学術雑誌に掲載された原著論文

1

Soichiro Torai, Taro Ueda, Kai Kamada, Takeo Hyodo, and Yasuhiro Shimizu, “Effects of Addition of CuxO to Porous SnO2 Microspheres Prepared by Ultrasonic Spray Pyrolysis on Sensing Properties to Volatile Organic Compounds”, Chemosensors, Vol. 11, Article Number 59 (1–14) (2023. 1. 11). [doi: 10.3390/chemosensors11010059]

2

Taro Ueda, Takumi Matsuo, Takeo Hyodo, and Yasuhiro Shimizu, “Effects of heat treatments of Pt-loaded Al2O3 on catalytic activities of CO oxidation and combustion-type CO sensors”, Journal of Materials Science, 58, 9459–9472 (2023. 6. 7). [doi: 10.1007/s10853-023-08655-5]

3

Takeo Hyodo, Kazunori Nagae, Taro Ueda, Takahiko Sasahara, and Yasuhiro Shimizu, “Sensing behavior of adsorption/combustion-type gas microsensors to various alcoholic vapors”, Sensors and Materials, Vol. 35, No. 11, pp. 3851–3861 (2023. 11. 30). [doi: 10.18494/SAM4403]

学術雑誌に掲載された総説

該当なし

著書、プロシーディング

1

Takeo Hyodo and Taro Ueda, “Effects of base materials (α-Alumina and/or γ-Alumina) on VOC-sensing properties of adsorption/combustion-type micro gas sensors”, Abstract of The 19th International Meeting on Chemical Sensors (IMCS2023), Oct. 4-8, p. 86 (2023. 8. 4).

2

Shumon Yamanaka, Taro Ueda, Moritsugu Kasai, Takeo Hyodo, and Yasuhiro Shimizu, “Development of sensing devices capable of evaluating oil degradation in real time”, Abstract of The 19th International Meeting on Chemical Sensors (IMCS2023), Oct. 4-8, Changchun, China, I-2-1, p. 19 (2023. 8. 4).

3

Manami Narisue, Taro Ueda, Takahiko Sasahara, Takeo Hyodo, Yasuhiro Shimizu, “VOC-response characteristics of adsorption/combustion-type micro gas sensor using Pt-loaded alumina catalysts”, Abstract of The 19th International Meeting on Chemical Sensors (IMCS2023), Oct. 4-8, Changchun, China, O-6-2, p. 337?338 (2023. 8. 4).

4

Hirofumi Hayashi, Taro Ueda, Takeo Hyodo, and Yasuhiro Shimizu, &ldquoEffects of structure and thickness of Ce_0.9Pr_0.1O₂ electrodes of YSZ-based gas sensors on VOC-sensing properties”, Abstract of The 19th International Meeting on Chemical Sensors (IMCS2023), Oct. 4-8, Changchun, China, I-2-1, p. 19 (2023. 8. 4).

5

Taro Ueda, Shinichi Kamura, Takeo Hyodo, and Yasuhiro Shimizu, “Effects of thickness of CeO₂-added Au electrodes of YSZ-based gas sensors on VOC-sensing properties”, Abstract of The 19th International Meeting on Chemical Sensors (IMCS2023), Oct. 4-8, Changchun, China, O-2-33, 125 (2023. 8. 4).

邦文

学術雑誌に掲載された原著論文

該当なし

学術雑誌に掲載された総説

1

上田太郎，兵頭健生，清水康博，“ガスセンサの高感度化に資する機能性セラミックスの開発”，クリーンテクノロジー，日本工業出版，Vol. 33, No. 2, pp. 31–35 (2023. 2). [https://cir.nii.ac.jp/crid/1520295292320957696]

著書、プロシーディング

1

渡来壮一朗，上田太郎，兵頭健生，清水康博，“噴霧熱分解法による多孔質SnO₂-In₂O₃複合粒子の調製とVOC検知特性”，Chemical Sensors, Vol. 39, No. A (Proc. of the 72nd Chemical Sensor Symp.)，pp. 4–6 (2023. 3). [https://chemsens.electrochem.jp/journal/2023/2023a-abt.html#2]

2

清水康博，“メソ・マクロ細孔構造と触媒活性の制御による半導体ガスセンサの高性能化”，Chemical Sensors, Vol. 39, No. A (Proc. of the 72nd Chemical Sensor Symp.)，pp. 19–21 (2023. 3).[https://chemsens.electrochem.jp/journal/2023/2023a-abt.html#toku1]

3

上田太郎，嘉村慎一，鎌田　海，兵頭健生，清水康博，“Au系電極を用いたYSZセンサのVOC検知特性：CeO₂添加が電極反応活性とトルエン応答に与える影響”，Chemical Sensors, Vol. 39, No. A (Proc. of the 72nd Chemical Sensor Symp.)，pp. 49–51 (2023. 3). [https://chemsens.electrochem.jp/journal/2023/2023a-abt.html#16]

4

上田太郎、蔵野貴寛、兵頭健生、浜野美咲、髙　洋志、清水康博，“陽極酸化TiO₂膜を利用したダイオード型水素センサの高性能化”，Chemical Sensors, Vol. 39, No. B (Proc. of the 73rd Chemical Sensor Symp.)，pp. 22–24 (2023. 9). [https://chemsens.electrochem.jp/journal/2023/2023b-abt.html#8]

5

兵頭健生，坂本裕樹，上田太郎，葛西杜継，清水康博，“イオン感応性電界効果トランジスタを利用したオイル劣化評価用デバイスの開発”，Chemical Sensors, Vol. 39, No. B (Proc. of the 73rd Chemical Sensor Symp.)，pp. 28–30 (2023. 9). [https://chemsens.electrochem.jp/journal/2023/2023b-abt.html#10]

6

兵頭健生，坂本裕樹，上田太郎，葛西杜継，清水康博，“電気化学セルを利用したオイル劣化評価用デバイスの開発”，Chemical Sensors, Vol. 39, No. B (Proc. of the 73rd Chemical Sensor Symp.)，pp. 31–33 (2023. 9). [https://chemsens.electrochem.jp/journal/2023/2023b-abt.html#11]

学内紀要、各省庁の研究助成及び研究委託による成果等

その他

1

板垣吉晃，木田徹也, 上野祐子, 上田太郎，“学会・研究会レポート「第100回化学センサ研究会」”，Chemical Sensors, Vol. 39, No. 1, pp. 22–24 (2023. 3). [https://chemsens.electrochem.jp/journal/2023/2023-1j.html]

特許

1

清水康博，兵頭健生，鎌田　海，上田太郎，園田絢野，石本竜也，井澤邦之，WO₃系ガスセンサの改質方法，特許第7245466号 (2023. 3. 15). [https://jglobal.jst.go.jp/detail?JGLOBAL_ID=202103011975846930]