液液界面ナノ領域の未開拓化学機能の開発

液-液界面纳米区域中未探索的化学功能的发展

• 批准号: 13129101
• 负责人: 渡會 仁
• 金额: $ 10.24万
• 依托单位: Osaka University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research on Priority Areas
• 财政年份: 2001
• 资助国家: 日本
• 起止时间: 2001 至 2004
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/en/grant/KAKENHI-PROJECT-13129101/
• 关键词: 液液界面ナノ化学; Interfacial Nanochemistry; 液液界面; 界面構造; 一分子計測; 錯形成反応; 界面分離工学; 分子認識; 界面不安定化; 自己組織化; 界面物性

平成13〜15年度に実施された特定領域研究「液液界面ナノ領域の化学」(略称:液液界面ナノ化学)の成果をとりまとめるとを目的とし、以下の活動を行った。1、平成16年10月18日に終了ヒアリングを受け、Aの評価をいただいた。2、日本分析化学会の国際学術誌Anal. Sci.誌に、"Analytical Chemistry at Liquid-Liquid Interfaces"の特集号No.11(2004)を刊行し、分担研究者、協力研究者の研究成果を含む22報を掲載した。領域代表者がGuest Editorを務めた。3、Kluwer Academic/Plenum Publishersより領域代表者と研究計画代表者2名がEditorとなって、"Interfacial Nanochemistry"を刊行(2005.1)し、研究代表者等の研究成果を公表した。4、Pacifichem2005(2005.12.15-20)にて、Symposium "Advances in Nanochemistry at Liquid Interfaces"の開催を企画し、本特定領域研究の成果を含めて発表することとした。5、平成17年3月6-7日に、成果とりまとめ会を関西にて開催した。終了ヒアリングの結果の吟味と、終了後の成果の公表状況、成果報告書(冊子体)の作成計画等について議論した。また、今後も、本特定領域研究を継続的に発展させる必要性が要望され、そのための方策について意見の交換を行った。

In Pingcheng in 1315, the research on "liquid-liquid interface chemistry in the field" (abbreviated as: liquid-liquid interface chemistry) was carried out in a specific field. The results show that the purpose of the project is different, and the following activities are carried out. 1. On October 18, 16, Pingcheng received a lot of money, and A received a lot of money. 2. Journal of National Science of Japan Analytical Chemistry Association Anal. Sci. The research results of "Analytical Chemistry at Liquid-Liquid Interfaces" and "Analytical Chemistry at Liquid-Liquid Interfaces" special set number No.11 (2004) are published, shared researchers and collaborative researchers, including 22 papers. The representative in the field is "Guest Editor". 3. Kluwer Academic/Plenum Publishers representatives in the field, two representatives of the research project, the publication of "Interfacial Nanochemistry" (2005.1), research representatives and other "research results" public table. 4. Pacifichem2005 (December 15-20, 2005) and Symposium "Advances in Nanochemistry at Liquid Interfaces" have promoted the development of projects, and the results of research in this specific field are included in the table. 5. Pingcheng March 6-7, 17, the results will be held in the west to urge the opening of the festival. We have reviewed the results, the results, the public table of the subsequent results, the report of the results (sub-bodies), the preparation of a plan, and so on. In the future, in this particular field of research, there is an exhibition of the necessity, the expectation, the policy, the opinion, the communication and the action.

项目成果

K.Nakatani, T.Negishi: "Kinetic Analysis of Fast Mass Transfer across Oil/Water Interface using Single Microdroplet Injection and Potential Step Electrolysis"Anal. Sci.. 17. 1109-1111 (2001)

K.Nakatani、T.Negishi：“使用单微滴注射和电位步进电解对油/水界面快速传质进行动力学分析”分析。

S. Nishizawa, T. Yokobori, T. Shioya, N. Teramae: ""Facilitated transfer of hydrophilic anions across the nitrobenzene-water interface by a hydrogen bond-forming ionophore : Applicability for multianalyte detection""Chem. Lett.. (10). 1058-1059 (2001)

S. Nishizawa、T. Yokobori、T. Shioya、N. Teramae：“通过形成氢键的离子载体促进亲水性阴离子穿过硝基苯-水界面的转移：多分析物检测的适用性”“Chem.

Fukiko KUBOTA, Masahiro GOTO: "Extraction of Rare Earth Metals by Calix[4]arene Solubilized in AOT Reversed Micellar Solution"Sep. and Pur. Technol.. 24. 93-100 (2001)

Fukiko KUBOTA、Masahiro GOTO：“通过溶解在 AOT 反胶束溶液中的 Calix[4] 芳烃萃取稀土金属”

Interfacial Nanochemiatry Molecular Science and Engineering at Liquid-Liquid Interfaces

液-液界面的界面纳米化学分子科学与工程

• 发表时间: 2005
• 作者: H.Watarai;N.Teramae;T.Sawada
• 通讯作者: T.Sawada

Tetsuya Takahashi, Hiroharu Yui, Tsuguo Sawada: "Direct Observation of Dynamic Molecular Behavior at a Water/Nitrobenzene Interface in a Chemical Oscillation System"J. Phys. Chem. B. 106. 2314-2318 (2002)

Tetsuya Takahashi、Hiroharu Yui、Ttsuguo Sawada：“化学振荡系统中水/硝基苯界面动态分子行为的直接观察”J。