Development of Superlubricity Materials Based On Incommensurate Theory

基于不通约理论的超润滑材料开发

• 批准号: 10555051
• 负责人: MATSUMOTO Akihiko
• 金额: $ 8.06万
• 依托单位: Nagoya University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 1998
• 资助国家: 日本
• 起止时间: 1998 至 1999
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-10555051/
• 关键词: Superlubricity; MoSィイD22ィエD2; TiN; Carbon Nitride; Mechanical Alloying Method; Optical Fiber Interferometer; Tribological Properties; Incommensurate Theory

In order to develop superlubricity materials based on incommensurate theory, we investigated the subject under the following three heads : (1) synthesis of MoSィイD22ィエD2 superlubricant material by mechanical alloying method ; (2) investigation of possibly of super-low friction material by ion-beam-assisted deposition method and (3) development of ultra-high resolution displacement measurement system by optical fiber interferometer system.The following results were obtained :1. We clarified that the change of the crystal structure for MoSィイD22ィエD2 by mechanical alloying method. The friction coefficient of MoSィイD22ィエD2 compacts was decreased below 0.05 in a vacuum.2. We clarified the formation condition of preferred oriented TiN film by ion-beam-assisted deposition method. The mechanical properties of (111) and (200) strong preferred films were estimated.3. We clarified tribological properties of C-N films prepared by ion-beam-assisted deposition method. It was clarified that the wear resistance of C-N films were far superior to DLC films.4. We fabricated the high-resolution displacement system by optical fiber interferometer. The resolution of the displacement was increased and the value was reached up to 0.3 nm.

为了开发基于无公度理论的超润滑材料，我们从以下三个方面进行了研究：（1）机械合金化法合成MoS_（22）MoS_（22）MoS_（22）超润滑材料;（2）离子束辅助沉积法制备超低摩擦材料的可能性研究;利用光纤干涉仪系统研制了高分辨率的位移测量系统。阐明了机械合金化方法对MoSイD22 D2晶体结构的影响。真空条件下，MoS/D22/D2压坯的摩擦系数降低到0.05以下.阐明了离子束辅助沉积TiN薄膜择优取向的形成条件。估算了（111）和（200）强择优薄膜的力学性能.阐明了离子束辅助沉积C-N薄膜的摩擦学性能。C-N膜的耐磨性远上级DLC膜.利用光纤干涉仪制作了高分辨率的位移系统。位移的分辨率提高，位移值可达0.3nm。

项目成果

T.Hayashi, A.Matsumuro, M.Muramatsu, Y.Takahashi, K.Yamaguchi: "Wear resistance of C-N thin films prepared by ion-beam assisted deposition"Trans. Jpn. Mech. Eng.. C65-633(in Japanese). 2042-2049 (1999)

T.Hayashi、A.Matsumuro、M.Muramatsu、Y.Takahashi、K.Yamaguchi：“离子束辅助沉积制备的 C-N 薄膜的耐磨性”Trans。

T.Hayashi, A.Matsumuro, M.Muramatsu, Y.Takahashi, K.Yamaguchi: "Synthesis of Ti-N thin films prepared by dynamic ion mixing technique and their mechanical properties"Thin Solid Films. 349. 199-204 (1999)

T.Hayashi、A.Matsumuro、M.Muramatsu、Y.Takahashi、K.Yamaguchi：“动态离子混合技术制备的 Ti-N 薄膜的合成及其机械性能”固体薄膜。

A.Matsumuro, Y.Tanaka, Y.Takahashi, M.Senoo, I.Kondo: "Consolidation of C60 powder by a high-pressure technique up to 5.4 Gpa and its mechanical properties"J. Mater. Sci. Lett.. 18-20. 1633-1636 (1999)

A.Matsumuro、Y.Tanaka、Y.Takahashi、M.Senoo、I.Kondo：“通过高达 5.4 Gpa 的高压技术固结 C60 粉末及其机械性能”J。

新美智秀: "O2-LIPFを用いた2次元温度計測法に関する研究(広帯域レーザーを利用した温度計測)" 日本機械学会論文集. B64-618. 436-441 (1998)

Tomohide Niimi：“使用 O2-LIPF 的二维温度测量方法的研究（使用宽带激光的温度测量）”日本机械工程师学会会刊 B64-618（1998 年）。

M. Kobayashi: "Injection Molded Plastic Multifiber Connector Realizing Physical Contact with Fiber Elasicity"IEEE J. Selected topics in Quantum Electronics. 5・5. 1271-1277 (1999)

M. Kobayashi：“实现具有纤维弹性的物理接触的注射成型塑料多纤维连接器”IEEE J. 量子电子学中的精选主题 5・5 (1999)。