Won Cho, Yun Hee Lee, and Hee Jung Lee`s   paper entitled "Systematic Transformation of   Coordination Polymer Particles to Hollow   and Non-Hollow In2O3 with Pre-Defined

  Morphology" is published in Chem. Commun.

 

  Soyoung Jung, Won Cho, and Hee Jung   Lee's paper is selected as a cover.

      

 

 
 

    

의욕있는 학부생 대학원생들의 참여를 언제나 환영합니다.          

 창조적인 연구에 관심있는 학생은 다음으로 연락하십시오.          

Please feel free to contact if you have any questions regarding undergraduate, graduate,           

and postdoctoral positions in our group             

(moh@yonsei.ac.kr)             

 

Our research interests are focused on the development of the new generation of heterogeneous catalysts, optics, chemical & biological sensors, and gas-storages based upon nano-, micro-, and macro-scaled porous coordination polymer materials. The important components in our lab are as follow:

 

  •  Design & synthesis of the organic & inorganic molecules with desired functionalities

  •  Construction of the coordination polymers with desired structures

  •  Characterization & development of the created small molecules & coordination polymers to achieve

          desired chemical & physical properties

  •  Invention of the nano & micro-sized materials from the porous coordination polymers

  •  Test & application of the generated nano-, micro-, and macro-scaled porous coordination polymer materials

 The main applications of the developed porous materials are heterogeneous catalysts (immobilization of homogeneous catalysts), optics, chemical & biological sensors, gas-storages and recognition & separation of bio-molecules.

Details of research are in research menu (research)

 

Prof. Oh, Moonhyun, Coordination polymer materials Lab, Department of Chemistry Yonsei University, Seoul 120-749, Korea