from    
to    
search  

 


面向多电飞机的机载微电网
新颖有机大环化合物及功能分子组装
全球变化科学紫荆论坛第405期:平流层-对流层相互作用在季节可预报性中的作用
DRAM芯片测试原理及实践
报告题目:
Orthogonal self-assembly of hydrogelators and surfactants: towards new multicompartment nano-architectures
 报告人:
Jan H. van Esch
Delft University of Technology
Netherlands
报告时间:
2007-11-23 14:30
报告地点:
清华大学何添楼(新化学馆)406会议室
主办单位:
清华大学化学系
  简介:

Prof. Dr Jan van Esch grew up in Tilburg and studied chemistry in Utrecht, majoring in physical chemistry and biochemistry. In early 1993 he gained his doctorate in Nijmegen, researching the synthesis of bilayer membranes under Prof. Roeland Nolte. His PhD dissertation was entitled: “Synthetic bilayer membranes: in search of supramolecular catalysts”. He then worked at various locations that included Mainz, specialising in supramolecular chemistry, realising new functions and improving functions by the organisation of molecules. In the research groups of Feringa and Kellogg in Groningen Van Esch focused on the self-assembly of small organic molecules, above all with a view to understanding and explaining the process of gelling. He will be continuing this work in Delft, with the goal of arriving at functional systems for such processes at catalysis, separation, storage and sensing. Making such a structure is one thing. Maintaining it and controlling the process is quite another. Van Esch regards this as a major challenge and sees strong support for his work in Delft, provided by DelftChemTech itself and also through the opportunities for collaboration in the field of nanoscience. Van Esch is one of the new professors at DCT who will be concentrating on nanochemistry.

今日相关信息
磁共振成像技术的过去、现在与未来
化学研究中的数据事实检索
 
同类别相关信息
学堂班系列讲座:金属化学生物学
随机过程和统计学习在单分子和单细胞层面...
NMR and EPR for metal-ion batteries
聚合物管旋转挤出加工新技术-清华大学高...
学堂班系列讲座:Beyond Textbooks: D...
学术活动