[1A01]全固体硫黄正極合材の特性に固体電解質の種類が及ぼす影響
*Yamato Haniu1, Yu Ishihara1, Daisuke Yoshizawa1, Hiroshi Yamaguchi1, Hiroyuki Higuchi1(1. Idemitsu Kosan Co., Ltd.)
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| Year : | 2017 - 2025 |
Search across all events. Up to 10,000 search results will be displayed.
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Search Results(2,192)
[1A02]酸化物添加硫化リチウム系正極複合体の硫化物型全固体電池における充放電挙動
*Rio Sato1, Yusuke Taniguchi1, Hideyuki Morimoto1(1. Gunma University Graduate School of science & technology)
[1A03]硫化リチウム系正極複合体の作製プロセスの検討および硫化物型全固体電池特性
*Yusuke Taniguchi1, Rio Sato1, Hideyuki Morimoto1(1. Gunma University Graduate School of science & technology)
[1A04]TEMを用いたLi2S系正極活物質の微細構造観察
*SHIGEO MORI1, Masato Osaki1, Hidetaka Kasai1, Takeshi Hara2, Kazushige Ohno3,1, Atsushi Sakuda1, Nobuya Machida4, Akitoshi Hayashi1(1. Osaka Metropolitan University, 2. Gifu University, 3. MirumeAI, 4. Konan University)
[1A05]全固体リチウム硫黄電池正極の反応と厚み方向の反応分布
*Hiroshi Nagata1, Satoshi Yasuno2, Kunimitsu Kataoka1(1. National Institute of Advanced Industrial Science and Technology (AIST), 2. Japan Synchrotron Radiation Research Institute (JASRI))
[1A06]炭素熱還元反応を活用した全固体リチウム二次電池用硫化リチウム正極材料の開発
*Hideki Mizutani1, Yuta Fujii2, Kiyoharu Tadanaga2, Yu Ishihara3, Hiroyuki Higuchi3, Masahiro Sekiguchi3(1. Graduate school of chemical sciences and engineering HOKKAIDO UNIVERSITY, 2. Faculity of engineering HOKKAIDO UNIVERSITY, 3. Idemitsu Kosan Co.,Ltd)
[1A07]全固体LIB用電極スラリ溶媒と電池特性の関係
*Shinji KADOTA1, Yousuke FUKUDA1(1. Consortium for Lithium Ion Battery Technology and Evaluation Research Center)
[1A08]全自動式粒子画像解析法を用いた高反応性電極材料の統計的粒子形態評価における乾式封入方法の可能性検討ーその２ー
*Takehiro Kajiwara1, Hiroyuki Hamada1, Daisuke Sasakura1(1. Spectris Co.,Ltd)
[1A09]多様な配位環境を有するアモルファス多硫化モリブデンの全固体電池における正極特性
*Keitaro Imai1, Raku Kato1, Masato Torii1, Tomohiro Furukawa1, Hiroki Yamada2, Kota Motohashi1, Atsushi Sakuda1, Akitoshi Hayashi1,3(1. Osaka Metropolitan University , 2. JASRI, 3. Tohoku University)
[1A10]Li+/Na+混合固体電解質を用いたLi/TiF3 電池における初回放電機構の解明
*KAISEI SANO1, Reona Miyazaki1, Takehiko Hihara1(1. Nagoya institute of Technology)
[1A11]Li+/Na+混合ヨウ化物固体電解質を用いたLi/FeF3全固体電池の充放電特性
*Matsuoka Naoki1, Miyazaki Reona1, Hihara Takehiko1(1. Nagoya Institute of Technology)
[1A12]Chemically Reinforced Interfaces Between Ni-Rich NCM Cathodes and Li3InCl6 Solid-State Electrolyte
*NAE-LIH WU1(1. National Taiwan University)
[1A13]コンバージョン型正極材料AgCuF3を用いた全固体リチウムイオン電池の特性評価
*Sho Miyagi Miyagi1, Ken-ichi Okazaki1, Zhong Chengchao1, Kazuyoshi Takagi1, Yuki Orikasa1, Keiji Shimoda1(1. ritsumeikan university)
[1A14]高容量化への挑戦：活性化が拓くLi過剰系正極材と硫化物系全固体LIBの可能性
*Willy Shun Kai Bong1, Naoya Ishida2, Shoko Kitabayashi1, まさき しまだ1, Koji Kawamoto1, Takuhiro Miyuki1, Minoru Kuzuhara1(1. Consortium for Lithium Ion Battery Technology and Evaluation Research Center, 2. National Institute of Advanced Industrial Science and Technology)
[1A15]非晶質酸化物系固体電解質を用いた全固体電池の正極複合体構造と電気化学特性
*Yuto Yamada1,2, Suguru Ikeda2, Hiroki Fujita2(1. Kyushu University, 2. Mazda Motor Corporation)
[1A16]WIP処理された全固体リチウムイオン電池用合材正極の特性決定要因の検討
*Kazushi Hayashi1, Natnapin Pongchaisirikul1, Hiroyuki Ito1, Takuya Mori2(1. Kobe Steel, Ltd., 2. Kobelco Research Institute, Inc.)
[1A17]In situ SEM-EDXによる微細構造制御した400 μm厚複合体正極内に生じた空隙の自己閉鎖現象の観察
*Kenta Watanabe1, Han-Seul Kim1, Naoki Matsui1, Kota Suzuki1, Ryoji Kanno1, Masaaki Hirayama1(1. Institute of Science Tokyo)
[1A18]硫化物系正極複合体への酸素プラズマ処理による電池特性の改善
*Tsubasa Iwakoke1, Daisuke Azuma1, Keito Yasuda1, Toshihiko Sakai1, Eiji Takahashi1(1. Sumitomo Electric Industries, Ltd.)
[1A19]正極活物質へのポリオキソナイオベート（PONb）コーティングプロセスの開発と電気化学評価
*Kana ONOUE Onoue1, Akira Nasu1, Yusuke Ishigaki1, Koji Shimizu2, Kobayashi Hiroaki1, Masaki Matsui1(1. Hokkaido university, 2. National Institute of Advanced Industrial Science and Technology)
[1A20]SEED法を用いた全固体電池正極の電極構造と内部抵抗解析
*Taku Yoshimura1, Naoki Kanayama1, Kaede Makiuchi1, Takuya Mori1, Masayo Takahashi2, Reiko Matsuda2, Kazuhiro Hikima2, Atsunori Matsuda2, Takashi Achiha1(1. KOBELCO RESEARCH INSTITUTE, INC., 2. Toyohashi University of Technology)
[1A21]SEM-EDXによる正極活物質表面のLiNbO3被覆率評価
*Masayasu Nagoshi1, Hiroshi Imoto1, Shigekazu Ohmori1, Takamasa Kanayama1(1. JFE Techno-Research Corporation)
[1A22]各種金属酸化物系活物質を用いた硫化物系全固体電池の3Dシミュレーション
*Kiyoung Lee1, Kazuaki Yanagi2, Norihisa Uesawa2, Toshimi Arashi2, Manabu Kodama1(1. Institute of Science Tokyo, 2. Idemitsu Kosan Co., Ltd)
[1A23]PドープLiNbO3コート層の性能向上メカニズム解明に向けたLiNb1-xPxO3結晶モデルによる第一原理計算研究
Huu Duc Luong1, Koki Yoshitaka2, Fujisaki Fumika2, Yoshiya Josh Fujiwara2, *Yoshitaka Tateyama1(1. Institute of Science Tokyo, 2. LIBTEC)
[1A24]PドープLiNbO3コート層における結晶・アモルファス構造変化が物性に与える影響：ユニバーサルNNPによる大規模解析
*Koki Yoshikawa1,2, Fumika Fujisaki1, Huu Duc Luong3, Yoshitaka Tateyama3, Yoshiya Josh Fujiwara1(1. Consortium for Lithium Ion Battery Technology and Evaluation Center, 2. GS Yuasa International Ltd., 3. Institute of Science Tokyo)
[1B01]オペランド透過電子顕微鏡法によるTi-Nb-O系負極材料を用いた全固体電池の反応解析
*Koji Hiraoka1, Yuki Nomura1, Seiji Takahashi1, Kazuo Yamamoto1(1. Japan Fine Ceramics Center)
[1B02]導電性カーボン被覆 SiO 負極の全固体電池における充放電特性
*Shunpei Kurita1, Yosito Tanaka1, Yusuke Taniguchi1, Hideyuki Morimoto1(1. Gunma University Graduate School of Science and Technology)
[1B03]多孔カーボンによるSnO2負極の体積変化抑制と界面安定化効果
*Yuito Ikuta1, Hiroo Notohara1, Koki Urita1, Isamu Moriguchi1(1. Nagasaki University)
[1B04]集電体/Li3PS4ベース電解質界面へのSnF2–AB複合体層挿入によるリチウム析出の制御
*Daiki Suehiro1, Takafumi Shigeno, Taichi Asakura1, Kota Motohashi1, Hirokazu Munakata2, Atsushi Sakuda1, Akitoshi Hayashi1,3(1. Osaka Metropolitan Univ., 2. OMU All-Solid-State Battery Research Center, 3. Institute for Materials Research, Tohoku University)
[1B05]Li-Mg系薄膜負極を用いた全固体電池の特性改善とその機能探索
*Takahito Kimoto1,2, Keisuke Shimizu2, Kuniharu Nomoto2, Shunsuke Sasaki1, Masaki Takei1, Kota Suzuki2, Ryoji Kanno2(1. ULVAC, Inc., 2. Institute of Science Tokyo)
[1B06]硫化物系全固体電池におけるLi-Mg合金負極用修飾層の作製と評価
*Keisuke Shimizu1, Kuniharu Nomoto1, Takahito Kimoto2,1, Shunsuke Sasaki2, Masaki Takei2, Kota Suzuki1, Ryoji Kanno1(1. Science Tokyo, 2. ULVAC, Inc.)
[1B07]Uniform Li deposition via LiF-rich interphase by Li–Au alloy by electrochemical effects for SSLMBs.
*Seyo Oh1, Seung-Taek Myung1(1. Sejong University)
[1B08]LiPON上でのLi析出溶解反応の安定化に及ぼすAg中間層の役割
*Gota HARA1, Yuya Iwasaki1, Miyuki Sakakura1, Takeshi Yajima1, Yasutoshi Iriyama1(1. Nagoya University)
[1B09]operando/ex situラマン分光法によるアノードフリー型全固体Li電池におけるAg/C層の炭素構造解析
*Koji Hiraoka1,2, Naoki Suzuki3, Jyunichi Sakabe3, Shiro Seki2(1. Japan Fine Ceramics Center, 2. Kogakuin University, 3. Samsung Japan)
[1B10]全固体電池のリザバーコンピューティング応用
*Dai Kutsuzawa1(1. CRIEPI)
[1B12]同時多層塗工による全固体電池作製プロセスの開発
*Takaaki Tamura1, Akio Kaneyama1, Yuko Kishimoto1, Tsutomu Koshizuka1, TAKESHI KAWABE1, Yasutaka Tsutsui1, Tatsuya Oshima1(1. Panasonic Holdings Corporation)
[1B13]硫化物型全固体電池の充放電時の発熱挙動評価（２）
急速充電時の発熱挙動
*Yoshiyasu Saito1, Jun Okagaki1, Ken Okada1, Hikaru Sano1, Ayako Shintani2, Yuki Yamamura2, Naoya Ishida2, Zyun Shiroma2, Koji Kawamoto2(1. National Institute of Advanced Industrial Science and Technology, 2. Consortium for Lithium Ion Battery Technology and Evaluation Research Center)
[1B14]硫化物系全固体電池のサイクル劣化メカニズム：自動車用途を想定した負荷・温度影響の検討
*Keisuke Ando1, Takako Aoyagi1, Toshikazu Higashi1, Kei Ikoma2, Naoya Ishida2, Hajime Kusaba2, Zyun Siroma2, Koji Kawamoto2, Daichi Imamura1, Tomoyuki Matsuda1(1. Japan Automobile Research Institute (JARI), 2. Consortium for Lithium Ion Battery Technology and Evaluation Research Center (LIBTEC))
[1B15]硫化物系全固体電池の保存劣化予測モデルの構築
*Toshikazu Higashi1, Keisuke Ando1, Kei Ikoma2, Naoya Ishida2, Koji Kawamoto2, Daichi Imamura1, Tomoyuki Matsuda1(1. Japan Automobile Research Institut, 2. Consortium for Lithium Ion Battery Technology and Evaluation Research Center)
[1B16]固体電解質および正極の熱輸送特性と微細構造の関係
*Hayoung Lee1, Manabu Kodama1(1. Institute of Science Tokyo (Japan))
[1B17]硫化物系リチウムイオン全固体電池のモデルベース性能評価
*Christopher Mauersberger1, Alexander Kunz1, Maximilian Scheller1, Andreas Jossen1(1. Technical University of Munich (Germany))
[1B18]大気非暴露環境における全固体電池用部材の接触熱抵抗測定技術
*takeshi takahashi1(1. JFE techno-Reserch Corporation)
[1B19]高レート試験の解析を目的とした全固体LIBにおける三極式セル評価手法の開発
*Shinya Beppu1, Eiji Endo1, takuhiro miyuki1(1. Consortium for Lithium Ion Battery Technology and Evaluation Research Center)
[1B20]準固体電池におけるモデル系酸化物固体電解質‒液体電解質界面の抵抗解析
*Yuki Miyaura1, Keiji Shimoda1, Chengchao Zhong1, Ken-ichi Okazaki1, Yuki Orikasa1(1. Ritsumeikan university)
[1B21]ポリマー電解質を用いたデュアルイオン二次電池の開発
*Nana Takei1, Nantapat Soontornnon1, Kento Kimura1, Yoichi Tominaga1(1. Tokyo University of Agriculture and Technology)
[1B22]Surface-modified BaTiO3 as functional filler in poly(ethylene oxide)-based solid polymer electrolyte
*Shuyu DONG1(1. City University of HONG KONG and NIMS)
[1B23]ダブルネットワークイオンゲルを用いたLi金属電池の作製と特性評価
*Kyosuke Asao1, Taiki Utsugi1, takaichi Watanabe2, Humisato Ozawa1, Morihiro Saito1(1. seikei university, 2. okayama university)
[1B24]硫酸エステル化セルロースナノファイバーのフレキシブル全固体電池への応用
*Minato Hino1, Shota Azuma2, Ryotaro Tani3, Fumisato Ozawa1, Morihiro Saito1(1. Seikei university, 2. National Institute of Technology,Tokyo, 3. Yokogawa Electric Corporation)
[1C01]電極へのレーザによる乾燥技術の導入に向けて
*Naohiko Soma1, Tatsushi Toyama1, Hironori Ohashi1(1. Musashi WIRED Co.,Ltd.)
[1C02]ドライ工程で作成したリチウムイオン二次電池用黒鉛負極におけるPTFE及び導電助剤と充放電特性の関係
*Tatsuya Yamada1, Yukihiro Ito1, Hideki Obara1, Koki Ozaki1, Masao Hiramatsu1(1. DAIDO METAL CO., LTD.)
[1C03]ミストCVD法によるグラファイト上アモルファス酸化チタン膜へのLiイオン注入・輸送評価とLIB負極材料への応用
Fumiya Kobayashi1, *Hajime Shirai1,2, Hideki Kurihara3, Haiyan He4, Yoshiaki Yamamoto4, Hirotaka Sone2, Kazuhide Abe4, Toshinori Ono4(1. Kanagawa Univ. RIE, 2. Saitama Univ., 3. SAITEC, 4. Amaya Co,. Ltd.)
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