SUZUKI Yoshikazu
- Conference, etc.
- Pseudobrookite-type self-organized spherical porous granules as potential energy storage
Suzuki Yoshikazu; Abe Hiroya
E-MRS 2018 Spring Meeting/2017-05-22--2017-05-26 - βアルミナ系多孔質セラミックスの作製と浄水フィルターへの応用
福井 和輝; 鈴木 義和
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - スピネル系多孔質セラミックスの作製と浄水フィルターへの応用
鎌戸 耀子; 鈴木 義和
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - 可視光応答型SrTiO3基光触媒の合成と環境浄化への応用
小林 茉莉子; 鈴木 義和; 後藤 知代; 趙 成訓; 関野 徹; 朝倉 裕介; 殷 澍
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - マグネトプランバイト型CaAl12O19多孔体の微構造制御
川口 奏子; 鈴木 義和; 後藤 知代; 趙 成訓; 関野 徹
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - SPSによる擬ブルッカイト構造を有する高強度MgTi2O5/ZrO2複合材料の作製
孫 炯瑗; 牧 涼介; 鈴木 義和; Kim Byung-Nam
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - MgTi2O5多孔質セラミックスの反応焼結における寸法変化挙動
中越 悠太; 鈴木 義和
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - BaTiO3/TiO2メソポーラス層を電子輸送層に用いたペロブスカイト太陽電池
岡本 裕二; 鈴木 義和
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - 蛍石型超格子構造を有するMn-free, Fe-richムラタイトセラミックスの作製と評価
牧 涼介; Morgan Peter E. D.; 鈴木 義和
日本セラミックス協会 2017年年会/2017-03-17--2017-03-19 - Reactive sintering and characterizations of porous MgAl2O4 ceramic filters
Kamato Yoko; Suzuki Yoshikazu
5th International Workshop on Nano and Microstructure Design (IWNMD2016)/2016-11-25--2016-11-26 - Reactive sintering and microstructure control of porous beta alumina
Fukui Kazuki; Suzuki Yoshikazu
5th International Workshop on Nano and Microstructure Design (IWNMD2016)/2016-11-25--2016-11-26 - Bi-Based (CH3NH3)3Bi2I9 Perovskite Solar Cells Prepared by Gas-Assisted Spin-Coating
Okano Takayuki; Suzuki Yoshikazu
PVSEC-26/2016-10-24--2016-10-28 - Preparation and evaluation of perovskite solar cells with CuI inorganic hole conductor
Takahashi Kenta; Suzuki Yoshikazu
PVSEC-26/2016-10-24--2016-10-28 - Effects of mesoporous BaTiO3/TiO2 double layer for electron trans-port and enhanced photovoltaic performance in perovskite solar cells
Okamoto Yuji; Suzuki Yoshikazu
PVSEC-26/2016-10-24--2016-10-28 - Application of Porous MgTi2O5 Ceramics with Pseudobrookite-type Structure for Diesel Particle Filter Application
Miao Xinzhu Miao; Suzuki Yoshikazu
MS&T2016/2016-10-23--2016-10-27 - Near-zero Volume-shrinkage in Reactive Sintering of Porous MgTi2O5 with Pseudobrookite-type Structure
Nakagoshi Yuta; Sato Jun; Morimoto Masafumi; Suzuki Yosh...
MS&T2016/2016-10-23--2016-10-27 - High-strength Pseudobrookite-type MgTi2O5 by Spark Plasma Sintering:
Son young-Won; Maki Ryosuke S. S.; Kim Byung-Nam Kim; Suz...
MS&T2016/2016-10-23--2016-10-27 - X-ray Powder Diffraction Characterization of the Giant Unit Cell of the M8 Murataite Polytype: 8×8×8 Fluorite-type Superstructure
Maki Ryosuke S. S.; Suzuki Yoshikazu
MS&T2016/2016-10-23--2016-10-27 - Preparation and efficiency enhancement of lead-free perovskite solar cells
Shih Hsin-Yu; Suzuki Yoshikazu
Workshop on Advanced Inorganic Materials (WAIM 2016)/2016-10-16--2016-10-18 - Preparation and microstructure control of magnetoplumbite-type LaMgAl11O19
Kawaguchi Kanako; Suzuki Yoshikazu
Workshop on Advanced Inorganic Materials (WAIM 2016)/2016-10-16--2016-10-18 - Synthesis of SrTiO3 nanoparticles by solution-derived processes
Kobayashi Mariko; Suzuki Yoshikazu
Workshop on Advanced Inorganic Materials (WAIM 2016)/2016-10-16--2016-10-18 - Self-organized formation of spherical porous granules only by one-step heat-treatment
Suzuki Yoshikazu
Workshop on Advanced Inorganic Materials (WAIM 2016)/2016-10-16--2016-10-18 - High-temperature in situ observation of self-organized formation of spherical porous granules
鈴木義和; 阿部浩也; 山本 啓; 伊藤和博; 井上裕滋; 中村誠友己
日本セラミックス協会 第29回秋季シンポジウム/2016-09-07--2016-09-09 - Self-organized formation of spherical porous granules only by one-step heat-treatment
Suzuki Yoshikazu; Tokoro Hiroko; Abe Hiroya
Shaping 6 (6th International Conference on Shaping of Advanced Ceramics)/2016-07-18--2016-07-20 - Green Materials: from Water Purification Filters to Self-Organized Formation of Novel Spherical Porous Ggranules
Suzuki Yoshikazu
The e-ASIA JOINT RESEARCH PROGRAM WORKSHOP on “Green and Bio Nanotechnology for Innovative Materials System”/2016-01-30--2016-01-30 - more...
- Pseudobrookite-type self-organized spherical porous granules as potential energy storage