National Synchrotron Radiation Laboratory

中文版 Contact USTC

Study on overcoming tumor drug resistance by magnetomechanical therapy combined with chemotherapy

In recent years, the use of magnetism to overcome the drug resistance of the tumor to achieve safe, controllable and effective treatment of cancer has become one of the research hotspots in this field. This precise, non-invasive, remote approach not only allows free control of the release time of the nanomedicine, but also increases the mechanical damage to the tumor within the effective range. A novel nano-compound ...

The study of synthetic ammonia process

Exploring mild condictions for ammonia synthesis has long been a major challenge. Recently, Prof. Qing Jiang in Jilin University, in collabration with Prof. Jong-Beom Baek in Ulsan National Institute of Science and Technology, and Prof. Samira Siahrostami in University of Calgary, developed a facile strategy to realize the synthesis of ammonia process based on the cheap Fe powder catalysts, achieving ammonia producti...

In-situ characterization of the structural evolution of catalytic active sites

In the field of catalysis for energy, it is of great significance for rational design of catalysts to accurately detect the dynamic process of catalysts at the atomic scale in its operando state. The research group of Professor Tao Yao from University of Science and Technology of China developed a variety of in-situ synchrotron radiation spectroscopy techniques based on photoelectron spectroscopy station for the dyna...

2019 12-17	【NSRL COLLOQUIUM】Crystallization of Oriented Pol...
2019 11-19	【NSRL COLLOQUIUM】1.Molecular Mechanisms of Cryst...
2019 10-25	【NSRL COLLOQUIUM】Synchrotron radiation studies o...

Call for Applications

2021 ANSO Visiting Fellowship

2019-12-17 to 18

Workshop on Coherent Light Sou...

2018-11-18 to 20

CLSS-2018——Coherent Light Sour...

2014-11-08 11:28:03

Copyright 2015 National Synchrotron Radiation Laboratory∣University of Science and Technology of China All Rights Reserved. Web2015

Feedback, questions or accessibility issues: Tel:+86-551-63602034; E-mail:xiayi@ustc.edu.cn; Fax:+86-551-65141078