[ Biography ]

 

Made in China 2025 is a directive Master Action Plan for the development of the country and restructuring of the manufacturing sector, in which advanced materials and systems integration design are two of the Plan’s core elements. How to get rid of the image of being “world’s factory” to become the “world’s manufacturing power”? To grow high value-added market share is a key strategy, and nanotechnology can help to achieve this.

This presentation will feature how the application of structural nanomaterials on robotics system, new energy-saving and energy storage system is able to contribute to the sustainable development of mankind. The mechanisms of materials formation with different nano-structures by high efficient physical routes will firstly be reported by illustrating our latest findings / research progress on the nanomaterials with high strength and high ductility, nanostructure materials with gradient structure, hierarchical nano-twinned materials, materials with multiphase embedded nanostructures, etc. The feasibility of applying new nanomaterials on various advanced energy systems, such as wind power plant, next generation of nuclear plant and concentrated solar energy, and ocean thermal energy conversion will be discussed. The application of new nanomaterials on the newly designed light-weight automotive parts will be introduced. Lastly, I will report the research and development process of supra-nano-dual-phase glass-crystal alloy film structure (<10nm) that recently published in Nature as a cover story, discuss its role in Made in China 2025; and share my view on the development of multi-dimensional (N>3) printing and bio-mimicking structural nanomaterials integrated in advanced mechanical systems.

中國製造2025是國家未來發展與產業結構轉型的重要行動計劃，先進材料與系統集成設計是該計劃的核心。如何擺脫發達國家為中國設想的製造大國角色，向世界製造強國邁進 ，提高高附加值市場份額是未來發展的關鍵。納米技術是中國與發達國家距離最小的領域之一，本報告將介紹結構納米材料在機器人、制能、新型節能與儲能系統等人類可持續發展的關鍵保障領域裡的應用。介紹我們在結構納米材料與高力學性能功能納米材料相關領域的新進展。首先我們討論高效物理法製備納米材料的各種納米結構形成機理，將特別報告我們近年發展的納米梯度結構材料、多級納米孿晶材材料、納米多相鑲嵌結構等新型高強高韌結構用納米材料。我們將介紹各種新型納米材料在風能，下一代核能燃料及高效燃氣機等制能系統裡的應用，還將介紹材料在新型汽車減重的新型設計作方案加與集成，最後將介紹我們在《自然》雜誌發表的封面文章超納雙相結構（<10納米）的研發過程及其在中國製造2025裡所扮演的角色，展望多維（N>3）列印技術及仿生納米結構材料在先進機械系統裡集成的發展和研究。