NAKAUCHI Daisuke・KATO Takumi・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Dosimetric properties of Tb-doped Li2O-B2O3-SiO2 glasses prepared by melt quenching method (Nara Institute of Science andTechnology) ○RIM Shiyu・NISHIKAWA Akihiro・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA
Takayuki*
Photoluminescence and scintillation properties of Er-doped CsI single crystals synthesized by the vertical Bridgman-Stockbarger method.
(Naist Institute of Science and Technology) ○Takase Shunta・Miyazaki Keiichiro・Nakauchi Daisuke・Kato Takumi・Kawaguchi
Noriaki・Yanagida Takayuki*
Scintillation properties of Eu3+ doped K2O-Nb2O5-TeO2 glass ceramics (Akita University) ○Muneta Shuntaro・Kawano Naoki*・(National
Institute of Advanced Industrial Science and Technology) Shinozaki Kenji・(Nara Institute of Science and Technology) Nakauchi
Daisuke・Kato Takumi・Takebuchi Yuma・Yanagida Takayuki
Synthesis and optical properties of giant shell CdSe/CdS quantum dots by one-batch method (Shizuoka Institute of Science andTechnology) ○MOCHIDUKI Atsushi・TSUKUDA Satoshi*
In situ synthesis of CdS and Ag2S quantum dots in poly(diallyldimethylammonium chloride) gels. (Shizuoka Institute of Science andTechnology) ○TANIGUCHI Shuto・TSUKUDA Satoshi*
Photoluminescence and scintillation properties in Cu-doped LiCl single crystals synthesized by the Bridgman method (Nara Institute of
Science and Technology) ○MIYAZAKI Keiichiro・NAKAUCHI Daisuke・KATO Takumi・KAWAGUCHI Noriaki・YANAGIDA
Takayuki*
Radiation-induced luminescence properties of Al(Ta,Nb)O4 single crystals (Nara Institute of Science and Technology) ○HAYASHI
Taisei・ICHIBA Kensei・NAKAUCHI Daisuke・(Kyushu University) WATANABE Kenichi・(Nara Institute of Science and Technology)
KATO Takumi・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Optical and scintillation properties of Eu-doped Al2O3-SiO2 glasses prepared by melt-quenching method (Nara Institute of Science andTechnology) ○Nishikawa Akihiro・(Tokyo University of Science) Shiratori Daiki・(Nara Institute of Science and Technology) Kato
Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki*
Photoluminescence and scintillation properties of Al(PO3)3–CsPO3–Ba(PO3)2–CeBr3 glass scintillators (Tohoku University)○NAKABAYASHI Yusuke・FUJIMOTO Yutaka・(Shizuoka University) KOSHIMIZU Masanori・(Tohoku University) ASAI Keisuke*
Comparison of radiation-induced fluorescence properties of organic-inorganic lead chloride perovskites with various functional group(Nara Institute of Science and Technology) ○Matsuzawa Shun・Okazaki Kai・Nakauchi Daisuke・(Akita University) Kawano Naoki・Suto
Takeru・(Nara Institute of Science and Technology) Kato Takumi・Kawaguchi Noriaki・Yanagida Takayuki*
Synthesis of Dy:CaHfO3 Single Crystals and Evaluation of Optical and Radiation-induced Luminescence Properties (Nara Institute of
Science and Technology) ○Endo Yusuke・Ichiba Kensei・Nakauchi Daisuke・Kato Takumi・Kawaguchi Noriaki・Yanagida Takayuki*・(Kyusyu university) Watanabe Kenichi
Copper ion-exchange of transparent lithium-mica glass-ceramics and luminescence properties of ion-exchangers. (Shinshu University)○KATO Shunsuke・TARUTA Seiichi*
Synthesis and luminescence properties of Eu-doped MgO-P2O5-B2O3 glasses (Nara Institute of Science and Technology) ○OKAZAKI
Kai・NAKAUCHI Daisuke・NISHIKAWA Akihiro・KATO Takumi・KAWAGUCHI Noriaki・YANAGIDA Takayuki*
Luminescence properties of Ce-doped LiMgAlF6 produce by the spark plasma sintering method (NAIST) ○YANAGIDA Takayuki・
KATO Takumi・(Shizuoka Univ.) KOSHIMIZU Masanori・(NAIST) NAKAUCHI Daisuke・KAWAGUCHI Noriaki
Synthesis of Er-doped Na3AlF6 ceramics and evaluation of dosimetric properties (Nara Institute of Science and Technology) ○Sakaguchi
Hirotaka・Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki*
Influence o f alkali earth metals on photoluminescence and scintillation properties of Tl doped phosphate glasses (Tohoku University)○Morita Chie・Hasegawa Ko・Nakabayashi Yusuke・Watanabe Aikito・Kawamoto Hiroki・Fujimoto Yutaka・Asai Keisuke*
Fist-principles calculation of oxygen vacancy defect in LiZnO:Nd3＋ (Kyushu University・Tohoku University) ○KAWANA Soichiro・(National Institute of Advanced Industrial Science and Technology) HIRATA Kenji・FUJIO Yuki・(Tohoku University) UCHIYAMA
Tomoki*・(Kyushu University・Tohoku University・National Institute of Advanced Industrial Science and Technology) XU Chao-nan*High-temperature robustness of TiO2/SiO2 multilayers fabricated for thermal radiation control (Kyusyu Institute of Technology)○KINOSHITA Akito・YASUDA Takashi*
Time-Dependent Wetting Characteristics of the Mesoporous Silica Films Prepared by Sol-Gel Method (Kansai University) KOZUKA
Hiromitsu*・○MIKI Manato
Optimization of Sintering Conditions and Evaluation of TSL Properties in Al2O3 Transparent Ceramics (Nara Institute of Science andTechnology) ○KATO Takumi・ICHIBA Kensei・(Kanazawa Institute of Technology) OKADA Go・(Nara Institute of Science andTechnology) NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA Takayuki
Thermoluminescence properties of rare-earth ion-doped Li2O–Na2O–CaO–P2O5 glass after neutron irradiation (Tohoku University)○YAMAGUCHI HIROTO・KAWAMOTO HIROKI・FUJIMOTO YUTAKA・(Shizuoka University) KOSHIMIZU MASANORI・(Kindai University) WAKABAYASHI GENICHIRO・(Tohoku University) ASAI KEISUKE*
Effect of H2O vapor for suppression of devitrification of Cl-containing silica glass (National Institute of Technology, Fukui College)○HORII Naohiro・HASHIMOTO Yuuki・INABA Ryoko・(University of Fukui) KUZUU Nobu・(Tosoh SGM) HORIKOSHI Hideharu
Scintillation properties of Cs2AI4 (A = Zn, Cd) crystals (Tohoku University) ○FURUTA MARINA・ISHIDA Miyu・WATANABE
Akito・KAWAMOTO Hiroki*・FUJIMOTO Yutaka*・ASAI Keisuke*
Radiation-induced luminescence properties of Mn-doped ZnGa2O4 single crystals synthesized by the FZ method (Nara Institute of
Science and Technology) ○Takebuchi Yuma・Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki*
Radiophotoluminescence in Ag-doped Na-Al borate glasses with different Ag concentration (Tohoku University) ○KAWAMOTO
Hiroki・Fujimoto Yutaka・Asai Keisuke

1P75

1P76

1P77

1P78
1P79
1P80
1P81
1P82
1P83

1P84
1P85
1P86

1P87

1P88
1P89

1P90

1P91

1P92

1P93
1P94
1P95
1P96

Radiation-induced luminescence properties of Pr-doped CaGdAlO4 single crystals synthesized by the floating zone method (Nara Instituteof Science and Technology) ○AOKI Zuiko・TAKEBUCHI Yuma・NAKAUCHI Daisuke・KATO Takumi・KAWAGUCHI Noriaki・
YANAGIDA Takayuki*
Optical and radiation-induced luminescence properties of Mn-doped CaB2O4 prepared by the Floating Zone method (National Institute ofAdvanced Industrial Science and Technology) ○KIMURA Hiromi・FUJIWARA Takeshi・KATO Hidetoshi・(Shizuoka Univ.)
KOSHIMIZU Masanori・(Tohoku Univ.) YAMAGUCHI Hiroto・(Kindai Univ.) WAKABAYASHI Genichiro・(Nara Institute of Scienceand Technology) TAKEBUCHI Yuma・KATO Takumi・NAKAUCHI Daisuke・KAWAGUCHI Noriaki・YANAGIDA Takayuki
Evaluation of dosimetric properties of Tb-doped SiO2 glass synthesized by SPS method (Nara Institute of Science and Technology)○Ichiba Kensei・Takebuchi Yuma・(National Institute of Advanced Industrial Science and Technology) Kimura Hiromi・(Nara Instituteof Science and Technology) Kato Takumi・Nakauchi Daisuke・Kawaguchi Noriaki・Yanagida Takayuki*
Solid phase ion exchange of sodium ions and protons in phosphate glass (Nagoya Institute of Technology) ○WATADA Riku・DAIKO
Yusuke*Ionizing-radiation-induced valence change phenomenon on Eu ions in Eu:KBaPO4 ceramics (Tokyo University of Science)○SHIRATORI Daiki・FUKUCHI Yutaka・(Nara Institute of Science and Technology) YANAGIDA Takayuki
Enhancement of Up-Conversion Luminescence Intensity of Er-Doped CaMoO4 by Alkaline-Metals Co-Dopinds (Waseda University)○KOIKAWA Tomoki・YAMAMOTO Tomoyuki*
Quality evaluation and analysis of semiconductor materials using a photothermal spectroscopy method (Tohoku University)○FUJIMOTO Yutaka・KAWAMOTO Hiroki・ASAI Keisuke
High-pressure synthesis and photoluminescence properties of a novel Eu2+-activated strontium silicate phosphor (Nagaya University)○KITAHARA Takumi・SASAKI Takuya・NIWA Ken・HASEGAWA Masashi*
Molecular dynamics simulation of Na ion diffusion in Na2O-Y2O3-SiO2 glasses (Graduate School of Muroran Institute of Technology)○Kasai Kaito・Okuda Kouhei・(Graduate School of Muroran Institute of Technology・The Center for Rare Earths Research) Sawaguchi
Naoya*
Evaluation of the emission efficiency of silver ions released from the tip of a silver ion-conductive glass under atmospheric pressure(Nagoya Institute of Technology) ○ITO Daigo・(Nagoya Institute of Technology) Daiko Yusuke*
Structural Color Materials with Color Mixing Effect Using Noble Metal-free Plasmonic Particles in SiO2–ZrN System (Hokkaido
University) ○NOGUCHI Shinji・Milena LAMA・FUJII Yuta・MIURA Akira・TADANAGA Kiyoharu*
Luminescence and radiation detector properties of Tb-doped Lu2O3 single crystals (Nara Institute of Science and Technology)○NAKAUCHI Daisuke・(Kyushu University) WATANABE Kenichi・(Nara Institute of Science and Technology) KATO Takumi・
KAWAGUCHI Noriaki・YANAGIDA Takayuki
Luminescence Properties of Broadband Near-Infrared Phosphor Ca5Ga6O14:Cr4+ (National Institute for Materials Science) ○EKSATIT
Aunsaya・NAKANISHI Takayuki・KOYAMA Yukinori・HIROSAKI Naoto・TAKEDA Takashi・MORITA Koji・(Japan Advanced
Institute of Science and Technology) UEDA Jumpei
Crystallization of Na2Al2B2O7 by heat treatment of precursor glass (Nagaoka University of Technology) ○KIDO Shusuke・HONMA
Tsuyoshi*
Preparation of rare earth ions-doped PbF2 crystals by the spontaneous melt crystallization method and evaluation on their radiationinduced luminescence properties (Nara Institute of Science and Technology) ○KAWAGUCHI Noriaki・KATO Takumi・NAKAUCHI
Daisuke・YANAGIDA Takayuki
Preparation and luminescent properties of rare-earth-element-doped transparent oxyapatite lanthanum silicate (Shibaura Institute ofTechnology・National Institute for Materials Science) ○ARIGA Harune・(Shibaura Institute of Technology) KIYONO Hajime・(National
Institute for Materials Science) KOBAYASHI Kiyoshi・SUZUKI Tohru*
Fabrication and optical characterization of Y2SiO5 compacted by slip casting in strong magnetic field (Shibaura Institute for Technology・
National Institute for Material Science) ○TAKEDA Toui・(Shibaura Institute for Technology) KIYONO Hajime・(National Institute forMaterial Science) KOBAYASHI kiyoshi・SUZUKI Tohru*
Tough and transparent glasses fabricated 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 andTechnology) SHINOZAKI Kenji*
Preparation and evaluation of BaSnO 3 nanoparticles by solution method (Nagaoka University of technology) ○ABE Syunsuke・
OKAMOTO TOMOITIROU*
Synthesis and evaluation of luminescence properties of Mn-activated Mg2La1-xGdxTaO6 (Tokushima University) ○TONOGAI
Yusuke*・ONOE Tomoya・NAKANISHI Akihiro・YUN Juhyon・MURAI Keiitirou・MORIGA Toshihiro
Synthesis and their solid-state electronic structure analysis of Eu2+-doped CaF2 blue phosphor nanoparticles (Japan Advanced Institute of
Science and Technology) ○MIYATA Hirohisa・UEDA Jumpei*
Near-infrared broadband emission of chromium ion-doped Ca3Sc2Si3O12 garnet phosphor (Japan Advanced Institute of Science andTechnology) ○SHIGEMURA Yuki・(National Institute for Materials Science) XU Jian・NAKANISHI Takayuki・(Japan Advanced
Institute of Science and Technology) UEDA Ueda*

06. Material related to living body
1P97

1P98
1P99
1P100

1P101
1P102

Immobilization of antibody proteins on the chlorine-contained silica particles (Nagaoka University of Technology) ○KMURA Reo・
(Production Department, Ohara Quartz) CHATANI Sunao・INUI Masahiko・(Kyushu Institute of Technology) MOTOZUKA Satoshi・(Nagaoka University of Technology) LIU Zizhen・TAGAYA Motohiro*
Fabrication of ceramic Braille using superplastically foaming method (Okayama University) ○FUJINO Tomoya・KONDO Shinya・
TERANISHI Takashi・KISHIMOTO Akira*Construction of a fully automatic ion irradiation mechanism by computer numerical controller (CNC) and atmospheric pressure silver ion
irradiation to living cells (Nagoya Institute of Technology) ○ANDO Itsuki・(Nagoya Institute of Technology) DAIKO Yusuke*
Processes consideration of CaO-P2O5-Ta2O5 glasses via liquid-phase method for biomedical applications (National Institute of Advanced
Industrial Science and Technology・Chubu University) ○Asano Hayato・(Chubu University) Sakurai Makoto・(National Institute ofAdvanced Industrial Science and Technology) Nagata Fukue・Lee Sungho*
Pore structure control using various foaming agents in the fabrication of porous beta-tricalcium phosphate via lyophilization (Chiba
Institute of Technology) ○OIKAWA HIROTO・Shibata Hirobumi・Hashimoto Kazuaki*
Development and antibacterial evaluation of β-type tricalcium phosphate and the cyanoacrylate-based bone cement materials withinorganic antibiotics (Chiba Institute of Technology) ○AOKI Ryota・SHIBATA Hirobumi・HASHIMOTO Kazuaki*1P103
1P104

1P105
1P106
1P107

Preparation and characterization of beta-type tricalcium phosphate sintered body with sulfur substitution by reaction sintering (Chiba
Institute of Technology) ○MIURA Tsubasa・SHIBATA Hirobumi・HASHIMOTO Kazuaki*
Preparation of Cuprousopper Oxide Thin Film by Ultrasonic Mist Spin Spray Method and Evaluation Characterization of Glucose Sensor
Characteristics (Tokyo Institute of Technology) ○Yamasaki Atsuko・Kubota Yuta・Matsushita Nobuihiro*・(Gunma University)
Katayanagi Yuta
Surface morphology control of amino acid/tricalcium phosphate compact body by high-pressure water steam treatment (Tokyo Institute ofTechnology) ○WATANABE Takuma・NAKAGAWA Yasuhiro・ANRAKU Yasutaka・IKOMA Toshiyuki*
Synthesis of layer-by-layer hydroxyapatite microcrystals by low-temperature flux method (Tokyo Institute of Technology)○MATSUYAMA Yuu・Nakagawa Yasuhiro・Anraku Yasutaka・Ikoma Toshiyuki*
Interaction between hydroxyapatite and methacrylic phosphate polymers with controlled polymerization degree (Tokyo Institute ofTechnology) ○IWATANI Kazuho・NAKAGAWA Yasuhiro・ANRAKU Yasutaka・IKOMA Toshiyuki*

07. Cement
1P108

Classical and ab initio molecular dynamics study of mechanical properties of a mineral in cement (Hiroshima Institute of Technology)○kanemasu ikumi・Ohmura Satoshi*・(Kumamoto University) Shimojo Fuyuki

08. Pottery
1P109

The Effect of Glaze Chemical Composition on Structure Change of Tea Catechin (Nagoya Institute of Technology, Advanced Ceramics
Research Center) ○TAKEMOTO Naoya・XIN Yunzi・KATO Kunihiko・XU Yuping・SHIRAI Takashi*

09. Environment and material related to resource
1P110
1P111
1P112
1P113
1P114
1P115
1P116
1P117

1P118

Preparation and pore properties of carbon nanofibers derived from micro and nano cellulose by iodine treatment (Fukushima University)○IZUMI Daisuke・TAKASE Tsugiko・NAKAMURA Kazumasa*
Structure and swelling ability of tetrasilisic type Na-micas with different layer charges (Shinshu University) ○MITSUDA Nene・TARUTA Seiichi*
Kinetic study for oxidation of thioanisole over several copper complexes encapsulated into zeolite (Ehime University) ○YUUKI Naho・
YAMAGUCHI Syuhei*・YAHIRO Hidenori
Morphology control and lead removal properties of hydroxyapatite by hydrothermal method (Osaka University) ○AMEMIYA Yuma・
GOTO Tomoyo*・KONDO Yoshifumi・SEO Yeongjun・CHO Sung Hun・SEKINO Tohru
Oxygen storage property of Sr-Fe-based perovskite oxide (Kyoto Institute of Technology) ○YAMAZOE Chika・HOSOKAWA Saburo*・(Kyoto University) IWASAKI Chisa・TANAKA Tsunehiro
Photocatalytic water splitting by p-n heterostructure with liquid phase epitaxial growth of CuGaO₂ on GaN (Nagoya Institute ofTechnology) ○Iwasaki Kodai・Sena Hadi・Ishii Kento・Fuji Masayoshi*
Nickel Hydroxide Nanosheet / Graphene Oxide Janus Membrane for Desalination (Kumamoto University) ○Tsugawa Tatsuki・
Kawashima Taichi・Hatakeyama Kazuto・Koinuma Michio・Ida Shintaro*
Synthesis of hydroxyapatite biomass as catalyst towards oxidative decomposition of VOC (Nagoya Institute of Technology, Advanced
Ceramics Research Center) ○KAMISAKA Yuma・XIN YUNZI・KATOU Kunihiko・XU Yuping・SHIRAI Takashi*・(NH Foods Ltd.)
Mochizuki Taro
Synthesis of hierarchical zeolites on the surface of sheathed iron oxide derived from microorganisms. (Okayama University) ○AKITA
Shoki・NISHIOKA Kannpei・QI Zhang・TAKAHASHI Masakuni・KANO Jun・FUJII Tatuo*

10. Material related to energy
1P119

1P120
1P121
1P122
1P123

1P124
1P125
1P126
1P127

1P128
1P129

1P130
1P131

Preparation of lithium silicate-coated graphite using solvothermal method and evaluation of all-solid-state battery characteristics (Osaka
Research Institute of Industrial Science and Technology) ○SONOMURA Hirosuke・OZAKI Tomoatsu・HASEGAWA Yasunori・
SAKURAI Yoshiaki
Effect of Mo substitution on anode properties, average and local structures of Ti2Nb10O29 anode materials for lithium-ion batteries (Tokyo
University of Science) ○NAGAI Ryu・KITAMURA Naoto*・ISHIBASHI Chiaki*・IDEMOTO Yasushi*
Battery properties of V-substituted 0.4Li2MnO3-0.6Li(Mn1/3-xVxCo1/3Ni1/3)O2 and average and local structure analyses using quantum
beams (Tokyo University of Science) ○OHARA TOMOKI・Ishibashi chiaki・Kitamura Naoto・Idemoto Yasushi*
Effects of surface modification conditions on the cathode properties, average, local and electronic structures of MgMn2O4 (Tokyo
University of Science) ○NORITAKE Ryo・KITAMURA Naoto*・ISHIBASHI Chiaki・IDEMOTO Yasushi
Conductive Properties, and Average, Electronic, and Local Structure Analysis of NASICON Type Li1.5Al0.5Ge1.5-xMx(PO4)3 (M=Ti, Zr,
Co, Fe) (Tokyo Univ. of Science) ○Fukuda Misato・Ishibashi Chiaki*・Kitamura Naoto*・Idemoto Yasushi*・(DOWA Electronics
Materials, Co. LTD.) Tanoue Koji・Abe Daisuke
Oxygen desorption behavior and electrical conductivity of perovskite-type AeFe0.5(Mn, In)0.5O3−δ (Ae: alkaline earth metals) (Kochi
University) KATAYAMA Nami・○FUJISHIRO Fumito
Synthesis of Na4SiS4−SiO2 glass electrolytes via sodium polysulfide melts (Osaka Metropolitan University) ○Otono Tomoya・Nasu
Akira・Asakura Taichi・Motohashi Kota・Sakuda Atsushi*・Hayashi Akitoshi
Exploration of novel lithium-ion conductors via high-throughput screening using a large-scale database (FDK Corporation) ○AraiKazunari・Yamanaka Tetsu・Harada Tomoya・Yamamoto Keita
Charge-discharge mechanism and microstructure of a Li2S-V2S3-LiI and Li2S-MoS2-LiI positive electrode-electrolyte bifunctional
material for all-solid-state batteries using TEM (Osaka Metropolitan University) ○Ohsaki Masato・Horiuchi Daiki・Tsukasaki
Hirohumi*・Nakajima Hiroshi・Shigedomi Tatsuki・Sakuda Atsushi・Hayashi Akitoshi・Mori Shigeo*・(Nara Women's University)
Yamamoto Kentaro・(Kyoto University) Pan Wenli・Watanabe Toshiki・Uchimoto Yoshiharu
Fabrication of Multielement Nano Oxide Composites via Submerged Photosynthesis Crystallite (Hokkaido University) ○LIN Hsueh-I・
JEEM Melbert・ZHANG Lihua・WATANABE Seiichi*
Development of electron and hole transport layers for perovskite solar cells using inorganic materials (Tokai University) ○OKAZAKI
Harumasa・TOMITA Koji*・ISOMURA MAsao・KANEKO Tetsuya・(Kanazawa University) Md. Shahiduzzaman・(Nagoya University)
KOBAYASHI Makoto・(Osaka University) CHO Sunghun・KAKIHANA Masato
Characterization of LIB Cathode Slurry under Flow Using New Probe for Rheo-Impedance Measurements (TA Instruments-Waters
LLC.) ○Kawata Yuki・Kanai Jun・(Dainen Material Co. LTD.) Okui Hajime
Feasibility study of a precise particle morphological characterizing using an automatic particle image analysis method using carbon
negative electrode particles as a model. (Spectris , MalvernPanalytical) ○SASAKURA DAISUKE・MAKI TAKASHI・TORIITSUNEYOSHI

1P132
1P133

1P134
1P135
1P136

1P137
1P138
1P139
1P140
1P141

Selective coupling of quantum dots/nanorods using click reactions (Kumamoto University) ○SHIGA Fuko・NAGATA Yu・AKAISHI
Yuji・INOMATA Yusuke・FUKAMINATO Tsuyoshi・KIDA Tetsuya*
Fluorescence ON/OFF switching characteristics of CsPbI3 quantum dot/photochromic molecule composite (Kumamoto University)○SUENARI Yuki・AKAISHI Yuji・MOKHTAR Ashkan・INOMATA Yusuke・KOSUMI Daisuke・FUKAMINATO Tuyoshi・KIDA
Tetsuya*Development of Sodium-Ion Conducting Solid Electrolytes in the System NaCl–TaCl5–Ta2O5 (Osaka Metropolitan University)○Motohashi Kota・Tsukasaki Hirofumi・Sakuda Atsushi・Mori Shigeo・Hayashi Akitoshi
Relationship between charge/discharge performances of Na3Fe2(PO4)3 and conditions in spark plasma sintering (Osaka Research Instituteof Industrial Science and Technology) ○OKAZAKI Yuichi・SONOMURA Hirosuke・OZAKI Tomoatsu・HASEGAWA YASUNORIHigh Proton Conduction by the Full Hydration of Novel Highly Oxygen Deficient Perovskite (Tokyo Institute of Technology) ○Umeda
Kensei・Saito Kei・Fujii Koutarou・(High Energy Accelerator Research Organization) Mori Kazuhiro・(Tokyo Institute of Technology)
Yashima Masatomo*
Development of a novel fuel cell using inorganic nanosheets as a solid electrolyte (Kumamoto University) ○WATANABE Haruki・
HATAKEYAMA Kazuto・IDA Shintaro*
Synthesis and characterization of Ni/amorphous silicon nitride composites (Nagoya Insititute of Technology) ○KAWAGUCHI Erika・
ASAKUMA Norifumi・HONDA Sawao*・HANEDA Masaaki*・IWAMOTO Yuji*
Relationship between Calcination parameters and Ti3+ and Oxygen defects in TiO2 Thin films Prepared by Liquid Phase Deposition
Method (Ryukoku university) ○Nagata Yoshihiro・Kurokawa Seiya・Aoi Yoshifumi*
Differences in chemical oxidation of spinel-type LiNi0.5Mn1.3Ti0.2O4 fine particles powder by acid solution (Tokyo University of Science)○Yamanishi Yuta・(National Defense Academy of Japan) Aimi Akihisa*・(Tokyo University of Science) Fujimoto Kenjiro*
Dependence of grain boundary potential barrier height on grain boundary character and structure in 3C-SiC (Kumamoto University)○Ono Sakura・TSUREKAWA Sadahiro*

11. Carbon-neutral
1P142

Solar-driven Simultaneous Production of Hypochlorous acid and Hydrogen from Saline Water over SrTiO3 Photocatalyst Systems(Tokyo City University) ○Okunaka Sayuri・(TOTO LTD.) Nakamura Toshio・Ikeda Takeshi・Tsuruda Kohei・Tokudome Hiromasa

13. Preparation Process
1P143
1P144
1P145
1P146
1P147
1P148
1P149
1P150
1P151
1P152
1P153
1P154
1P155
1P156

Morphological control of Cu2PO4OH particles via an aqueous solution route (Kansai University) ○Nishikawa Takumu・Uchiyama
Hiroaki*Preparation of layered NiNH4PO4·H2O plates via an aqueous route (Kansai University) ○SUMITA MASAHIDE・Uchiyama Hiroaki*
Nanostructural control of CuS particles via an aqueous solution route (Kansai University) ○ISHII Seiya・UCHIYAMA Hiroaki*
Bundle formation between collagen fibrils through organic acid ion mediation (Nagaoka University of Technology) ○Narita Hiroki・
ENDO Aoi・CHAI Yadong・TAGAYA Motohiro*Development of Porous Apatite/Hyaluronic Acid Nanohybrid Membrane (Nagaoka University of Technology) ○ENDO aoi・LIU
Zizhen・(National Institute of Technology, Nagaoka College) MIYATA Mari・(Nagaoka University of Technology) TAGAYA Motohiro*
Cyclic-bending of collagen fibrils by polyimide surface structures (Nagaoka University of Technology) ○ZHOU Yanni・CHAI Yadong・
TAGAYA Motohiro*
Synthesis and characterization of single-crystalline Gd-doped ceria nanosheet (Nagoya University) ○ITO Kentaro・YAMAMOTO
Eisuke*・KOBAYASHI Makoto・OSADA Minoru*
Preparation of dense ceramic thin films on plastic substrates: Transfer of YSZ dense films using mesoporous layers (Kansai University)○YAMAMOTO Yushi・KOZUKA Hiromitsu*
Novel Solution Process for Synthesis of Unit Lattice Thickness CeO2 Nanosheets by Using Langmuir Film Interface as a Reaction Field(Tokyo Institute of Technology) ○UCHIYAMA Gaku・KUBOTA Yuta・MATSUSHITA Nobuhiro*
Observation of Pulpification Process and Structural Changes Using Food Waste as Raw Material (Gifu University) ○KATAGIRI
Chisaki・TACHI Yoshika・(Gifu University・Tohoku University) TAKAI Chika*
Morphology control of high silica MFI-type zeolite particles synthesized from rice husk ash (Meijo University) MIYATA Yuki・
MORIOKA Rin・○NAKAMURA Tadashi
Facile synthesis of submicron-sized mesoporous silica particles with various mesopore symmetries from sodium silicate (Meijo
University) ○Oohara Teppei・Nakamura Tadashi*
Hydrothermal treatment for synthesizing ZnAl2O4 on the surface of Al substrate and Evaluation for the ZnAl2O4/Al device as the sensor(NIMS) ○NAKANE Takayuki・Naka Takashi・Uchikoshi Tetsuo・Suzuki Tohru S.
Development of a process for synthesizing ternary nitride ZnSiN2 using a SiO2-based precursor and a cyanamide compound (Tohoku
University Graduate school) ○ZUSHI Ren・HAYASHI Yamato*・FUKUSHIMA Jun・TAKIZAWA Hirotsugu*

15. Process of powder
1P157
1P158
1P159

1P160

1P161

Preparation of spherical non-hollow granules using a new granulation additive (CHUKYO YUSHI HOLDINGS CO. LTD,.) ○KatoTomoaki・Aoyama Takayuki・Suda Hiroshi
Low-temperature densification of whitlockite using cold sintering process (Osaka University) ○NAWA Shiori・SEO Yeongjun・GOTO
Tomoyo・KONDO Yoshifumi・CHO Sung Hun・SEKINO Tohru*
Fabrication of high-strength Si3N4 ceramics by spray freeze granulation drying using non-aqueous slurry (Yokohama National University)○YAMAZAKI Riko・TATAMI Junichi*・IIJIMA Motoyuki・(PRICE Co., Ltd.) KAWAGUCHI Shinya・(National Institute of Advanced
Industrial Science and Technology) KONDO Naoki
Characterization of dual-phase oxygen separation membrane composed of Y2O3-doped ZrO2 and stainless steel (National Institute forMaterials Science) ○EKSATIT Aunsaya・(Nagoya Institute of Technology) ISHII Kento・(National Institute for Materials Science)
KOBAYASHI Kiyoshi・MORITA Koji・SUZUKI S. Tohru・UCHIKOSHI Tetsuo
Fabrication and Evaluation of SUS430/AlN Composite Material (Tokyo City University) ○IWASE Kazushi・KOBAYASHI Ryota*

16. Characterization
1P162
1P163

Materials Design for Superionic Conductor Based on Tetrahedrally Packed Structures (Panasonic Holdings Corporation)○YOKOYAMA Tomoyasu・ICHIKAWA Kazuhide・NARUSE Takuya・OHURA Kosei・KANEKO Yukihiro
Evaluation of the wettability of surface modified silica nanoparticles by a time-domain nuclear magnetic resonance (Gifu University)○KATOU Ariga・TERAMAE Atsushi・(Tohoku University・Mageleka Japan Co,. Ltd) IKEDA Junko・(Gifu University・Tohoku
University) TAKAI Chika*1P164
1P165
1P166
1P167

Preparation of Plate-Shaped Boehmite by Hydrothermal Synthesis with Acetanilid to Estimate Zeta Potential of Specific Crystal Planes of
Boehmite (Tokyo Institute of Technology) ○Usui Kazuhiro・Kubota Yuta・Matsushita Nobuhiro*
High-pressure Synthesis, Crystal Structure and Phase Stability of Novel Manganese Silicides (Nagoya University) ○SHIBAGAKI Yu・
NIWA Ken・SASAKI Takuya・HASEGAWA Masashi*
Deep learning prediction of thermal stress concentrated region in porous media (Chiba Institute of Technology) ○SHI Yinlong・HARA
Shotaro*・(The University of Tokyo) SHIKAZONO Naoki
Ultra-high-pressure synthesis and phase stability of C2N2(NH) (Nagoya University) ○NIWA Ken・FUKAI Toshifumi・SASAKI Takuya・
HASEGAWA Masashi