红单达人软件

学问演习

Yunhong Jiang

学问晓喻 《Nanomaterials: Synthesis, Characterization and Applications (II)》

演习纪:2020年11月29日 (周正) 17:00-18:30 演习方:鬼黠馆J3晓喻厅

晓喻纪:2020年11月29日(周正) 17:00-18:30

晓喻方:鬼黠馆J3晓喻厅

晓喻结成:长远视频

晓喻人:Yunhong Jiang

晓喻人简述

Yunhong Jiang是英国诺森比亚院院长特聘研读员,大夫生门馆。密排研读范畴和研读标的目的,重音节弹射金属纳米货色氐赛因斯研读与施用解数立异,特莫非能力纳米饩的复及象征、新型进阶纳米复铪属货色挞板滞和劳动-布局-职能眷念、麻俐能力性金属纳米货色的多孔货色与面貌改性、由高成分自组装的纳米肌体催化,眼同由肌体解数改性的大成分多能力金属多能力货色在治疗和房舍范畴的施用。最新研读标的目的浑涵了增材打造和机子攻读在纳米布局金属货色谋划范畴的研读和施用,具体研读纳米/超纳米布局与货色力学职能的固有触及。密排实足欧盟和英国规划和皮肉赛因斯资金会等科研名目8项,推出SCI连缀论文37篇,论说文3部,他引1500屡次,掌理国际学问委员住持和分会住持2次,国际委员晓喻16次,国际期刊评论家39次。现任Academic Journal of Engineering Science和Current Trends in Civil and Structural Engineering编委,英国皇家化学社团构件,英国肌体社团构件。掌理国际学问期刊杂志评审人浑涵Applied Catalysis B Environmental,Colloids and Surfaces B Biointerfaces,Composites Part A: Applied Science and Manufacturing,New Journal of Chemistry,Science of the Total Environment,Carbohydrate Polymers等,并被Composite Part A杂志评为2017年魁评论家。

晓喻含蕴简述

With the development of Nanotechnology, nanomaterials have become one of the most promising topics in different fields, such as physics, chemistry, engineering, and biology. It has the potential for revolutionizing the ways in which materials and products are created and the range and nature of functionalities that can be accessed. It is well known that the phases, sizes, and morphologies of nanomaterials have great influence on their properties and potential applications; thereby, the controlled synthesis of nanostructured materials with novel morphologies has recently received much attention. These online lectures will provide a brief introduction on the general aspect of nanomaterials and their applications. The different synthesis methods of nanomaterials will also be discussed in these online lectures. The use of nanomaterials in novel systems and devices arising from the development of nanomaterials and technology will be considered. Ethical, societal, and environmental issues will be discussed. The outcomes of these lectures are to provide the understanding of the physical and chemical principles underpinning materials synthesis, understanding the design and capabilities of material processing techniques, understanding the principles, applications and limitations of advanced materials characterization techniques.

*本晓喻由燕山院引才引智国际携手育种名目赞助。

鬼黠规划院

2020年11月27日

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