Development of Superlubricity Materials Based On Incommensurate Theory

在按不合理理论的基础上开发超润滑剂材料时，我们在三个标题下调查了主题： （1）Mossii D22超润滑剂材料的综合性，用机械合金方法;（2）对离子束辅助沉积方法可能的超低Friction材料的调查;（3）对超低Friction材料的开发光学纤维干扰仪系统的高分辨率置换测量系统。获得的结果是：1。We clarified that the change of the crManagement structure for MoS D22的方法D2 by mManagement ying method。The friction coefficient of MoSイD22エD2 compacts was decreased below 0.05 in a vacuum.2。我们用离子束辅助沉积方法确定了首选的面向TiN薄膜的形成条件。（111）和（200）强首选电影的机械性质是估计的。我们根据离子束辅助沉积方法准备的C-N电影的部落学特性。它被澄清为C-N电影的服装抵抗力远远超过DLC电影。我们用光学纤维干扰仪制造了高分辨率置换系统。位移的解决方案已经消失，其价值已达到0.3纳米。

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.