Basic Studies on the Development for Ceramic/Metal/Organic Intermaterials

陶瓷/金属/有机中间材料发展基础研究

• 批准号: 09450262
• 负责人: NIIHARA Koichi
• 金额: $ 8.26万
• 依托单位: Osaka University
• 依托单位国家: 日本
• 项目类别: Grant-in-Aid for Scientific Research (B)
• 财政年份: 1997
• 资助国家: 日本
• 起止时间: 1997 至 1999
• 项目状态: 已结题
• 来源: https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-09450262/
• 关键词: nanocomposites; molecular composites; ceramics; morganic materials; tuctile sensing; mechanical properties; electric properties; intermaterials; 金属; 高分子; 相互ナノ複合化; 機能的特性; ナノ構造; 高分子系融合材料; ナノ複合粉末; 熱的特性

In this research project, we have focused on the development of intermaterials with excellent multifunctionality. For over the decades we have concentrated to design nanocomposite with ceramic-based materials, and succeeded to develop several kinds of the nanocomposites. Based on this concept we extend the materials system to metal and organic composites. All of these result imply us the possibility of multiple functionality of materials with the nano-and molecular-level control. Therefore we have concentrated to develop such high-performance materials in ceramic/metal/organic system, that is "Intermaterial".In this research, followed results have been obtained.(1) By developing new materials processing method, several kinds of ceramic-based nanocomposites have been fabricated in silicon nitride, alumina and zirconia ceramics. These materials exhibited excellent multiple properties in mechanical, magnetic and electric functions. All these properties were explained by the size effect of … More nanosized second phase dispersion in ceramic matrices.(2) When small amount of dopant was added into ceramics, materials structures have been modified in molecular-level. These materials seems to be monolithic phase but was found to have atomic and/or cluster (molecular) leveled inhomogeneity to show enhanced properties.(3) Ceramic/metal and polymer/ceramic composite materials have been successively prepared by using ultrasonic-assisted self-organization processes. These materials could be prepared at room-temperature without any thermal energies. For the polymer/ceramic materials, novel tactile sensing has been achieved by addition of conductive particles. This material varied its electron conductivity by applied stresses and thus excellent response have been observed. Also this composites have commercially applied as a tactile sensor.In conclusion this research project has successively conducted to develop novel intermaterials consisted of ceramic, metal and organic materials composed at atomic, cluster and nanometer-scale. All these results might be a first reading case for the new kind of material "intermaterial" which can solve various problem toward the coming 21st century. Less

在这个研究项目中，我们专注于具有出色多功能性的中间材料的开发。在过去的几十年中，我们一直专注于用陶瓷材料设计纳米复合材料，并成功地开发了几种纳米复合材料。基于此概念，我们将材料系统扩展到金属和有机成分。所有这些结果都暗示了我们具有纳米和分子水平控制的材料多重功能的可能性。因此，我们已经集中精力在陶瓷/金属/有机系统中开发这种高性能材料，即“材料间”。在这项研究中，遵循结果。（1）通过开发新材料加工方法，在硅酸盐，铝酸酯，铝菌和氧化锆陶瓷中制造了几种基于陶瓷的纳米复合材料。这些材料在机械，磁性和电函数中暴露了出色的多个特性。所有这些特性都通过…在陶瓷材料中的纳米二相分散体的尺寸效应来解释。（2）当将少量的掺杂剂添加到陶瓷中时，材料结构已在分子级中进行了修改。这些材料似乎是单片相，但被发现具有原子和/或簇（分子）水平的无限性，以显示增强的性质。（3）通过使用超声 - 辅助自组织的过程成功制备了陶瓷/金属和聚合物/聚合物/陶瓷复合材料。这些材料可以在没有任何热能的情况下在室温下制备。对于聚合物/陶瓷材料，通过添加导电颗粒可以实现新颖的触觉传感器。该材料通过施加的应力改变了其电子电导率，因此已经观察到了出色的响应。此外，该组合物已作为触觉传感器在商业上应用。在结论中，该研究项目连续进行开发新型中间体，该中间体由原子，簇和纳米尺度组成的陶瓷，金属和有机材料组成。所有这些结果可能是新型材料“材料内”的第一读案例，这些材料可以解决到达21世纪的各种问题。较少的

项目成果

Y.Hayashi, Y.H.Choa, J.P.Singh, K.Niihara: "Mechanical and Electrical Properties of ZnO/Ag Nanocomposites"Ceramic Transaction. 96. 209-218 (1999)

Y.Hayashi、Y.H.Choa、J.P.Singh、K.Niihara：“ZnO/Ag 纳米复合材料的机械和电气性能”陶瓷交易。

Tatsuki Ohji, Takafumi Kusunose, Koichi Niihara: "Threshold Stress in Creep of Alumina-Silicon Carbide Nanocomposites"J.Am.Ceram.Soc.. Vol.81, No.10. 2713-2716 (1998)

Tatsuki Ohji、Takafumi Kusunose、Koichi Niihara：“氧化铝-碳化硅纳米复合材料蠕变的阈值应力”J.Am.Ceram.Soc.. 第 81 卷，第 10 期。

Koichi Niihara, Yong-Ho Choa, Manwar Hussain, Yoshiyuki Hamahashi, Hirotaro Kawahara, Yoshihisa Okamoto and Hiroshi Nishida: "New Contact Sensor in Organic/Inorganic Composite System"Materials Integration. Vol.12, No.5. 47-53 (1999)

Koichi Niihara、Yong-Ho Choa、Manwar Hussain、Yoshiyuki Hamahashi、Hirotaro Kawahara、Yoshihisa Okamoto 和 Hiroshi Nishida：“有机/无机复合系统中的新型接触传感器”材料集成。

Tohru Sekino: "Transition Metal dispersed Oxide Ceramic Nanocomposites with Multiple Functions" Key Engineering Materials. 161・163. 161-163 (1998)

Tohru Sekino：“具有多功能的过渡金属分散氧化物陶瓷纳米复合材料”关键工程材料161・163（1998）。

M.Hussain, A.Nakahira, S.Nishijima and K.Niihara: "Evaluation of Mechanical Behavior of CFRC Transverse to the Fiber Direction at Room and Cryogenic Temperature"Composites Part A : Applied Science and Manufacturing. Vol.31, Issue 2. 173-179 (2000)

M.Hussain、A.Nakahira、S.Nishijima 和 K.Niihara：“室温和低温下 CFRC 横向于纤维方向的机械行为评估”复合材料 A 部分：应用科学和制造。